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AI is Making Business Email Compromise Harder than Ever to Detect

Dale Shulmistra — Tue, 02 Jun 2026 17:22:36 +0000

Over 90% of all successful cyberattacks start with a phishing email, according to CISA. And with the rise of AI business email compromise—where attackers can now flawlessly impersonate trusted colleagues—these deceptive emails are getting harder to detect.

Here’s why the old approach to security training is no longer effective and what companies must do immediately to prevent a costly breach.

Why the Old Rules of Email Security are Obsolete

For years, businesses have trained employees to look for the telltale signs of phishing emails: awkward phrasing and other mistakes that seem unusual, even though the emails appear to come from known executives and vendors.

That advice still has value, but it’s no longer enough.

According to a new analysis by ZeroHedge, artificial intelligence is making phishing and business email compromise (BEC) attacks significantly more convincing. We see this too here at Invenio IT. Cybercriminals are now using AI tools to generate polished emails that closely mimic legitimate business communications. The result is that many of the traditional warning signs that employees relied on are quickly disappearing.

As threats become nearly impossible to spot with the naked eye, this shift presents a particular challenge for small and midsize businesses (SMBs).

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What is Business Email Compromise?

Business Email Compromise (BEC) is a type of cyberattack in which criminals use email to impersonate trusted individuals to manipulate employees into providing sensitive data or financial transfers.

Unlike many phishing attacks, BEC attacks often don’t rely on malware or suspicious attachments. Instead, they exploit trust and human behavior.

Common examples of BEC attacks include:

Fake invoice requests from vendors
Fraudulent wire transfer instructions
Executive email impersonation attacks
Payroll diversion scams
Vendor payment redirection requests
Compromised Microsoft 365 accounts used to send internal messages

What an Attack Looks Like

A typical BEC attack might involve an employee receiving what appears to be an urgent email from the company president requesting a same-day payment to a supplier. The message appears legitimate, references real business activities and contains no obvious signs of fraud.

By the time someone realizes the request was fake, the funds may already be gone.

Because BEC attacks depend more on social engineering than technical exploits, they can be remarkably effective. According to the FBI, business email compromise has become one of the costliest forms of cybercrime, resulting in billions of dollars in reported losses every year.

Now, AI is making these attacks even more convincing.

Why AI Changes the Game

The biggest impact of AI on business email compromise isn’t necessarily that the attacks are more technically sophisticated. It’s that they’ve become more believable.

Historically, phishing emails often revealed themselves through obvious mistakes. Many employees learned to recognize scams because the messages contained broken English, strange formatting or unnatural wording due to poor translations.

Generative AI changes that equation.

Modern AI systems can produce highly polished emails that:

Use flawless grammar and spelling
Match professional business communication styles
Mimic specific writing patterns
Generate personalized content
Adapt tone and context to different audiences
Create convincing messages at scale

In other words, attackers can now sound less like scammers and more like coworkers.

The New Illusion of Authenticity

Consider an employee who regularly receives emails from a vendor. A cybercriminal can use publicly available information about that company, analyze previous communications and use AI tools to generate a realistic message that mirrors the vendor’s usual tone and language.

The resulting email can be nearly indistinguishable from a legitimate request.

AI also enables attackers to personalize phishing attempts far more efficiently than before.

In the past, creating a highly targeted spear-phishing campaign required significant manual effort. Today, attackers can use AI to generate customized messages for dozens, hundreds or even thousands of recipients in a fraction of the time.

That means more targeted attacks, more convincing messages and fewer opportunities for users to spot obvious red flags.

Psychological Manipulation at Scale

One of the most concerning aspects of AI-generated phishing is that it amplifies the psychological elements that already make BEC successful.

Attackers have always relied on emotions such as:

Urgency
Fear
Authority
Trust
Curiosity
Financial pressure

AI helps hackers package those triggers more effectively.

Imagine receiving an email that says: “Can you process this payment before 2:00 PM? The vendor is holding the shipment until funds are received.”

The request sounds routine. It references a business process. It creates urgency without seeming suspicious. Now, imagine that email uses the exact communication style of your manager and references a real vendor relationship.

That’s where the danger lies. AI allows attackers to scale psychological manipulation in ways that were previously difficult and expensive.

Real-World Examples of BEC Scams

Type	How It Works	Target
CEO Fraud	The attacker poses as the CEO or high-level executive and urgently requests a wire transfer or the purchase of gift cards.	Finance or HR employees, administrative assistants.
Bogus Invoice Scheme	The scammer impersonates a legitimate, regular vendor and submits an invoice with updated (fraudulent) bank account details.	Accounts payable and finance teams.
Account Compromise	An employee’s actual email account is hacked and used to request invoice payments from customers, redirecting funds to the attacker.	The company’s clients and customers.
Attorney Impersonation	The attacker poses as a lawyer handling a “confidential” or time-sensitive matter, demanding immediate funds.	Lower-level or newly hired employees who might easily comply under pressure.
Data Theft	Instead of money, the attacker requests sensitive information, such as W-2 forms or executive schedules, to use in future attacks.	HR and bookkeeping departments

Why SMBs Are Especially Vulnerable

While organizations of all sizes face risk from AI-generated phishing attacks, small and midsize businesses often have unique vulnerabilities.

Limited Security Resources

Many SMBs don’t have dedicated cybersecurity personnel reviewing suspicious activity. IT responsibilities may be handled by a small internal team or outsourced provider, leaving limited resources available for advanced threat monitoring.

As phishing attacks become more sophisticated, organizations without specialized security tools and expertise may struggle to identify emerging threats.

High-Trust Environments

Small businesses often depend on trust and collaboration. Employees communicate directly with leadership. Accounting staff interact regularly with vendors. Decisions are frequently made quickly to keep operations moving.

These environments are efficient, but they can also be exploited. If employees are accustomed to receiving urgent requests from executives or vendors, they’re more likely to act without additional verification.

Informal Processes

Many SMBs rely on established relationships rather than formal approval workflows. A payment request may be approved via email. Vendor information may be updated without extensive validation. Payroll changes might be processed based on a single message. Those shortcuts create opportunities for attackers.

Faster Decision-Making

Speed is often a competitive advantage for smaller organizations. But, unfortunately, urgency is also one of the most powerful tools in a social engineer’s arsenal. When employees feel pressure to act quickly, they may be less likely to verify requests or scrutinize unusual details.

Why Traditional Spam Filters Aren’t Enough

Many businesses assume their email security tools will stop phishing attacks automatically. Unfortunately, modern BEC campaigns often bypass traditional filtering methods.

Legacy email security solutions were designed to identify threats such as:

Malicious attachments
Known phishing URLs
Spam patterns
Suspicious sender reputations

Today’s attacks frequently look very different.

AI-generated phishing emails may contain:

No attachments
No malicious links
No obvious indicators of compromise
Legitimate-looking language
Trusted domains
Legitimate (compromised) email accounts

In some cases, the email itself may contain nothing technically malicious at all. Traditional spam filters may see nothing wrong – and neither do the recipients.

The Importance of Layered Protection

As AI-generated phishing emails become more convincing, organizations need to move beyond a single line of defense. The most effective approach combines multiple layers of protection.

Advanced Email Security

Modern email security solutions provide advanced phishing protection for small business, identifying signs of deception that traditional email security tools cannot.

Advanced email security can help identify:

Executive impersonation attempts
Vendor impersonation
Lookalike domains
Social engineering indicators
Suspicious behavioral patterns

Solutions such as INKY use computer-vision algorithms, machine learning and anti-phishing technologies designed specifically to identify sophisticated email threats that traditional filtering tools may miss. So the protection is two-fold: it actively stops threats and coaches users in real time what’s wrong and how to recognize similar dangerous messages in the future. (Get INKY email security pricing for your organization.)

Security Awareness Training

Cybersecurity technology is always critical, but employees remain a primary target. Routine security awareness training—at all levels of a company—is critical to helping users understand:

Modern phishing tactics
Business email compromise schemes
Social engineering techniques
Credential theft risks
Safe verification procedures

As attacks evolve, training must evolve alongside them. Employees who learned to identify phishing based solely on old tells, like spelling errors, may need new guidance focused on behavioral warning signs and verification practices.

Simulated Phishing Testing

One of the best ways to improve awareness is through practice. Simulated phishing campaigns allow organizations to actually test the effectiveness of their email security training and see how users respond to deception, which helps identify areas for further education.

Key goals of phishing training:

Measure employee readiness
Identify vulnerable users
Reinforce training lessons
Track improvement over time

Platforms such as BullPhish ID help organizations deliver phishing simulations and awareness training in a controlled environment, allowing employees to learn without real-world consequences. (Request BullPhish ID pricing here.)

Multi-Factor Authentication (MFA)

Even when credentials are compromised, MFA can significantly reduce risk.

Organizations should require MFA for:

Microsoft 365
Google Workspace
Email platforms
Administrative accounts
Remote access systems
Cloud applications

MFA remains one of the most effective and affordable cybersecurity controls available. But it’s not infallible. AI business email compromise has become so effective that some users are being tricked into authorizing access accounts like Microsoft 365—even when they have multi-factor authentication (MFA) enabled. This is why a multilayered security strategy is so important.

Verification Procedures

Technical controls must be supported by business processes, especially when it comes to financial transactions or sensitive data.

Organizations should establish clear verification requirements for:

Wire transfers
Payment changes
Vendor account updates
Payroll modifications
Sensitive financial requests

A simple phone call or secondary approval process can prevent substantial financial losses.

What Businesses Should Do Right Now

AI-generated phishing attacks are already affecting organizations of every size. Fortunately, there are practical steps businesses can take to reduce risk immediately.

Verify Payment Requests Through a Separate Channel

Never rely solely on email for payment approvals, banking changes, or financial transactions. Confirm requests through a known phone number or another trusted communication method.

Train Employees Regularly

Security awareness should be an ongoing process rather than a once-a-year exercise. Employees need training that reflects current threats, including AI-generated phishing and business email compromise tactics.

Test Users with Phishing Simulations

Regular simulations help reinforce awareness and identify opportunities for improvement.

Strengthen Email Security

Evaluate whether existing email protection tools can detect modern impersonation and social engineering attacks (not just spam and malware).

Implement Multi-Factor Authentication

Require MFA across critical business systems, especially Microsoft 365 environments.

Review Vendor and Payment Workflows

Look for opportunities to add verification steps, approvals, and fraud-prevention controls to financial processes.

Prepare for Recovery

No organization can guarantee prevention of every attack. Businesses should maintain reliable data backups, incident response procedures, and recovery plans to minimize operational disruption if an attack succeeds.

Frequently Asked Questions

1. If an email has perfect grammar and comes from a coworker, how can we spot a scam?

When technical details are flawless, look for contextual red flags: unusual urgency, requests for secrecy, or sudden changes to payment details. The best defense is always a quick out-of-band verification, like calling the coworker directly.

2. Why are standard spam filters failing to catch these AI-generated attacks?

Traditional filters rely on known technical threats like malicious links, infected attachments, or blacklisted domains. AI-generated BEC attacks are plain-text and often sent from legitimate, compromised accounts, meaning they contain zero technical footprints for legacy filters to flag.

3. How does advanced security like INKY stop linkless, text-only threats?

INKY goes beyond basic malware scanning by using AI to analyze sender behavior, communication habits, and subtle domain impersonations. It detects anomalies and injects color-coded warning banners directly into suspicious emails, providing real-time guidance to your employees.

4. Is security awareness training still effective against psychological attacks?

Yes, but only if it is continuous and realistic. Routinely testing employees with sophisticated, text-based simulated phishing attacks—like those from BullPhish ID—builds the critical muscle memory needed to pause and verify urgent requests before acting.

5. What is the most critical procedural change an SMB can make today?

Implement a strict dual-authorization workflow. No single employee should ever alter vendor routing numbers or execute wire transfers based solely on an email. Always require verbal confirmation via a known, trusted phone number before processing financial requests.

Conclusion

Artificial intelligence is making phishing attacks more deceptive and believable than ever before. For small and midsize businesses, that means cybersecurity can no longer depend solely on users spotting bad grammar or suspicious wording.

A stronger defense requires layered protection: advanced email security, employee awareness training, phishing simulations, multi-factor authentication and clear verification procedures. As AI continues to reshape the cybersecurity landscape, organizations that combine technology with informed users will be far better positioned to recognize and stop the next generation of AI business email compromise attacks.

Take the first step to outsmarting AI-driven email threats

Learn more about implementing a multilayered cybersecurity strategy with solutions like INKY email security and BullPhish ID employee training & simulations. Schedule a call with one of our security experts today, or contact us today by calling (646) 395-1170 or emailing success@invenioIT.com

FBI Warns Microsoft 365 Users About New MFA Bypass Scam (2026)

Tracy Rock — Fri, 29 May 2026 13:50:58 +0000

The FBI recently issued a warning about a sophisticated phishing campaign targeting Microsoft 365 users, including Outlook, Teams, and OneDrive accounts.

According to reports, attackers are using advanced phishing techniques to trick users into authorizing access to their accounts—even when multi-factor authentication (MFA) is enabled.

That’s a significant shift from the traditional “stolen password” attacks many businesses are used to hearing about.

Instead of brute force hacking or malware alone, today’s attackers are increasingly relying on social engineering and identity-based attacks that manipulate users into unknowingly granting access themselves.

Why This Matters for Businesses

Microsoft 365 has become the backbone of communication and collaboration for many organizations. Email, file sharing, Teams chats, calendars, and sensitive business data are all connected through a single identity.

Once attackers gain access to a Microsoft 365 account, they may be able to:

Read and send emails
Launch internal phishing attacks
Access OneDrive or SharePoint files
Monitor communications
Steal sensitive business data
Attempt financial fraud or business email compromise (BEC)

In many cases, these attacks are designed to appear legitimate, making them difficult for users to recognize.

AI Is Making Phishing More Dangerous

One reason these attacks are receiving so much attention lately is the growing role of AI in cybercrime.

AI-generated phishing emails are becoming more convincing, more personalized, and harder to detect. Attackers can now create realistic messages that mimic executives, vendors, coworkers, or trusted brands with very little effort.

Cybercriminals are also using automated phishing kits and adversary-in-the-middle (AiTM) frameworks that simplify sophisticated attacks that once required advanced technical expertise.

The result is that phishing attacks are becoming both more scalable and more effective.

Why MFA Alone Is No Longer Enough

To be clear, we strongly believe businesses should use multi-factor authentication. In fact, MFA is still one of the most important security controls organizations can implement, and solutions like Duo remain highly effective at helping reduce the risk of unauthorized account access.

However, the recent FBI warning highlights an important reality:

MFA is not a complete cybersecurity strategy.

Modern phishing attacks are increasingly focused on bypassing MFA by stealing session tokens, abusing legitimate authentication workflows, or convincing users to approve malicious access requests themselves.

This isn’t an argument against MFA—it’s an argument for layered security.

Businesses should absolutely continue implementing MFA alongside additional protections such as advanced email security, employee awareness training, identity protections, and ongoing monitoring.

Cybersecurity Requires a Layered Approach

The reality is that cybersecurity today is no longer about relying on a single tool or security layer.

Businesses need a combination of identity protection, advanced email security, employee awareness training, backup and disaster recovery planning, and ongoing monitoring to reduce risk and improve resilience during an attack.

Unfortunately, phishing and business email compromise attacks often serve as the initial entry point for ransomware, account takeovers, and larger cybersecurity incidents.

That’s why organizations should not only focus on prevention, but also on recovery and continuity planning if an incident occurs.

Additional resources:

Concerned About Microsoft 365 Phishing Attacks?

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How Businesses Can Better Protect Microsoft 365 Accounts

Businesses should consider combining multiple security layers, including:

Advanced email security and phishing detection
Employee security awareness training
Simulated phishing campaigns
Strong MFA policies
Conditional access and identity protections
Ongoing monitoring and threat detection
Reliable backup and recovery solutions

Employee awareness remains one of the most important defenses because users are often the primary target in phishing campaigns.

The Importance of Security Awareness Training

Technology alone cannot stop every phishing attack.

Employees need to understand how modern phishing attempts work, what suspicious behavior looks like, and how attackers manipulate urgency, trust, and familiarity.

Regular phishing simulations and security awareness training can help businesses identify risky behaviors and improve employee response over time.

The recent FBI warning is another reminder that cybersecurity today requires more than just passwords and MFA. It requires a proactive, layered approach focused on both technology and user awareness.

Frequently Asked Questions

Can hackers bypass MFA?

Yes. While MFA remains one of the most important security protections available, some modern phishing attacks attempt to bypass MFA through tactics such as session hijacking, adversary-in-the-middle attacks, token theft, or social engineering techniques that trick users into approving access requests.

This is why businesses should combine MFA with additional protections such as advanced email security, user training, and ongoing monitoring.

Is Microsoft 365 vulnerable to phishing attacks?

Yes. Because Microsoft 365 is widely used for email, file sharing, and collaboration, it is a frequent target for phishing campaigns, account takeover attempts, and business email compromise attacks.

Attackers often target Outlook, Teams, OneDrive, and SharePoint accounts to gain access to sensitive business information.

How can businesses protect Outlook and OneDrive accounts?

Businesses should implement layered protections that may include:

Multi-factor authentication
Advanced email security
Employee phishing awareness training
Conditional access policies
Endpoint security
Data backup and recovery solutions
Ongoing monitoring and threat detection

What is business email compromise (BEC)?

Business email compromise (BEC) is a type of cyberattack where attackers gain access to or impersonate a legitimate business email account in order to steal money, sensitive information, or login credentials.

BEC attacks often rely heavily on phishing, social engineering, and impersonation tactics and can result in significant financial losses for businesses.

25 Business Continuity Statistics You Need to Know

Dale Shulmistra — Wed, 27 May 2026 10:22:31 +0000

Today’s business continuity statistics reveal that small businesses are increasingly aware of the risks of costly operational disruptions, but many are still unprepared for today’s sophisticated cyber threats.

Below, we highlight the most telling statistics to illustrate why preparing for a crisis is so vital for every company – and how to do it properly.

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1. The cost of continuity breaks ranges from $427 to $15,000 per minute

Global 2000 companies lose $600 billion per year due to downtime, according to a 2026 report by Techradar One study found that smaller businesses lose an average of $427 per minute. For the largest companies, these losses skyrocket up to $15,000 per minute. In high-risk industries, such as government, finance, and healthcare, the cost of downtime can exceed $5 million per hour.

Why this stat matters: The risks of closure are greater for smaller companies, which is why they must take business continuity planning seriously and implement stronger technologies to prevent and mitigate costly interruptions.

2. Over two-thirds of industrial businesses experience downtime at least once a month

Outages have become frustratingly common for industrial organizations, with the majority suffering from downtime once a month or more. A typical business in this sector loses close to $125,000 per hour during a continuity break. That means an outage that persists through an 8-hour work shift would cost $1 million or more.

Why this stat matters: Lost productivity can have a major impact on a company’s bottom line, particularly in areas like manufacturing, where every minute of downtime equates to lower revenue.

3. 84% of businesses say network outages are increasing

Unexpected network outages are extremely common, affecting 91% of businesses at least once per quarter. And unfortunately, these outages are occurring more frequently than ever. According to 2025 statistics from Opengear, 84% of surveyed companies experienced an increase in network outages over the past two years.

Why this stat matters: Since outages are virtually guaranteed, building robust network resilience is now an operational necessity.

4. Cyberattacks cost small businesses up to $1.24M in business continuity issues

One of the most common (and costly) causes of business continuity issues for small companies today is cyberattacks. Despite what news headlines might suggest, attackers don’t just target the big guys. Many of them aim to intentionally disrupt SMBs, which tend to have weaker cybersecurity measures. According to a report highlighted by Mastercard, the average cost of a cyberattack on small businesses ranges from $120,000 to $1.24 million per incident.

Why this stat matters: A 7-figure cyberattack can permanently close your doors, proving that investing in a robust continuity plan is drastically cheaper than paying for a disaster.

5. 54% of data centers lost more than $100,000 to an outage in 2024

Outages at data centers are especially concerning because they handle such immense quantities of data, often for numerous businesses around the globe. As a result, the cost of downtime can quickly skyrocket when incidents occur. More than half of respondents to the 2024 Uptime Institute data center survey said their most recent significant, serious, or severe outage cost more than $100,000. One in 5 said their most recent outage cost more than $1 million.

Why this stat matters: If the external data centers housing your critical applications go down, your business absorbs the financial blow, making independent failover capabilities essential.

6. Nearly half of small businesses never reopen after a disaster

According to the Federal Emergency Management Agency (FEMA), 43% of small businesses affected by a disaster never reopen and another 29% go out of business within 2 years. The longer recovery takes, the more likely a business will have to permanently shutter its doors.

Why this stat matters: A break in continuity isn’t just costly. It can literally end a business if operations can’t be restarted quickly enough.

7. 1 in 5 businesses fails within its first year

More than 20% of businesses fail within their first year, according to the U.S. Bureau of Labor Statistics. Data from Lending Tree also found that around one-fourth of businesses fail before their first year is up, and that number skyrockets as time passes. Almost half fail within the first five years, and more than 60% close within 10 years.

Why this stat matters: New businesses operate with very little margin for error, making a solid continuity plan the difference between surviving your first major disruption or permanently closing your doors.

8. Approximately 700,000 businesses closed due to COVID-19

The rate of business closures can be massively exacerbated by unexpected health crises, as was the case during the COVID-19 pandemic, which presented one of the most challenging continuity challenges in living memory. Among the most shocking business continuity statistics is that around 700,000 businesses closed in the second quarter of 2020 alone (though some reopened their doors in the following quarters).

Why this stat matters: Recent business continuity statistics have revealed that the pandemic disproportionately affected small businesses, highlighting a key lesson for business continuity: expect the unexpected. While it is impossible to forecast events like global pandemics, you can plan for their potential risks and impact.

9. External actors make up 88% of data breach threats

According to Verizon’s 2026 Data Breach Investigation Report, external actors account for 88% of data breaches. That means around 12% are due to internal actors and business partners, but don’t assume that your colleagues are all out to sabotage your company. Nearly 65% of breaches caused by internal parties were due to errors, not malicious intent.

Why this stat matters: Every company should conduct routine employee training, making sure to factor in the risk of internal threats when creating cybersecurity protocols and business continuity plans.

10. 76% of logistics companies have suffered supply chain disruptions

According to the 2025 J.S. Held Global Risk Report, 76% of European shipping companies experienced some or substantial supply chain disruptions over the past year. These incidents can have long-lasting impacts on organizations across the supply chain, including manufacturing, shipping and retail.

Why this stat matters: Whether it’s new tariffs, a ransomware attack or an electrical grid failure, businesses must plan for workarounds to maintain continuity even if they rely on other organizations throughout the supply chain.

11. 90% of organizations have sensitive files exposed to all employees

Sometimes, all it takes is one compromised folder—or even a single file—to cause a break in continuity. And the latest business continuity statistics suggest that businesses are not being careful enough with their file restrictions.

According to recent research by Varonis, 90% of organizations have sensitive files exposed to all employees. This is especially dangerous for organizations within sectors like financial services, which handle some of the most sensitive customer information available.

Why this stat matters: Not everyone in an organization needs the same access and permissions, and being too liberal with access control significantly increases the risk that a user will create, edit, update or delete business-critical data. Folder access should be configured on an “as needed” basis (i.e. the principle of “least privilege”).

12. 56% of web app hacking attacks involve stolen credentials

Verizon’s 2026 Data Breach Investigation report revealed that 56% of web application attacks are the result of stolen credentials. Around 19% occur due to brute force attacks, often when people use easily guessable passwords.

Businesses that don’t plan or put due diligence into protecting sensitive data could suffer massive losses. In industries such as healthcare and financial services, which face stringent data regulations like HIPAA, organizations can also face steep fines and penalties.

Why this stat matters: Businesses that don’t plan or put due diligence into protecting sensitive data could suffer massive losses. In industries such as healthcare and financial services, which face stringent data regulations like HIPAA, organizations can also face steep fines and penalties.

13. Around 60% of corporate data is stored in the cloud

Businesses of all sizes continue to adopt cloud technology in various ways to support their business continuity objectives. Nearly two-thirds of corporate data is now stored using a public or private cloud solution, double the amount from 2015. Employee and customer data are the most common types of data stored in the cloud.

Why this stat matters: With the majority of your critical data now living off-site, securing and backing up your cloud environments is just as vital to your survival as protecting your physical servers.

14. 45% of data breaches are cloud-based

Cloud storage is convenient and beneficial in many ways, but it’s also an increasingly popular target for hackers. Almost half of all data breaches now occur in the cloud. In addition, 80% of companies experienced at least one cloud security incident in the last year, and 27% experienced a public cloud security incident.

Why this stat matters: Implementing cloud backup solutions, including SaaS backup for solutions like M365, in conjunction with traditional disaster recovery systems, is the best way to prevent this type of attack from wreaking havoc on your business.

15. Hard drive failure rates are increasing

Hard drives can and do fail. When they do, they can cause a massive operational disruption. In 2024, the failure rate for hard drives was 1.57%, down slightly from 1.7% in 2023, 1.37% in 2022 and 1.01% in 2021. This is largely due to aging devices that companies have been reluctant to replace. While 1.57% might not sound like a lot, for a small business that relies heavily on its hard drives, even a single crash can be disastrous.

Why this stat matters: SMBs must create business continuity plans that include reliable data backup solutions and regular hardware replacement schedules to mitigate the risk of sudden drive failure and data loss. Datto backup solutions like Datto SIRIS provide robust protection, and since Datto SIRIS pricing is based on a fully integrated, all-in-one solution, SMBs can find affordable options that ensure both data security and quick recovery, preventing catastrophic downtime.

16. Power issues cause 54% of data center outages

An unexpected power failure can bring your most critical operations to a screeching halt. According to the Uptime Institute, power outages were responsible for 54% of data center outages in 2024. Other common causes of downtime in data centers include hardware and software failures (11%) and network failures (12%).

Why this stat matters: Power disruptions are often outside of your control, but you can maintain and replace your servers, network devices and other components to minimize the risk of failure.

17. Ransomware attacks cause 24 days of downtime

Ransomware has become one of the leading causes of operational downtime, affecting businesses around the globe. As of 2022, the average amount of downtime experienced following a ransomware attack was more than three weeks. That represents a significant increase from two years prior when the average length of downtime was 16 days.

Pair the length of downtime with costly ransom demands and payments, which averaged $1 million in 2025, and you’ve got plenty of reason to worry about what might happen if a ransomware attack hits your system.

Why this stat matters: As with most disaster scenarios, data backup remains the single greatest protection against ransomware because it allows businesses to quickly recover lost data and restore systems to their pre-infected state. For smaller businesses, Datto ALTO provides an affordable yet powerful backup and recovery system. Explore Datto ALTO pricing to see how it can fit into your disaster recovery plan.

18. Malware attacks expected to reach 6.5 billion in 2025

Malware is a persistent and ongoing problem that causes significant disruption for businesses. A malware infection can corrupt data, crash applications or cause other disruptions. In 2025, security researchers projected more than 6.5 billion malware infections, according to DeepStrike, driven increasingly by adaptive AI and deepfake technologies. In recent years, 88% of such attacks have been carried out via email. Experts estimate that 73% of companies are at risk of a material cyberattack—an event that’s significant enough to affect a company’s financial condition, operations or market valuation.

Why this stat matters: Since nearly 90% of these billions of attacks target your employees’ inboxes, deploying advanced email security such as INKY, alongside your continuity plan, is non-negotiable. (Check INKY email security pricing)

19. AI and zero-day attacks are among the top security concerns in 2025

In recent years, phishing emails have been a top security concern among IT managers. But the rise of AI has ushered in a new era of sophisticated threats that can exploit vulnerabilities faster than ever, often without user deception at all.

Why this stat matters: To combat zero-day attacks, organizations must deploy advanced cybersecurity tools that stop these threats in their tracks. Zero-trust solutions like Threatlocker Ringfencing and managed-detection and response platforms like RocketCyber MDR provide the multilayered security strategy that today’s small businesses require.

20. 62% of data breaches involved the human element

Verizon’s 2026 Data Breach Report, which analyzed 31,000 real-world security incidents, revealed that nearly 2 in 3 breaches involved the human element, including social engineering attacks or human error. This business continuity statistic shows that organizations can’t let their guard down against social engineering attacks like phishing, even as other threat trends are on the rise.

Why this stat matters: The most expensive cybersecurity technology in the world cannot protect your business if an employee simply hands over the keys—making security awareness training a critical first line of defense.

21. Only 26% of companies have a disaster recovery plan

With so many red flags flying, you might assume that every company has a rock-solid business continuity plan in place. Unfortunately, that’s far from the truth. A business continuity survey by the U.S. Chamber of Commerce Foundation found that 94% of businesses believe their companies would recover from a disaster – but only 26% have an actual disaster plan in place. Not surprisingly, businesses that were actually hit by a disaster faced a harsh reality. 34% took six months or more to recover, with some taking over a year.

Why this stat matters: False confidence is often your biggest vulnerability. Believing your business will survive a disaster means nothing without a documented, actionable plan to guarantee it.

22. 16% of SMB executives don’t know their Recovery Time Objectives

A survey by Infrascale found that 16% of SMB executives don’t know their recovery time objectives (RTOs), and 24% of those surveyed expect their data to be recovered in under 10 minutes after a disaster. One-third said they expect recovery within an hour, and 17% said one day.

Not surprisingly, these estimates often do not align with the actual recovery timelines that are possible with their implemented IT systems. Typically, the less insight that executives have about those systems, the greater the gap between their recovery estimates and the realistic outcomes.

Why this stat matters: If leadership doesn’t know their actual Recovery Time Objectives, the business is flying blind into the next disaster, virtually guaranteeing devastating, unplanned downtime.

23. 30% of IT managers say their companies don’t have adequate backups

A 2025 BCDR report by Datto revealed that nearly 1 in 3 IT managers lack confidence in their backup systems’ ability to protect critical data in the event of a crisis. In a survey of more than 3,000 IT professionals and MSPs, 30% said they worry that their companies do not have adequate backup and recovery solutions. Additionally, 30% of respondents said they’re so concerned about it, they’ve had nightmares.

Why this stat matters: The people closest to your infrastructure know exactly how vulnerable it is. If your own IT team is losing sleep over your backup strategy, then a devastating outage is only a matter of time.

24. Companies only allocate 9% of their IT budget to security

The business continuity management program solutions market is booming, with a 2023 valuation of $1.478 billion. As the market has grown and become more competitive, it has helped bring down business continuity pricing and make it more accessible to smaller organizations.

However, for business continuity to truly make a difference, companies must be willing to invest in their security. According to a recent survey, 21% of businesses downsized their IT staff over the prior year, and 62% reduced their IT budgets. Experts suggest taking the opposite approach, increasing security spending to 10 to 15% of the total IT budget to cover security programs, compliance and business continuity. The money companies spend on those efforts pales in comparison to the cost of not having a business continuity plan in the first place.

Why this stat matters: Slashing IT budgets and downsizing staff leaves your organization critically exposed just as cyber threats and operational risks are reaching an all-time high.

25. 69% of IT decision-makers are increasing cybersecurity spending

Now for some good news amongst all these dire statistics: in 2024, nearly 70% of IT leaders planned to increase cybersecurity spending by between 10 to 100%, while around 20% expected to raise budgets by 30 to 49%. Only 4% expected to see no change to their budget.

Taking a closer look at those numbers reveals where organizations’ priorities lie. About 44% of IT leaders are willing to invest up to 20% of their budget in education, and 41% are considering allocating the same amount to AI-enabled cyber tools.

Why this stat matters: Both training and advanced cybersecurity solutions like RocketCyber can make the difference between suffering or succeeding during a cyberattack. By exploring RocketCyber pricing, businesses can find scalable, AI-driven protection that fits their budget, ensuring both employee awareness and comprehensive threat defense.

How to Prioritize Business Continuity

The business continuity statistics above make it clear that operational disruptions come from all sides, from vendor supply chain failures to internal employee errors. However, the right planning can significantly reduce risk and help your operations recover faster when disruptions occur. Here’s how to approach it.

Start with a Risk Assessment and Business Impact Analysis

Effective business continuity planning begins with understanding which risks pose the greatest threat to operations and what the consequences of downtime would actually look like across the organization.

This typically starts with two foundational exercises:

Risk assessment: identifies potential threats that could disrupt operations, including cyberattacks, hardware failures, power loss and so on.
Business impact analysis (BIA): evaluates how those disruptions would affect the business over time. This includes measuring:

Financial losses
customer impact
Compliance exposure
Reputational damage
Productivity loss

The goal is to determine which systems and processes are most critical, how long the business can tolerate downtime and which recovery objectives should receive the highest priority. This documentation forms the basis of your business continuity plan. Without these analyses, organizations often make continuity decisions based on assumptions rather than actual business risk.

Identify Your Most Critical Operations First

Not every system or application requires the same level of protection. Businesses should begin by identifying the operations that would cause the greatest disruption if they became unavailable.

This often includes:

Customer-facing systems
Communication platforms
Financial and payroll systems
Cloud applications
Production environments
Remote work infrastructure
Core databases and file servers

The goal is to determine which systems are truly mission-critical and which can tolerate longer downtime windows. Without clear prioritization, organizations often waste resources protecting low-impact systems while underestimating the importance of critical operational dependencies.

Prioritize Operational Impact, Not Perceived Importance

Systems that create the biggest operational disruptions are not always the most expensive, visible or frequently discussed. A temporary communication outage, for example, may create far greater business interruption than the loss of a less critical internal platform.

Important considerations:

Effective continuity planning focuses on operational impact first, as guided by the findings of your BIA.
Organizations should evaluate how downtime affects productivity and revenue for each type of disruption or potential outage. Every scenario is different.
Never rely on assumptions. Effective continuity planning is highly data-based: it should be prioritized around the real numbers you’ve identified in your impact analysis.

Build a Plan to Prevent, Mitigate & Recover from Disruptions

True business continuity requires a multifaceted approach to preventing, mitigating and recovering quickly when they occur. As such, your BCP must outline the specific actions your organization will take at each of these phases: before, during and following a crisis.

An effective plan typically includes three core components:

Prevention measures: safeguards designed to reduce the likelihood of outages and operational disruptions before they occur.
- Examples: cybersecurity protections, employee training, infrastructure redundancy, backup power systems, vendor diversification and proactive system monitoring.
Mitigation strategies: procedures that help maintain operations while a disruption is actively occurring.
- Examples: failover systems, cloud continuity solutions, alternative communication methods and manual operational workarounds
Recovery procedures: clearly documented steps for restoring systems, applications, data and business operations after an outage.
- Examples: Recovery priorities, assigned responsibilities, communication protocols, backup restoration procedures and recovery time objectives (RTOs).

Finally, remember that business continuity planning is not only about the documentation. It is an ongoing operational strategy designed to help your organization continue functioning during disruptions and recover faster when outages inevitably occur.

The Cost of Complacency: Reactive vs. Proactive Business Continuity

Let’s look at some operational differences between a reactive, “wait and see” approach and a proactive business continuity strategy that addresses real vulnerability in critical operational areas.

Operational Area	Reactive IT Management (“Wait and See”)	Proactive Business Continuity (True Resilience)
Data Protection	Relying on basic, daily on-site backups that are rarely tested and vulnerable to threats.	Utilizing hybrid-cloud BCDR appliances with automated, daily backup verification and immutability.
Security & Access Control	Granting broad file access to all employees, increasing the risk of accidental deletion or internal breaches.	Enforcing the “Principle of Least Privilege” and conducting regular security awareness training.
Vendor/Supply Chain	Assuming third-party cloud vendors (like Microsoft or Google) are responsible for protecting your data.	Deploying independent SaaS backup solutions to ensure cloud data is recoverable regardless of vendor status.
Crisis Response	Scrambling to figure out who is in charge and what to do while downtime costs mount by the minute.	Executing a practiced, documented plan where every team member knows their exact role in maintaining operations.

Frequently Asked Questions (FAQ)

1. What are the statistics for backup and recovery?

Around 91% of organizations used some form of data backup. On average, today’s businesses use more than three types of backup solutions, according to a 2025 report by Datto. Nearly half of the surveyed companies back up copies of their data to a public cloud.

2. How many organizations have a business continuity plan?

An estimated 61% of businesses globally have a business continuity plan, according to a survey conducted by AvidXchange. Just under 20% of organizations in the United States have an incomplete plan, and 14% have no plan at all.

3. How often should a BCP be reviewed?

A business continuity plan should be reviewed at least once a year to ensure that the information within the plan is still accurate and up to date. It is also good practice to review the plan whenever there are significant changes to the business’s operations, systems or processes.

4. What are the three branches of business continuity?

Business continuity consists of three primary branches of planning: 1) disaster prevention, 2) response and 3) recovery. Together, these branches help businesses better understand their risks for operational disruptions and the steps to minimize them.

5. How many businesses close each year?

Nearly 600,000 businesses in the United States close each year. This figure represents closures due to numerous factors, including general business failure, lack of profitability, natural disasters, cyberattacks and owner retirement.

6. Why do so many business continuity plans fail during an actual crisis?

Most plans fail due to a lack of routine testing and unrealistic recovery expectations. If a company doesn’t regularly verify its backups or practice its response protocols, executives often discover their planned Recovery Time Objectives (RTOs) are impossible to meet.

Conclusion

The most recent business continuity statistics show a troubling ongoing trend. Threats like ransomware, AI-powered threats and other cyberattacks continue to disrupt operations for organizations in every industry, and they’re becoming costlier and more difficult to resolve. SMBs are especially vulnerable because they typically have fewer resources. All of this underscores the importance of implementing a strong business continuity plan and dependable BC/DR technologies that can prevent data loss.

Want to Avoid Costly Business Continuity Issues?

Business continuity issues can make or break your organization, but Invenio IT is ready to help. Schedule a call with one of our data protection specialists to get expert guidance on deploying robust data backup and other business continuity technologies. You can also reach us by calling (646) 395-1170 or emailing success@invenioIT.com.

That “Old Tech” You’re Still Paying for Every Month May Be Costing More Than You Think

Tracy Rock — Tue, 26 May 2026 16:01:56 +0000

Most businesses do not suddenly wake up to a complete infrastructure failure.

More often, operational problems build gradually over time through aging systems, recurring technical issues, delayed upgrades, and infrastructure that no longer performs the way the business needs it to. The challenge is that these problems rarely feel urgent at first.

A computer runs a little slower than usual. Employees restart applications more frequently. File access takes longer. Systems freeze occasionally. VPN sessions disconnect. Support tickets become more common. Employees adapt to the inconvenience because work technically still gets done.

Over time, however, those “small” issues quietly become part of the operational routine. And that routine becomes expensive.

The Hidden Operational Cost of Aging IT Infrastructure

One of the biggest misconceptions businesses have about aging technology is assuming that if systems are still functioning, they are still functioning efficiently.

In reality, outdated infrastructure often creates hidden operational costs long before complete failure occurs. Older systems typically:

Run slower under modern workloads
Require more troubleshooting and support
Create recurring employee interruptions
Increase downtime risk
Extend recovery times
Struggle with cloud-connected applications
Introduce compatibility and security issues
Reduce overall operational efficiency

Most organizations do not notice the impact all at once because the degradation happens gradually.

Employees wait an extra few seconds for applications to load. Shared files sync more slowly. Reboots become more frequent. Cloud applications lag during meetings. Login issues appear more often.

Individually, these delays seem minor. Across an organization, they compound into a significant productivity drain.

Why “It Still Works” Can Become an Expensive Mindset

One of the most common reasons businesses postpone infrastructure upgrades is because systems technically still function. The thinking is understandable:

“If it still works, why replace it?”

The problem is that operational efficiency rarely fails all at once. It erodes over time as aging hardware and unsupported systems struggle to keep pace with modern business demands.

Most businesses today rely heavily on:

Microsoft 365
SaaS applications
Cloud storage
Remote access
Video conferencing
Endpoint security tools
Backup infrastructure
Authentication systems

Older infrastructure was often not designed to support the performance expectations, security requirements, and cloud dependency modern businesses now rely on every day.

As systems age, businesses frequently experience:

Slower application performance
Increased employee downtime
More recurring technical issues
Higher support overhead
Reduced system reliability
Longer troubleshooting cycles
Increased cybersecurity exposure

At a certain point, the operational cost of maintaining outdated infrastructure becomes larger than the cost of modernizing it.

Why Small Technical Delays Have a Larger Business Impact

A slightly slower system may not seem like a serious operational issue. But when employees repeatedly stop to troubleshoot devices, reconnect systems, restart applications, or wait for files and cloud platforms to respond, productivity loss compounds quickly throughout the organization. The impact is rarely isolated to one employee or one device. A delayed system affects:

Communication speed
Collaboration efficiency
Customer responsiveness
Workflow completion
Meeting productivity
Employee focus
Project timelines

And because these issues occur incrementally, many businesses normalize the inefficiency instead of measuring the operational impact it creates over time.

This is especially true in hybrid and cloud-first environments where stable performance and reliable connectivity are now critical to daily operations.

Aging Infrastructure Also Creates Recovery and Security Risk

Operational inefficiency is only part of the issue. Older infrastructure often increases:

Downtime risk
Hardware failure exposure
Recovery complications
Backup instability
Security vulnerabilities
Unsupported software dependencies

Many cyberattacks and ransomware incidents specifically target outdated systems because unsupported infrastructure is often easier to exploit.

At the same time, older systems can complicate recovery efforts by:

Extending restoration times
Limiting compatibility
Reducing virtualization capabilities
Creating backup performance bottlenecks
Increasing dependency on aging hardware

Businesses frequently discover these limitations only after a major outage or operational disruption occurs.

Why Proactive IT Modernization Matters

The organizations that operate most efficiently are rarely the ones constantly reacting to infrastructure problems. More often, they are the businesses that proactively evaluate:

System performance
Recovery readiness
Infrastructure stability
Security exposure
Operational bottlenecks
End-user experience
Long-term scalability

That does not necessarily mean replacing everything at once. It means identifying which systems are quietly creating operational friction and addressing them before they become larger business problems. Businesses that modernize infrastructure strategically often benefit from:

Faster employee productivity
Reduced downtime
Improved cloud performance
More reliable recovery
Better cybersecurity posture
Lower support overhead
More predictable operations

How Invenio IT Helps Businesses Reduce Operational Friction

At Invenio IT, we help organizations modernize and stabilize critical infrastructure through recovery-first backup, cybersecurity, and business continuity solutions designed to improve operational resilience and reduce downtime. That includes:

Backup and disaster recovery solutions
Microsoft 365 and SaaS protection
Endpoint detection and response
Infrastructure resilience planning
Disaster recovery testing
Business continuity planning
Virtualization and fast recovery solutions
Email security and anti-phishing protection

The goal is not simply replacing hardware. It is helping businesses reduce recurring disruption, improve operational performance, and recover quickly when problems occur.

Questions Businesses Should Ask About Aging Technology

As businesses continue relying more heavily on cloud-connected infrastructure, this is a good time to evaluate whether aging systems are quietly creating operational inefficiency.

Which systems generate the most recurring support issues?
Are employees regularly losing productivity because of slow or unstable technology?
Are aging devices affecting cloud application performance?
How quickly could critical systems recover after hardware failure or downtime?
Are backups and recovery processes keeping pace with current infrastructure demands?
Which systems create the greatest operational bottlenecks today?
Is the organization proactively improving infrastructure or primarily reacting to issues as they appear?

Most infrastructure problems do not begin as emergencies. They begin as smaller operational inefficiencies businesses gradually learn to work around.

Helpful Resources

Final Thoughts on Aging IT Infrastructure and Operational Downtime

Most businesses do not lose efficiency through one catastrophic failure. More often, productivity declines gradually through aging infrastructure, recurring technical disruption, slow recovery processes, and operational friction that compounds over time.

Organizations that operate most efficiently are usually the ones that proactively reduce instability before small infrastructure problems become larger operational disruptions.

Schedule a recovery and operational continuity walkthrough with Invenio IT.

How “We’ll Fix It Later” Quietly Turns Into Expensive IT Downtime

Tracy Rock — Tue, 26 May 2026 15:46:21 +0000

Taking a reactive approach to IT rarely feels like a major problem in the moment.

A system starts running slightly slower than usual. An application occasionally freezes. Backup alerts appear inconsistently. A software update gets postponed because the team is focused on more immediate priorities.

Work continues, so the issue gets pushed down the list. That happens in almost every organization. The problem is that small technical issues rarely stay small for long.

As businesses become increasingly dependent on cloud applications, remote access, Microsoft 365, SaaS platforms, and interconnected infrastructure, even minor operational issues can create downstream disruption that spreads across multiple departments.

Most major downtime events do not begin as emergencies.

They begin as manageable problems that were delayed, ignored, or repeatedly deprioritized until they eventually affected business operations.

The Hidden Cost of Delayed IT Maintenance and Reactive Support

Many organizations unintentionally operate in a reactive IT cycle. A problem appears. The immediate symptom gets patched. Operations continue. The root issue remains unresolved because there is never enough time to address it properly.

That cycle repeats until the issue eventually becomes unavoidable. The challenge is that delayed maintenance and recurring technical problems create hidden operational costs long before a major outage occurs:

Slower employee productivity
Repeated interruptions
Recurring troubleshooting
Increased support tickets
System instability
Delayed projects
Operational inefficiency
Greater cybersecurity exposure

Businesses often normalize these issues because they develop gradually over time.

Employees adapt to systems running “a little slower.” Teams learn workarounds. IT departments focus on keeping operations moving instead of fully resolving underlying infrastructure problems.

Eventually, technical debt accumulates to the point where operational disruption becomes difficult to avoid.

The “It’s Just a Little Slow” Problem

One of the most common warning signs businesses ignore is gradual performance degradation.

Nothing completely stops working, so the issue does not feel urgent. Employees refresh applications, reconnect VPN sessions, restart systems, or simply wait longer for tasks to complete.

Over time, however, small slowdowns compound across the organization.

A slightly delayed system impacts:

Employee output
Customer responsiveness
Collaboration speed
Application performance
Meeting efficiency
Workflow completion times

And because the slowdown develops gradually, many businesses fail to recognize how much operational time is being lost until productivity problems become widespread.

In some cases, the issue may stem from aging infrastructure, resource constraints, poor network performance, cloud synchronization problems, endpoint instability, or storage limitations. In others, it may point to larger infrastructure weaknesses that continue to worsen without proactive monitoring or remediation.

The Software Update That Keeps Getting Postponed

Another common operational issue is delayed patching and software updates.

Businesses postpone updates for understandable reasons:

Concern about disruption
Lack of internal resources
Scheduling conflicts
Fear of compatibility issues
Operational downtime concerns

Unfortunately, delayed updates often increase long-term operational and cybersecurity risk.

Unsupported software, outdated systems, and inconsistent patch management create vulnerabilities that cybercriminals actively target. In many ransomware incidents, attackers exploit known vulnerabilities that already had available security patches.

At the same time, outdated systems often create stability issues that impact productivity even before a security event occurs.

What begins as “we’ll handle it later” can eventually become:

Extended downtime
Security incidents
Application failures
Compliance problems
Backup failures
Recovery complications

The longer maintenance is delayed, the fewer options organizations typically have when problems escalate.

Why Small Infrastructure Issues Become Larger Operational Problems

Modern businesses rely on tightly connected systems that are expected to remain continuously available:

Microsoft 365
SaaS applications
Shared cloud storage
Endpoint devices
VPN access
Authentication platforms
Backup infrastructure
Remote collaboration tools

When one system experiences instability, the operational impact often extends beyond the original issue.

A failed authentication service may disrupt access across multiple applications simultaneously. A storage issue may impact backups, file access, and application performance at the same time. An unstable endpoint may create security exposure, workflow interruption, and support overhead simultaneously.

As infrastructure complexity increases, unresolved technical issues become more expensive operationally.

Why Proactive IT and Recovery Planning Matter

The organizations that operate most efficiently are rarely the ones without technical problems.

More often, they are the organizations that identify issues early, maintain infrastructure proactively, test recovery regularly, and minimize operational disruption before small problems escalate into larger outages.

That requires more than simply reacting to support tickets as they appear.

It requires:

Infrastructure visibility
Proactive monitoring
Regular maintenance
Recovery testing
Backup validation
Security updates
Business continuity planning
Long-term operational strategy

Businesses that invest in proactive stability typically experience:

Less downtime
Fewer interruptions
Faster recovery
More predictable operations
Improved employee productivity
Reduced operational risk

How Invenio IT Helps Businesses Reduce Downtime and Technical Debt

At Invenio IT, we help organizations reduce downtime, recurring IT disruption, and operational risk through recovery-first backup, cybersecurity, and business continuity solutions designed to keep businesses operational when problems occur.

That includes:

Backup and disaster recovery solutions
Microsoft 365 and SaaS protection
Endpoint detection and response
Disaster recovery testing
Business continuity planning
Infrastructure resilience planning
Email security and anti-phishing protection
Fast recovery and virtualization solutions

The goal is not simply responding to problems faster.

It is helping businesses reduce recurring disruption, improve operational stability, and recover quickly when issues occur.

Questions Businesses Should Ask Before Problems Escalate

As businesses move deeper into summer schedules and operational distractions increase, this is a good time to evaluate whether small technical issues are quietly becoming larger operational risks.

Which recurring IT issues never seem fully resolved?
Are software updates and maintenance being postponed regularly?
How much employee productivity is lost to recurring technical disruption?
Are backups regularly tested and validated?
Which systems would create the largest operational impact if unavailable?
Could the organization recover quickly from a major outage or ransomware event?
Is the IT environment becoming more proactive or more reactive over time?

Most major downtime events do not begin as catastrophic failures.

They begin as smaller problems businesses assumed could wait a little longer.

Helpful Resources

Final Thoughts on Preventing IT Downtime

Most operational disruption does not appear all at once. It builds gradually through delayed maintenance, recurring technical issues, reactive support cycles, and unresolved infrastructure problems that compound over time.

Organizations that recover fastest and operate most efficiently are usually the ones that address small issues before they become larger operational problems.

Schedule a recovery and operational continuity walkthrough with Invenio IT.

Most Businesses Don’t Have a Time Problem. They Have an Interruption Problem.

Tracy Rock — Tue, 26 May 2026 15:34:19 +0000

Every year around late June, people talk about the longest day of the year as if extra daylight somehow creates extra capacity. For most businesses, that is rarely the real issue. The problem is not a lack of hours in the day — it is how much productive time gets lost throughout it.

Not through catastrophic outages or headline-making disasters, but through constant operational interruption.

A login issue delays access to files. A laptop slows down during an important meeting. A cloud application stalls. Someone loses access to Microsoft 365. A VPN reconnect fails. A backup alert suddenly becomes urgent after being ignored for weeks. An employee opens a support request that “should only take a minute.”

Individually, none of these issues seem particularly serious. Operationally, they create a constant drag on productivity that compounds throughout the organization over time.

The Hidden Cost of IT Downtime and Operational Disruption

Businesses often think of downtime as a major outage where systems go completely offline. In reality, most productivity loss happens gradually through smaller disruptions that repeatedly interrupt workflow and pull employees away from productive work.

A five-minute interruption rarely stays five minutes. An employee loses momentum while troubleshooting begins. Additional employees get pulled into resolving the issue. Meetings pause. Approvals wait. Workflows stall while systems catch up. Even after the technical problem is resolved, employees still need time to regain focus and return to what they were doing before the interruption occurred.

That operational friction is expensive precisely because it often goes unnoticed.

Most organizations never calculate how much time gets lost to recurring technical disruption across an entire month or year. Yet when interruptions happen repeatedly across dozens of employees, multiple systems, and hybrid work environments, the cumulative impact becomes significant.

Why Modern Businesses Depend on Stable Cloud and IT Infrastructure

Most organizations now rely on a broad ecosystem of connected platforms and cloud services to operate efficiently day to day. Microsoft 365, SaaS applications, cloud storage, VPN access, authentication systems, endpoint devices, collaboration platforms, and backup infrastructure all work together to support normal business operations.

The challenge is that interconnected systems also create interconnected disruption.

A Microsoft 365 authentication issue may simultaneously affect email, Teams, OneDrive, file access, and employee communication. A network slowdown may impact meetings, cloud applications, remote workers, and shared storage at the same time. An endpoint issue can delay work across multiple departments before anyone fully understands the root cause.

As businesses become increasingly dependent on cloud-connected infrastructure, the operational cost of interruption rises with it.

How Reactive IT Support Quietly Reduces Business Productivity

One of the largest operational problems many businesses face is spending too much time reacting instead of improving.

IT teams become consumed by recurring support requests, repetitive troubleshooting, emergency fixes, fragmented systems management, and avoidable downtime. Instead of focusing on long-term optimization, resilience, automation, documentation, and infrastructure planning, time gets redirected toward resolving the same categories of interruption over and over again.

Over time, organizations begin to normalize inefficiency because it happens incrementally rather than all at once.

Employees become accustomed to systems being “a little slow.” Leadership adapts to recurring disruption. Delays become expected. Technical friction quietly becomes part of the operational culture.

The problem is that recurring inefficiency impacts far more than IT itself. It affects project timelines, employee productivity, customer responsiveness, communication speed, and the organization’s ability to focus on strategic growth.

Why Small Technology Issues Become Larger Business Problems

A slow system is not simply a technical inconvenience. It affects how efficiently employees complete work, how quickly customers receive responses, how effectively teams collaborate, and how smoothly operations function throughout the day.

The same applies to unreliable backups, unstable remote access, recurring authentication problems, cloud outages, endpoint instability, or poorly documented recovery processes. The longer disruption continues, the more operational impact spreads across the business.

Organizations operating with lean teams and compressed schedules typically have very little margin for inefficiency. Even relatively small interruptions can create downstream delays that affect multiple departments simultaneously.

This is one reason operational resilience has become increasingly important. Businesses that operate efficiently are not necessarily the ones with the newest technology. More often, they are the organizations with stable systems, proactive management, reliable recovery processes, documented workflows, and fewer recurring interruptions.

Why Recovery and Business Continuity Planning Matter More Than Ever

Most businesses assume systems will remain available until something unexpectedly fails. Hardware eventually breaks. Cloud services experience outages. Employees accidentally delete files. Cybersecurity incidents impact operations. Critical applications stop functioning without warning.

The difference is not whether disruption eventually occurs. The difference is how effectively businesses stabilize operations and recover when it does.

That is why more organizations are shifting toward recovery-first and continuity-focused strategies designed to reduce downtime, improve operational resilience, and minimize the business impact of disruption before small issues become larger operational problems.

How Invenio IT Helps Businesses Reduce Downtime and IT Friction

At Invenio IT, we help organizations reduce downtime, recurring IT disruption, and operational inefficiency through recovery-first backup, cybersecurity, and business continuity solutions designed to keep businesses operational when issues occur.

That includes backup and disaster recovery solutions, Microsoft 365 and SaaS protection, endpoint detection and response, business continuity planning, disaster recovery testing, email security, virtualization solutions, and infrastructure resilience planning.

The goal is not simply protecting systems. It is helping businesses operate more efficiently, reduce recurring interruption, and recover quickly when disruptions happen.

Questions Businesses Should Ask About Operational Downtime

As businesses move into the second half of the year, this is a good time to evaluate where operational time is actually being lost.

How much employee productivity disappears because of recurring technical issues? Which systems create the most operational friction? Are recurring support issues being permanently resolved or repeatedly patched? How quickly could critical operations recover after downtime? How much time does the organization spend reacting instead of improving?

For many businesses, the biggest operational problem is not a lack of time. It is the amount of interruption consuming it throughout the day.

Helpful Resources

Final Thoughts on Reducing Operational Downtime

Most businesses do not lose productivity through one catastrophic outage. They lose it gradually through recurring interruption, operational friction, and reactive technology issues that compound over time.

Organizations that operate efficiently are rarely the ones without problems. More often, they are the ones prepared to minimize disruption, stabilize operations quickly, and recover efficiently when issues occur.

Schedule a recovery and operational continuity walkthrough with Invenio IT.

Why Summer Is Prime Time for Phishing, Ransomware & Business Email Attacks

Tracy Rock — Tue, 26 May 2026 14:02:25 +0000

School’s out, routines shift, and for many businesses, the workday starts to look a little different this time of year.

People work remotely more often. Employees rotate through vacations. Teams run leaner on Fridays. Parents juggle camps, travel schedules, and noisier-than-normal home offices.

Operations continue. But attention gets fragmented.

And cybercriminals know exactly how to exploit that. Because most successful cyberattacks don’t begin with sophisticated hacking.

They begin with a distracted moment. A rushed approval. A fake Microsoft 365 login page. An invoice that looks legitimate. A message that appears to come from a coworker asking for a “quick review.” A vendor requesting updated ACH information. A DocuSign notification sent at exactly the right time — when someone is multitasking and moving too quickly to second-guess it.

That’s the reality of modern phishing attacks and business email compromise (BEC).

Attackers no longer rely on poorly written emails full of spelling mistakes and obvious red flags. Today’s phishing campaigns are polished, personalized, and increasingly generated using AI tools capable of mimicking tone, formatting, and communication styles with alarming accuracy.

In many cases, the attacker doesn’t need to “hack” their way into an organization at all.

They simply convince someone to let them in.

The Most Dangerous Part Happens After the Click

The biggest misconception about phishing attacks is that the click itself is the disaster.

Usually, it isn’t. The real damage begins after credentials are compromised or malicious code executes.

Once attackers gain access to a Microsoft 365 account or endpoint, they often move quietly through the environment looking for ways to expand access, escalate privileges, and identify critical systems.

That can include:

Accessing email histories and internal conversations
Resetting passwords or creating forwarding rules
Moving laterally into additional accounts and systems
Targeting SharePoint, OneDrive, Teams, and cloud data
Identifying backup infrastructure
Deploying ransomware across servers and endpoints
Exfiltrating sensitive business or customer information
Establishing persistence mechanisms for future access

Many ransomware groups now specifically target backup environments first because they understand one simple reality:

If a company cannot recover quickly, it becomes far more likely to pay. And that’s where many organizations discover a painful truth:

They thought they had backups.

What they actually had was untested infrastructure and assumptions.

Backup Does Not Equal Recovery

This is one of the biggest misconceptions in IT today. Having backups does not automatically mean a business can recover from a cyberattack, outage, or disaster.

Recovery depends on:

Backup integrity
Recovery speed
Isolation from ransomware
Recovery testing
Infrastructure dependencies
Authentication availability
Cloud accessibility
Network performance
Documentation and process readiness

We’ve seen organizations discover during an actual outage that:

Backups were corrupted
Retention settings were incorrect
Critical systems were excluded
Recovery times were far longer than expected
Microsoft 365 data wasn’t truly protected
Recovery credentials were inaccessible during the incident

That’s why recovery testing matters just as much as backup creation.

And it’s why businesses are increasingly shifting toward recovery-first strategies instead of simply checking the “backup” box.

Modern Attacks Are Increasingly Identity-Driven

One of the biggest shifts happening in cybersecurity right now is that attackers are focusing less on brute-force technical exploits and more on identity compromise.

Why? Because once attackers successfully authenticate as a trusted user, many traditional security controls become less effective. Compromised identities allow attackers to blend into normal activity.

That’s especially dangerous in cloud-first environments where access to:

Microsoft 365
SaaS applications
VPNs
File-sharing platforms
Remote management systems
Internal communications

…may all tie back to a single compromised account.

In other words:

One employee click can potentially expose a much larger portion of the business than many organizations realize.

Why Summer Can Increase Operational Risk

Summer doesn’t create cyber threats.

But it can create the operational conditions attackers prefer.

Reduced staffing, vacation schedules, delayed approvals, remote access, and fragmented communication all tend to slow response times and increase the likelihood of mistakes slipping through unnoticed.

Incident response also becomes more difficult when:

Key personnel are unavailable
Escalation chains are delayed
Internal communication is slower
IT teams are stretched thin
Vendors and partners are operating on reduced schedules

Cybercriminals understand this.

That’s why major holidays, weekends, and seasonal disruptions are often accompanied by spikes in phishing, ransomware, and fraud attempts.

Recovery-First Cybersecurity Matters More Than Ever

At Invenio IT, we work with organizations that understand cybersecurity is no longer just about keeping threats out.

It’s about operational resilience. Because eventually, every business faces some form of disruption:

Cyberattacks
Ransomware
Human error
Hardware failure
Cloud outages
Accidental deletion
Natural disasters
Vendor-side incidents

The businesses that recover fastest are usually the ones that planned for the possibility ahead of time.

That’s why our focus centers around:

Recovery-first backup and disaster recovery
Ransomware-resilient infrastructure
Microsoft 365 and SaaS protection
Disaster recovery testing and recovery verification
Business continuity planning
Endpoint detection and response
Email security and anti-phishing protection
Fast recovery and virtualization solutions

Because downtime today impacts far more than IT systems. It impacts operations, revenue, customer trust, compliance obligations, and business continuity itself.

Questions Every Business Should Be Asking

As summer begins, this is a good time for organizations to revisit a few uncomfortable — but important — questions:

Are your backups actually recoverable?
How long would it realistically take to restore operations after ransomware?
Could your business continue operating during a prolonged outage?
Are Microsoft 365 accounts properly protected beyond native retention?
Would your team recognize a modern AI-generated phishing attempt?
Has your disaster recovery process ever been fully tested?
Do you know which systems would need to come back online first?
If key employees were unavailable during an incident, would the recovery process still function?

Most businesses assume they are prepared. Far fewer have actually validated it.

Helpful Resources

Final Thought

Cybercriminals don’t need a perfect opportunity. They just need someone distracted for a few seconds.

And increasingly, that’s all it takes for a phishing email to become a business-wide operational event.

The organizations that recover best are rarely the ones that simply hoped their tools would stop everything. They’re the ones that prepared for the possibility that something eventually gets through.

If you’re unsure whether your backup, cybersecurity, or recovery strategy is truly ready for a modern cyberattack, now is a good time to review it.

👉 Schedule a recovery walkthrough with Invenio IT.

Business Continuity in Manufacturing: Best Practices & Backup Solutions for 2026

Tracy Rock — Mon, 18 May 2026 13:26:45 +0000

Maintaining business continuity in manufacturing is critical for preventing a costly halt in production. But unfortunately, not all manufacturers are equipped to prevent every disruption.

From natural disasters to data loss, manufacturers face a wide range of threats that can interrupt operations for hours, days or even months. In this post, we outline some of the key systems and planning strategies that can help these companies avert a major disaster.

Why business continuity in manufacturing is so important

Every manufacturer knows the fear of an unexpected freeze in production. When a product can’t be produced, it can’t be ordered. When it can’t be finished on time, it can’t be delivered on time. When workers can’t do their jobs, productivity and profits go down the tube. These consequences can translate into a major loss of revenue and potentially breach customer agreements in the process.

Increased risks

Production disruptions can derail nearly every other operation within the organization. They can sever customer relationships, hurt the company’s credibility and weigh down the bottom line for years to come. Worst-case scenario: a failure to maintain business continuity in manufacturing can threaten a company’s survival.

🛡️ Ensure Business Continuity Without Gaps

Downtime is costly. Datto backup and disaster recovery solutions keep your business running with rapid recovery, ransomware protection, and compliance-ready backups, so you’re always one step ahead of disruption.

🔒 Explore Datto BCDR Solutions →

Threats to production

One of the most common threats in manufacturing is a breakdown in production equipment. That’s why manufacturers invest heavily in human capital, hiring skilled engineers and other specialists who can rapidly make repairs when needed.

However, manufacturers should be investing just as wisely in protection against other threats that are as destructive:

Cyberattacks and malware: Attacks like ransomware can destroy your data in a matter of minutes, making your critical applications unusable and locking you out of the files that your company runs on.
IT disruptions: Data loss, network outages, server failure, software errors – each of these disruptions can have a severe impact on manufacturing operations, especially if there are no continuity systems in place.
Natural disaster: Severe weather events and other natural disasters pose a major risk to your manufacturing equipment and personnel. If a factory is destroyed, and there’s no backup plan, operations may never resume,
Fire & smoke: Even if a fire is contained, smoke damage can derail your production schedule and cause a health risk to workers. Manufacturers must not only comply with local fire codes to prevent accidents, but also must have a continuity plan that ensures production can continue soon after a disruptive incident.
Flooding: Whether due to a severe weather event or interior damage, such as a pipe break, flooding inside a building can cause costly damage to manufacturing equipment and processes.
Utility outages: An extended power outage or loss of other critical utilities like natural gas can result in lengthy manufacturing interruptions. Having access to redundant systems is essential for manufacturers that cannot afford to wait on utility companies to restore service at their leisure.

Expert Insight — Dale Shulmistra, Invenio IT

“In manufacturing, a common, overlooked vulnerability in business continuity is the disconnect between Information Technology and Operational Technology. While traditional servers might be backed up, legacy controllers, SCADA systems and other systems on the factory floor are frequently overlooked. When building your business continuity plan, conduct a site-wide impact analysis to ensure your recovery time objectives account for every connected endpoint on the production line, not just your core databases.”

A $2.5 billion nightmare

One of the most recent, high-profile manufacturing disruptions was the 2025 cyberattack on British automotive giant Jaguar Land Rover (JLR) – from which the financial fallout was still felt a year later. The attack disrupted the company’s manufacturing, logistics and dealership operations for weeks. Internal IT networks went offline. Global production lines came to a complete standstill (and thousands of workers were told to stay home).

The cascading outage also sidelined thousands of connected companies across the UK. Initial estimates put the financial impact of the attack at about £50 million per week for JLR. By the end of fiscal year in March 2026, JLR’s total annual revenue had dropped nearly 21% to £22.9 billion. A report by Cyber Monitoring Centre (CMC) also revealed that the attack cost the UK economy £1.9 billion (roughly $2.5 billion USD).

Here’s how the impact added up, according to the CMC and government assessments:

£1.9 billion in estimated economic damage across the broader UK supply chain
5,000 supply chain businesses paralyzed by canceled or delayed orders
£1.5 billion in emergency government loan guarantees required to stabilize the vendor network

These are staggering figures, especially considering that the production pause was initially believed to last only a few days. These numbers should alarm every manufacturer, especially smaller companies that don’t have the same financial resources to survive such an outage.

Recent ransomware attacks in manufacturing

Over the last few years, ransomware in the manufacturing sector has been rampant. Boeing, Nissan, Mondelez, Renault and Merck are just a few of the big-name producers that have been derailed by infections.

Consider these recent statistics:

In a 2025 survey, 40% of manufacturing and production organizations said their data was encrypted in a ransomware attack, according to figures from Sophos.
Ransomware has cost the manufacturing sector $17 billion in downtime from 2018 to 2024, according to Comparitech.
In the first quarter of 2025, ransomware attacks surged 46% across manufacturing and industrial sectors, according to Honeywell.

Vulnerabilities in manufacturing

Hackers typically target manufacturers because they know these companies will often pay higher ransom demands if their production is halted. But that’s only part of it. Experts say that manufacturing companies also tend to be more vulnerable to attack, due to the use of outdated software and unpatched operating systems. Hackers then take advantage of these flaws (or use deceptive attacks like phishing emails) to infiltrate the company’s network – which is why manufacturers are urged to use robust threat-detection solutions like RocketCyber MDR (see RocketCyber pricing).

Despite the fact that some subsets of manufacturing, such as pharmaceuticals, are highly regulated by federal laws, the industry does not face the kind of strict business continuity regulation as sectors like healthcare do.

Manufacturing-Focused Example Scenario: A ransomware attack encrypts production scheduling systems and shared engineering files, forcing a manufacturing facility to pause operations while systems are restored.

Without rapid recovery, production delays lead to missed delivery deadlines, overtime costs, and strained customer relationships.

Manufacturing disaster recovery plan template example

A disaster recovery plan (DRP) is a comprehensive document that outlines an organization’s protocols for responding to an operational disruption. A DRP is sometimes also referred to as a business continuity plan (BCP), although the two documents are actually a bit different. (Disaster recovery is a subset of business continuity and is often focused specifically on IT-related disasters.)

Every manufacturing company—and indeed all organizations, regardless of industry—should have both a BCP and a DRP to ensure their organization is prepared for every possible disaster.

While every company is unique, a basic manufacturing disaster recovery plan template should include the following sections:

Plan objectives	Overview of what the DRP aims to achieve and which operations it covers. Stating the plan’s objectives makes it clearer what the plan aims to achieve: its scopes and limitations. For example, if the DRP is focused solely on IT operations and not the entire business, this should be defined.
Disaster recovery teams	List of personnel who are responsible for activating the plan and overseeing the recovery. Include the contact information of your primary disaster recovery teams. Leave no doubt about who will be managing the plan and managing recovery efforts when the plan is activated.
Risk assessment	Analysis of the most likely threats to IT or the organization as a whole (as relevant to the plan objectives). This assessment is critical to understanding the many different scenarios in which your manufacturing operations can be disrupted. See the “threats to production” section above for common risks, although those are just a few examples of business continuity disruptions in manufacturing.
Business impact analysis	How each of those threats would disrupt operations. This section should include detailed estimates on the projected length of an outage, cost, impact on other critical processes and so on. Each threat listed in the risk assessment should be evaluated for its impact on the business.
Recovery protocols	Specific steps that should follow each type of disruption in order to resume business. Provide clear, step-by-step procedures for recovering from the various threats outlined in the risk assessment. When applicable, consider using visual graphics, such as flowcharts, for added clarity.
Continuity deployments	A list of current systems and processes that help to maintain continuity if/when those disruptions occur. This can include the manufacturer’s data backup systems, antimalware systems, network solutions and so on. Identifying these deployments helps to identify any gaps in the planning that will need to be resolved.
Contingencies	Backup plans, assets, equipment and locations that can be used to continue operations if primary resources are unavailable. Aside from data backups, manufacturing companies must have dependable failsafes for restoring their operations if/when primary resources are disrupted. For example, if the primary production line is destroyed, a secondary site should be able to be activated.
Communication	How disaster recovery teams will communicate with each other, with stakeholders and with all other personnel to keep them updated on operational status. Include the devices and communications that should be used by your recovery teams, as well as resources such as company intranets/sites, SMS systems or call-in lines that will be used to reach employees during a major disaster.
Plan evaluation	A schedule for how often the plan should be reviewed and updated. Disaster recovery plans can quickly become outdated. Systems are replaced; employees exit the company, roles change; new threats emerge and so on. Provide a clear timetable for evaluating and updating the plan (and by whom).

Tip: Disaster recovery plans are sometimes included within the more comprehensive business continuity plan. If you’re developing a BCP, check out our business continuity plan template.

A lack of redundancy

Creating operational redundancy is one of the best things manufacturers can do to ensure continuity after a disruption.

If equipment fails, there should be a backup (or parts readily available for quick repair).
If critical data is lost, there should be a backup.
If employees go on strike, there should be others who are already trained and can quickly fill in their shoes.
If an entire facility is destroyed, there should be another location ready to go.

Understandably, small manufacturers won’t have the resources for Redundant Everything. However, they should still have a plan.

Anticipating a potential disaster, and knowing how to adequately respond, is the best thing a company can do to avert a prolonged disruption (which is why a thorough risk assessment and impact analysis are so important).

For example: a small manufacturer might not be able to afford secondary production equipment that just sits around in case of a disaster. However, they should absolutely have a plan for repairing such equipment, or quickly acquiring new equipment, or leasing some through a third-party facility if needed. There must be a plan for how the business will keep running.

The need for better data backups in manufacturing

We’ve mentioned how ransomware and other forms of data loss can threaten manufacturers. Whether it’s customer records, inventory data, order information or the software that keeps everything running, a sudden loss of this vital data can bring operations screeching to a halt.

Even with robust cybersecurity, having backups is essential. But also, it matters how that data is backed up and how dependable it is when you need it most. Too many manufacturing companies are relying on outdated backup technologies that are prone to failure during recovery and also vulnerable to threats like ransomware.

For stronger data protection, companies should be deploying advanced disaster recovery systems that provide:

Higher backup frequency: The ability to perform backups more often (every few minutes, if necessary), so that data loss is minimized when you need to roll back to the last recovery point.
Faster access to data: The ability to instantly recover lost files or even whole servers via virtualized backups or other recovery methods. With virtualization, you don’t need to wait for a full restore to start using your critical applications again – you can spin up a machine in seconds.
More resilient backups: Dependable backups that don’t fail during recovery and are protected by automated checks that validate the integrity of the data. For example, Datto backup solutions use image-based backups that capture a complete picture of a protected server at every backup, without being dependent on previous backups.
Hybrid cloud protection: Backups stored locally and in the cloud to create redundancy in case on-premise infrastructure is destroyed.
Built-in ransomware detection: An added layer of ransomware protection built into the backup system, a la the Datto SIRIS and ALTO, which automatically scan each backup for signs of an infection.
SaaS data protection: As more manufacturers leverage SaaS applications to support their operations, protecting this cloud data has become just as important. Using tools like Datto SaaS protection to back up data in Microsoft 365 and Google Workspace is critical.

Now more than ever, manufacturers depend on data to keep production moving. A failure to adequately protect that data is just as risky as failing to safeguard any other aspect of your operations.

Without proper planning, combined with detailed protocols and dependable BC/DR technologies, producers leave their companies at risk of a catastrophic break in continuity. (For stronger BC/DR, request Datto SIRIS pricing for your organization.)

Best backup solutions for manufacturing firms

There is no one-size-fits-all approach to business continuity in manufacturing. The factory floor of a 500-person aerospace parts manufacturer has vastly different IT requirements than a 15-person local fabrication shop.

Because manufacturing environments often deal with a mix of modern cloud applications, resource-heavy CAD/engineering workstations and legacy production control servers, your backup strategy needs to match your infrastructure. Here is a look at four different approaches using top-tier solutions from the Datto/Kaseya ecosystem:

Comparing BC/DR Approaches – A Quick Overview

Solution	Starting Price	Deployment	Best Fit
Datto SIRIS	$1,095	On-site Appliance + Datto Cloud*	Core servers, critical production
Datto ALTO	$0 with 1-yr term	On-site Appliance + Datto Cloud	Smaller environments
Datto Endpoint Backup	$2.99 per endpoint	Cloud only	Distributed endpoints
Unitrends	$995	On-site appliance + optional public/private cloud*	Balanced backup/DR needs

*Datto SIRIS and Unitrends can also be deployed as virtual appliances, allowing backup and recovery infrastructure to run in VMware, Hyper-V or cloud-hosted virtual environments instead of dedicated physical hardware.

1. Datto SIRIS (The All-in-One Powerhouse)

Datto SIRIS is a robust, image-based Business Continuity and Disaster Recovery (BCDR) appliance. It takes frequent snapshots of your entire server environment and stores them locally and in the Datto Cloud. Its biggest advantage for manufacturers is “instant virtualization”—if a primary server fails, you can spin up a virtual replica directly on the SIRIS appliance (or in the cloud) in minutes, keeping the production line moving while the original hardware is repaired.

Starting Price Range: Hardware appliances generally start around $1,000–$1,500, with monthly cloud service fees starting around $150–$300/month (scaling with your data storage and retention needs).
Tradeoffs: It typically requires a higher upfront investment for the physical appliance (and for the advantage of being a tightly integrated all-in-one solution).
Who it’s for: Small, medium or large manufacturers who cannot afford to lose a core server (like an ERP or inventory management system) for more than an hour.
Who it’s not for: Highly decentralized teams without a central office or server room, or extremely budget-constrained micro-businesses.

For more information, request Datto SIRIS pricing for your organization.

2. Datto ALTO (The Small Business Entry Point)

Datto ALTO provides the same image-based, enterprise-grade data protection as SIRIS but is scaled down for smaller operations. Instead of virtualizing downed servers locally on the device itself, ALTO relies on hybrid virtualization (using another machine on your local network) or spinning up the server in the Datto Cloud.

Starting Price Range: The hardware is often provided for free (or at a very low cost) with a time-based service commitment. Monthly cloud service fees generally start between $80–$150/month.
Tradeoffs: Because it lacks the heavy computing power to virtualize a server locally on the box, recovering a failed system can take longer than it does with SIRIS, especially if you have to rely on cloud virtualization over a standard internet connection.
Who it’s for: Smaller machine shops, local fabricators or branch locations with a limited IT budget and a small data footprint (typically under 2TB).
Who it’s not for: Facilities that require instant, local recovery to prevent massive production bottlenecks, or businesses managing massive CAD file repositories.

For more information, request Datto ALTO pricing for your organization.

3. Datto Endpoint Backup (The Direct-to-Cloud Solution)

Not all critical manufacturing data lives on a server. Sales directors travel with sensitive client contracts, and field engineers often have localized schematics stored on their laptops. Datto Endpoint Backup is a software-only solution that backs up Windows and Mac PCs directly to the Datto Cloud, no matter where the device is located.

Starting Price Range: Typically about $3-$5 per device, per month.
Tradeoffs: This is strictly for individual workstations, laptops and servers that are not protected by other backup solutions. It also does not offer instant virtualization; recovery involves downloading files or performing a bare-metal restore to a new PC.
Who it’s for: Manufacturing sales teams, traveling executives, and field engineers who frequently work off-network but carry critical company data.
Who it’s not for: Protecting the central factory floor control systems, shared network drives, or core business servers.

For more information, request Datto Endpoint Backup pricing for your organization.

4. Unitrends Enterprise BCDR (The Complex Environment Specialist)

Manufacturing IT environments are notorious for being a patchwork of old and new technologies. Unitrends excels in heterogeneous environments, offering deep integration with over 250 operating systems, applications, and hypervisors. Whether you have modern VMware setups running alongside legacy physical Windows servers or specialized Linux-based production controllers, Unitrends can unify the backup process into a single pane of glass.

Starting Price Range: Entry-level physical appliances typically start around $1,500–$2,000+, alongside varying software and cloud storage subscription tiers.
Tradeoffs: It features a steeper learning curve than Datto SIRIS and can be more complex to deploy initially.
Who it’s for: Manufacturers with complex, legacy or highly diverse IT infrastructure that includes multiple operating systems and non-standard servers.
Who it’s not for: Smaller operations with a very standard, simple, Windows-only IT footprint where Unitrends’ advanced capabilities would be overkill.

For more information, request Unitrends pricing for your organization.

The case for cyber insurance in manufacturing

Even with backups, manufacturers need to be prepared for the risk of costly cyberattacks such as ransomware. As such, cyber insurance has become an increasingly common layer of protection for manufacturing companies (and other sectors) to recoup losses that do occur. This is especially critical for smaller manufacturers that do not have the financial resources to withstand an extended outage or large-scale data loss.

Sonit Jain, CEO of GajShield Infotech, writes for CXO Outlook: “Cyber insurance is needed for the following liability coverage in case a cyber-attack hits a manufacturing company’s business architecture, [including] first-party liabilities such as credit monitoring, identity theft, procurement data restoration, contact centre set up, direct ransomware attacks and similar others.” Additionally, he writes, insurance can provide coverage for the costs of lawsuits, regulatory investigations and electronic and social media liability.

Business continuity plan example for manufacturing companies

Manufacturing businesses face unique continuity challenges. Production downtime, supply chain disruptions, equipment failures, and cyber incidents can halt operations, delay shipments, and create costly ripple effects across customers and vendors.

A manufacturing business continuity plan must account for both IT systems and operational technology to keep production moving during disruption.

Throughout this post, we’ve highlighted some of the core components of a business continuity plan for manufacturers. But if you’re developing a BCP for the first time, then it may help to have a high-level overview of what you’ll need to create the plan. Here is a checklist of basic questions you can use to get started:

Who will create the BCP? Which individual(s) will manage it over time? Will they have access to different department heads to gather the information they need to develop the plan?
What is the objective of the BCP? Is it focused on a single aspect of operations or the entire company?
How often will the plan be reviewed? When should it be updated?
What are the risks? Which threats pose a risk to production or critical business operations?
What is the impact of those threats? What do those events actually look like? What will they cost? What reverberations will they have on other aspects of the business?
How can they be prevented? What systems or strategies can prevent these disruptions from occurring in the first place?
What is the best response? When disruptions occur, how can the impact be mitigated? Which steps can shorten the duration?
How can the business recover? What are the procedures for disaster recovery? Which systems should be leveraged? What contingencies are needed?

What a Manufacturing Business Continuity Plan Should Address

Access to production and scheduling systems
Protection of engineering and design files
Recovery timelines for ERP and MES platforms
Communication with suppliers and customers
Backup access to critical operational data

Related reading:

Frequently asked questions (FAQ)

1. Why is a business continuity plan so important for manufacturing companies?

Manufacturing companies rely on continuous operations to meet production targets and satisfy customer demands. A BCP ensures that, in the event of a disruption, essential operations can continue or be quickly restored, minimizing downtime, financial loss and potential damage to brand reputation.

2. What are the 3 main areas business continuity focuses on?

Business continuity has three main goals: 1) identifying risk, 2) preparing for disaster, 3) restoring operations after a disruption. Together, these three main areas of focus help an organization to understand the threats to its operations and ensure that it can continue operating.

In manufacturing, business continuity planning is critical for preventing disruptions to production and responding swiftly to any event that disrupts manufacturing processes.

3. What are examples of business continuity?

Business continuity refers to any situation in which a business has implemented systems, failsafes or procedures for maintaining operations after a disruption. In manufacturing, some examples include:

Restoring data backups after data loss
Using backup generators during utility outages
Making quick repairs to restore damaged production lines
Activating secondary manufacturing sites
Rapid hiring initiatives during a worker strike

4. What is BCP in manufacturing?

In manufacturing, BCP stands for business continuity plan, which is a planning document that identifies the systems and procedures for maintaining operations during a disruptive event. A typical BCP includes detailed risk assessments, impact analyses and protocols for disaster prevention, mitigation and recovery.

5. What are the key components of a business continuity plan for manufacturing?

A BCP for manufacturing typically includes:

Risk assessment and impact analysis
Response strategies for different types of disruptions (e.g., fire, flood, cyberattack)
Recovery strategies for critical operations
Communication plans for employees, suppliers and customers
Roles and responsibilities of key personnel during a disruption
Testing and training procedures to ensure preparedness

6. What is an example of a manufacturing-specific disruption that a business continuity plan should cover?

A common example would be a supply chain interruption, where key raw materials or components are not available due to vendor issues. A BCP would include strategies to find alternative suppliers or adjust production schedules to mitigate the impact on operations.

7. How does a business continuity plan address equipment breakdowns in manufacturing?

A manufacturing BCP would include preventive maintenance schedules to reduce the risk of equipment failure. It would also outline steps to quickly repair or replace critical machinery and maintain production by using backup equipment or outsourcing specific production tasks.

8. What role does IT play in a manufacturing BCP?

IT is crucial in modern manufacturing operations. A BCP would include data backup strategies, disaster recovery plans and cybersecurity measures to ensure that critical IT systems can be restored and protected from breaches, ensuring production continues with minimal interruption.

9. How often should a manufacturing company update its BCP?

A BCP should be reviewed and updated regularly—at least annually or after any significant changes in the business, such as new equipment, updated technology or major organizational shifts. Additionally, the plan should be tested regularly to ensure its effectiveness.

10. What are the potential costs of not having a BCP for a manufacturing company?

Without a BCP, a manufacturing company could face significant financial losses due to extended downtime, lost production, contract penalties, customer dissatisfaction and possible regulatory fines. In the long term, it could also damage the company’s reputation and lead to loss of business.

11. Can a BCP help with compliance and regulatory requirements in manufacturing?

Yes, many regulatory bodies require companies, including manufacturers, to have BCPs in place to ensure that they can continue operations in the event of disruptions. A well-developed BCP can help a company meet compliance standards, avoid penalties and reduce risks associated with regulatory audits.

12. What is the biggest business continuity risk for manufacturing companies?

Downtime is the biggest risk. Even short outages can halt production, delay shipments, and create cascading supply chain issues.

13. How does backup and recovery support manufacturing continuity?

Backup and recovery ensure critical production data, scheduling systems, and files can be restored quickly after disruptions, minimizing downtime and operational impact.

Conclusion

A failure to maintain business continuity in manufacturing can be disastrous. Regardless of the source of the disruption—ransomware, equipment malfunction, utility outage or some other threat—manufacturers stand to lose millions when production lines are halted. As such, companies must take business continuity planning seriously.

Manufacturers can significantly curb the risk of operational downtime by implementing sound disaster recovery procedures and IT systems such as data backup. So when disaster strikes, companies can keep their doors open and keep production moving.

Learn more about data backup for manufacturing

Get more information on disaster recovery solutions that can protect your manufacturing operations from data loss and operational downtime. Set up a call with one of our data protection specialists here at Invenio IT or contact us for more information. Call us at (646) 395-1170 or email success@invenioIT.com.

The Real Top 7 Causes of Data Loss and How to Combat Them

Tracy Rock — Tue, 12 May 2026 10:13:41 +0000

Most businesses don’t lose data because of a Hollywood-style cyberattack.

Data loss is often caused by everyday operational failures — hardware issues, accidental deletion, ransomware, cloud sync problems, and human error.

The real risk isn’t just losing files. It’s downtime, recovery delays, compliance exposure, and operational disruption.

Below are the most common causes of business data loss — along with ways organizations can reduce risk and improve recovery readiness.

1. Human error
2. Power failure and natural disasters
3. Hardware failure
4. Ransomware and other malware
5. Software failure
6. Migration errors
7. Malicious deletion

🛡️ Ensure Business Continuity Without Gaps

🔒 Explore Datto BCDR Solutions →

1) Human Error Is One of the Leading Causes of Data Loss

Human error is one of the most common causes of data loss today. At larger organizations, data is accidentally deleted on a near-daily basis. This can include deleted emails, spreadsheets, SaaS data loss or even entire folders that are inadvertently dragged into the Recycle Bin.

Sometimes employees are immediately aware of their mistakes. But sometimes they don’t realize it until days or weeks later. In either case, that data is often gone forever unless you have a dependable backup system in place.

Roughly 75% of data loss is caused by human error according to the IT Policy Compliance Group 2025 report.

Keep in mind, data loss can be caused by numerous types of mistakes beyond accidental deletion, such as misconfigured servers, infrastructure mismanagement and deception from social engineering attacks like phishing emails.

How to prevent data loss from human error:

For faster recoveries, with fewer hiccups, choose a data backup system that allows you to quickly recover individual files and folders, in addition to larger datasets, from a recovery point.
Smart backup software can help to identify lost data. Backup solutions like Datto SIRIS, for example, feature a web-based interface called Backup Insights, which makes it easy to quickly identify files that have been modified, created or deleted between any two backup points. Files can be rapidly recovered even when the file names and the deletion dates are unknown. (Request Datto SIRIS 5 pricing here.)
Limit user access to only the files and folders they need. This can reduce the risk of accidental deletion in unauthorized folders. Plus, it can limit the spread of malware across a network, as we discuss further below.

2) Data loss from power failure and natural disasters

Power outages, surges and other electrical fluctuations are among the leading causes of impactful data loss, especially when they affect data centers, according to Uptime Institute’s 2025 Outage Analysis.

Power failure is often caused by severe weather, and a changing climate could make things a lot worse in the years ahead.

Consider this …

Several of the worst California wildfires in history occurred within the last few years. (Reuters)
Some of the most extreme Atlantic hurricane seasons in U.S. history have occurred within the last 15 years. The 2020 season was the most active on record. (Washington Post)
Tornadoes, which once rarely occurred outside the Midwest, are on the East Coast, hitting places like New York City and Massachusetts.
Rising global temperatures will not only cause more intense heat waves, but also more extreme snowstorms in certain parts of the U.S., due to a weaker, less stable jet stream.

But let’s take climate change out of the picture for a minute. Even then, natural disasters remain one of the top causes of data loss for businesses. Fire and flooding are especially common at office buildings around the world.

40 to 60% of small businesses never reopen their doors after a disaster, according to FEMA – so the stakes are high.

Natural disasters clearly pose a safety risk to your staff and your office structures. But also, they pose a major risk to IT infrastructure. If your servers are flooded, destroyed by fire or unexpectedly shut off by a power outage, your business-critical data could be destroyed. And when you have no other backups available, your business may not be able to recover.

How to prevent data loss from power failure and natural disaster:

Make sure your data is backed up to the cloud, in addition to your on-site systems. This ensures that your data can always be recovered, even if your on-site backups can’t.
Protect your on-site infrastructure with the latest fire suppression and flood prevention. Even flood sensors, which alert you to the presence of water in your server room, can greatly reduce the impact of a flooding event.
Limit downtime even further by deploying a BCDR platform that lets you virtualize your data in the cloud. Datto’s Instant Virtualization capabilities, for example, let you boot your backup as a virtual machine in seconds, from anywhere. This gives you the quickest access to your data, as well as the applications that run your business, even if your on-site infrastructure has been destroyed.
Even a brief power outage can cause a lack of access to data and costly downtime. You can defend against this common scenario by installing backup generators on the premises.

You’ll never be able to stop Mother Nature. But with the right preparation, you can ensure your data survives even the worst natural disasters.

3) Hardware Failure and Server Issues

When technology breaks, your data is put at risk. Hardware damage and system malfunction are among the top causes of data loss. It happens every day at businesses of all sizes, all over the globe. At best, your tech fails and the data in transit is lost forever. At worst, entire drives of data stop working.

Numerous kinds of IT malfunction can cause trouble for your data. Here are just a few:

Hard drive failure
Operating system crashes
Software errors and crashes (more on this below)
Network hardware failure
Physical damage to hardware

Let’s focus on the hard drive failure for a minute. After all, your hard drives are where your data lives. So when the drive fails, your critical files can be corrupted and unrecoverable. The problem is: all hard drives have a shelf life. They all fail eventually. Like all mechanical parts, the spinning disks and moving parts inside a traditional hard drive eventually slow down or break.

One study found that as much as 50% of hard drives fail every five years. Factor in the risks of network hardware failure and other damage, and you’ve got a wide array of potential data loss accidents just waiting to happen, any day of the week.

How to prevent data loss from hardware failure:

If you can’t afford to lose any data, then deploy a BCDR solution that allows for a more frequent backup schedule. This will allow you to set an aggressive Recovery Point Objective (RPO), so that your data loss after a hardware malfunction is minimal.
Datto uses Inverse Chain Technology, which allows for backups up to every 5 minutes, while also eliminating the most commonly occurring problems in traditional backup chains.
Be aware of your hardware lifespan. Set schedules for upgrading various components every few years (based on manufacturer recommendations) to prevent unexpected failures.

4) Data loss from ransomware, viruses and other malware

Malware is one of the most common causes of data loss – and since these threats are constantly evolving, businesses need to deploy every safeguard possible.

Every day, your anti-malware systems are blocking malicious viruses, bad websites, suspicious attachments, bad IP addresses, hijackers, worms, adware and more. But tomorrow, those threats will be back. And there will be new ones too: new strains of malware that your anti-virus systems don’t even know about.

Consider ransomware – a threat that wasn’t even on most companies’ radar just a decade ago. Ransomware has quickly become one of the biggest data killers today, costing small businesses billions of dollars a year in downtime alone. On average, roughly 10 attacks are attempted against businesses every second of the day. When successful, these attacks lock businesses out of their data and bring operations to a screeching halt.

But while ransomware is getting all the attention these days, other forms of malware remain just as dangerous.

Fileless attacks (which leverage legitimate functions within software to launch an attack, rather than relying on file downloads) increased by 1,400% in 2022, according to research by Aqua Nautilus.
Mobile malware has increased by 52% in recent years, infecting data on the handheld devices that are increasingly used on business networks.
In one survey conducted by a leading data backup technology provider, 29% of respondents said their top causes of data loss were malware and viruses.

Not all malware targets your data with the same ferocity as ransomware. But all it takes is one virus to compromise some of your business-critical files or create instability in your software and operating systems, leading to catastrophic data loss.

How to prevent data loss from ransomware, viruses and other malware:

Use business-grade anti-virus and anti-malware protection and make sure it updates automatically, every day.
Consider BCDR technology with built-in malware protection. For example, Datto’s backup systems automatically detect the signs of a ransomware infection, quickly alerting administrators to roll back to a clean recovery point. Protection like this can vastly reduce the scale and spread of a ransomware attack.

5) Data loss from software failure

Globally, software malfunction consistently ranks among the top 5 causes of business downtime and data loss, according to the by LogicMonitor.

When software fails, users lose any unsaved work, resulting in significant productivity losses. But that’s only the beginning. Similar to hardware failure, a sudden application crash can also cause large swaths of data to become corrupted and unretrievable. That loss alone can be extremely costly (especially if there’s no backup). But in some cases, the software will need to be completely reinstalled, hampering productivity even further.

One of the worst aspects of software failure is its unpredictability. You don’t know when it’s going to happen, and afterward it may not be clear why it happened. However, there are some steps you can take to prevent data loss when it occurs:

How to prevent data loss from software failure:

Patch your software and O/S frequently by installing the latest updates as soon as they become available. This can greatly reduce the bugs and system errors that lead to data loss.
Make sure your data backups protect all your application data. If your applications store data locally on unprotected endpoint machines or outside the network, then this is a recipe for disaster if software failure occurs.
Only use software from trusted developers. If you’re using custom applications that were developed in-house or by third parties, and the software is constantly crashing, then it’s time to reevaluate your options. Stick to software from established, well-known developers, unless your needs absolutely warrant a custom deployment.
Be careful with integrations. One of the most common causes of data loss from software failure is faulty integrations. Before adding third-party tools or leveraging API capabilities, make sure the software is safe to integrate.

6) Data loss from migration errors

This one often falls under the category of human error, but not always. Regardless of the cause, a lot can go wrong when large amounts of data are being moved and updated. And when those errors occur, data is often lost.

Most commonly, data is overwritten. The reason for this can be as simple as misnaming a destination folder (which is why migration problems are typically caused by human error). Other times, it may not be so clear what caused the problem or where it went. Botched migrations can destroy data in a number of ways, including corruption from faulty configurations and unexplained deletions.

Why migrate in the first place? Often this is necessary when deploying new software or hardware, or when you’re implementing new folder hierarchy (such as for security, efficiency or other reasons). System upgrades, data consolidations and application integrations are also common reasons for migration.

So, how do you prevent data loss from migration errors? With a lot of the same safeguards that we’ve already covered above …

How to prevent data loss from migration errors:

Always back up your data before migration, especially if you’ll be moving large amounts of data. This should be a new, one-time backup that is outside of your regular backup schedule.
Ask before you integrate. If you’re integrating a new application or tool, make sure the integration is safe before you touch any data. For example, if you’re adding a new third-party application, confirm whether it’s fully compatible with your existing systems or has known issues.
Review configurations carefully. Remember that migration problems are commonly caused by mistakes during the configuration stage. Review all settings carefully and if you’re not sure about something, reach out to the vendor or another IT professional.

7) Data loss from malicious deletion

Nobody likes to believe their coworkers would purposefully sabotage company data, but it happens surprisingly often. In a survey conducted by Aberdeen Group, 7% of companies reported they had lost data due to malicious deletion by their own employees or contracts.

These incidents are sometimes shocking enough to make headlines, as was the case in 2016 when an IT administrator was charged with a felony for intentionally deleting 615 backup files before leaving his job at a software firm. More recently, a Singapore man was fined S$5,000 for maliciously deleting files from his employer’s Google Drive account. The reason he did it? Because he’d been fired.

Employee firings are often the impetus for malicious file deletion. Regardless of where the blame lay for the termination, if an employee believes they have been slighted by the company, they may try to get payback in the last moments before their exit.

That’s where termination policies can play an important role in preventing this type of data loss …

How to prevent data loss from malicious deletion:

Practice the rule of “least privilege.” This is the idea that each user should only have access to the files/folders they need to perform their jobs. So if any malicious deletion occurs, it will be limited to those folders.
Coordinate terminations with IT. Don’t give terminated employees the time to commit misconduct before they exit the company. Terminated employees should immediately lose access to data and systems, ideally at the same time that their termination is announced.
Use stronger backup technology to detect when sudden large-scale deletions or file changes are occurring, such as with Datto’s Rapid Rollback. This allows you to quickly restore only the affected files, without having to reimage the entire machine.

Quiz: Which of these is not a potential cause of data loss?

Here’s a pop quiz to test what you’ve learned: Which of these is not a potential cause of data loss?

Server failure
Network firewall
Database migration
Utility outage

The answer is: network firewall.

Explanation: A firewall helps to block malicious traffic on a network, but it is typically not a direct cause of data loss. A variety of network problems can and do lead to data being lost. For example, a network outage might cause employees to lose unsaved work. Also, a lack of network security will allow external threats to infiltrate a network and compromise company data. The firewall helps to prevent such threats and is therefore not a common cause of lost data.

Data loss prevention

The most important strategy for preventing data loss is routinely backing up your data. This ensures that your business has a failsafe and can recover any files that have been lost, regardless of the cause. Strong access control policies and employee training can also help to significantly minimize data loss from human error and cybersecurity incidents. For larger businesses, data loss prevention (DLP) software can also be a valuable tool for preventing data breaches and exfiltration.

Working with a trusted NYC IT Services agency, like Invenio IT can ensure you have the right tools and policies in place—from backup solutions to disaster recovery protocols.

Frequently Asked Questions

1. What is the most common cause of data loss?

Human error is the most common cause of data loss. Common examples include accidental file deletion, overwriting data or security lapses, such as users responding to phishing or spam emails that contain malware like ransomware.

2. What are the four common causes of data breaches?

Four common causes of data breaches are compromised credentials, phishing attacks, IT failure and human error, according to a 2024 report by IBM.

3. What’s the difference between data loss and data breaches?

Data loss refers to the destruction or deletion of files, whereas data breaches are incidents in which private or sensitive company data has been accessed or shared with unauthorized parties.

Conclusion

Today’s top causes of data loss—like human error and hardware failure—are massively disruptive and costly for businesses. But they are also preventable. Companies must implement a robust business continuity and disaster recovery strategy, supported by dependable data backup technology, to ensure they can rapidly restore their files and systems after any data-loss event.

Protect your business from the top causes of data loss

Get more information on how your business can prevent data loss with smarter backup and disaster recovery solutions from Datto, as well as other cybersecurity solutions that safeguard your network. Schedule a call with one of our data-protection specialists at Invenio IT or contact us by calling (646) 395-1170 or by emailing success@invenioIT.com.

Datto Backup Frequently Asked Questions (Updated for 2026)

Dale Shulmistra — Mon, 11 May 2026 10:34:25 +0000

Datto Backup FAQs

What is Datto? How does it protect your data? Our Datto FAQ has the answers.

If you’re comparing BCDR solutions, it’s important to evaluate each option carefully to ensure you choose the right fit for your needs. We’ve put together some of the most frequently asked questions about Datto backup to help you make an informed decision.

If you have a question you don’t see here, feel free to give us a call at (646) 395-1170.

What is Datto?

Datto is a leading provider of data backup and disaster recovery solutions. The company’s flagship product is the Datto SIRIS, which is an all-in-one solution that unifies backup and recovery in a single, integrated stack.

Founded in 2007, Datto is headquartered in Norwalk, Connecticut, and has satellite offices located around the globe. As of 2024, the company had about 2,000 employees worldwide.

How does Datto backup work?

Datto backs up your data on a dedicated, on-site Datto device and replicates it to the Datto Cloud. A Datto backup can be restored locally or in the cloud using a variety of recovery methods, including instant virtualization.

The Datto backup process is powered by Datto Inverse Chain technology, which stores each recovery point in an independent, fully constructed state. This removes the reliance on previous backups and eliminates the need for chain rebuilds.

What are the benefits of Datto backup solutions?

One of the main benefits of Datto backups is that they are fully integrated, all-in-one systems. They combine a dedicated on-site backup device with replication in Datto’s immutable cloud, and the ability to recover data instantly from either source with virtualization and numerous other restore methods.

This is unique from other BC/DR solutions which often require configuring third-party clouds and other disparate components to achieve continuity. With Datto, everything is seamlessly unified in one stack, which has several advantages:

More resilient backups
No messy configurations
Faster deployment
Easier management
Greater control over the entire backup & recovery process

Datto’s solutions are also known for several other benefits, including: backup speed and frequency, reliability of backups, built-in ransomware detection, instant virtualization and smart recovery options like Rapid Rollback.

How is Datto different from other backup solutions?

Datto is unique from other BCDR solutions in the way it creates, stores and secures backups. Datto uses its exclusive Inverse Chain Technology, which eliminates the traditional backup chain by storing each recovery point in an independent, fully constructed state. Backups are stored on a local Datto device and replicated to the Datto cloud.

Datto is also unique in that it is a “channel-only” vendor, meaning that its products are only available through a select group of managed-service providers, such as Invenio IT.

What is a Datto Server?

The term “Datto server” is sometimes used to casually describe a “Datto appliance,” though the latter is the technically accurate term. Datto uses a dedicated device, or appliance, to back up servers locally and replicate those backups to the Datto cloud for added protection. This is a private, immutable cloud that is comprised of secure Datto servers that are purpose-built for backup and recovery.

How does Datto’s warranty policy work?

Every Datto device comes with a minimum 3-year warranty, and the Datto SIRIS 5 has a 5-year warranty. Datto devices are fully covered as long as the service is active and is being paid. You do have the option to purchase an extended warranty. After the warranty expires, Datto will continue to support the device and host the data off-site as long as the service continues to be paid, but the device will no longer be covered by warranty. If the device were to fail, you can purchase a new device and Datto can pre-load your data at no charge.

In the event of a disaster and the Datto device is damaged, what happens next?

In the event of a disaster, we will virtualize all of your servers in Datto’s datacenter, and your business will continue with minimum interruption. Datto will send a brand new device with all data and configurations in place at no charge — for all devices currently under service.

In the event of a failure, how fast does Datto ship a new drive or device?

A new drive or device ships same business day or next business day, depending on shipping limitations.

What happens if I stop paying for service?

If you stop paying the service fee, Datto will no longer support the device. We will not provide technical support, and the warranty is void. All data will be removed from our off-site data storage facilities after 30 days of non-payment. Devices will still function as a local NAS.

What kind of security is in place at Datto’s data centers?

Datto’s data centers utilize Security Access and Control Systems (SACS) that use global biometric authentication access methodology to track all authenticated data center employees and prohibit the entry of any unauthorized personnel. Datto data centers are staffed 24/7, in addition to off-site Critical Facilities Management Teams that report and record all access and alarm information to ensure the most comprehensive security possible. This translates to completely secure data centers.

What kind of encryption do Datto backups use?

Each Datto device uses advanced encryption technology to keep data secure. During both transmit and cloud storage, all data is fully encrypted using AES 256 and SSL key-based encryption. You have the option to encrypt backups locally with the Datto SIRIS. AES 256 is certified by the NSA as the encryption used for all Top Secret government data. Datto employees cannot view data.

Where does Datto storage occur?

Datto stores data locally on a designated backup device (SIRIS or ALTO) and in Datto’s private cloud. This enables organizations to restore data from either source based on the circumstances of the data-loss incident. Data in the Datto Cloud is stored in two geographically diverse data centers as an added failsafe.

Do you have any information about Datto’s data centers?

Yes, all Datto backups are stored in private data centers, which are purpose-built to maintain backup integrity and security. You can find out more information about Datto’s data centers and Datto storage policies here.

Do you have any information on Datto’s Support Level Agreement (SLA)?

Yes, you can find Datto’s Technical Support Service Level Agreement here.

If I outgrow my Datto device, can I upgrade to a larger device?

Yes, if you do outgrow the storage capacity of your Datto device, you can upgrade your device to a larger unit if your device is currently under service. Depending on the make and model, the upgrade will either be an onsite upgrade, or require a new device if it’s in a different product class (i.e., Professional vs. Enterprise). Please contact us for more information.

How much does Datto cost?

Several variables affect the cost of deploying Datto, including the size of the backup device, the number of systems that it protects and how it’s deployed. Pricing will vary by provider, but typically businesses will pay for the initial installation and then a monthly fee for storage and service.

Datto is sold exclusively through a network of managed service providers (MSPs). With some deployments, businesses will have the option of paying for service monthly or prepaying a few years in advance with cost savings. The best way to get a quote for your specific needs is to request Datto pricing.

Datto SIRIS Commonly Asked Questions and Answers

Who is Datto SIRIS for?

Datto SIRIS is designed for small-to-medium businesses (SMBs) and enterprises that require high-performance data protection and near-instant recovery. It is an ideal choice for:

Mission-critical environments: Organizations where downtime results in significant financial loss or operational paralysis. Because SIRIS can virtualize a failed server locally or in the cloud in seconds, it’s built for those who need a “Zero Downtime” objective.
Varying IT infrastructures: Companies using any mix of physical and/or virtual servers (Windows, Linux, or Mac) that require a unified, reliable backup bridge.
Compliance-heavy industries: Businesses in healthcare (HIPAA), financial services, or legal sectors that need guaranteed data sovereignty, end-to-end encryption, and long-term cloud retention.
Growing businesses: Since SIRIS is highly scalable, it’s a good fit for companies that want a solution that grows with their data footprint without requiring a total “rip and replace” of their backup hardware.

What is the pricing for Datto SIRIS?

Datto SIRIS pricing starts at $1,095 with costs varying by hardware, deployment type, retention period and service options. Each Datto appliance is available in numerous sizes and capacities, so pricing is dependent on each company’s specific needs and infrastructure requirements.

View the Datto SIRIS 6 pricing & spec sheet for more information or to request a quote customized to your needs.

How do you properly size a Datto SIRIS?

Sizing for the Datto SIRIS is based on a number of factors. First, look at the total data “usage” across the servers and workstations you will be protecting. Datto is an image-based backup system, so the Datto SIRIS will back up the OS, applications, databases, files and folders. The general rule is to size the SIRIS on a 2.5 to 1 basis, of the data used. If you are going to encrypt the local agents, that should extend to 3 to 1 or greater. If you will be protecting servers with large transactional databases, you should increase the ratio to account for this.

The next consideration is the number of servers you will be protecting. The greater the number of servers, the higher the SIRIS product line (example – Enterprise vs. Business). If you have any questions, please contact us, and we’ll help make sure your SIRIS device is sized properly.

What happens in the event of a disaster?

For servers or workstations that are protected, you can recreate or virtualize your servers or workstations locally from your Datto SIRIS device through the device’s web portal. In the event of a more severe disaster and your Datto SIRIS device is destroyed, your servers/workstations will be recreated at Datto’s data centers via a remote web portal. You can then connect to the servers or workstations with VPN and RDP connections (public IPs can also be made available). The backups will continue, even while machines are virtualized, and once you are back to normal at your location, you will seamlessly transition back to physical machines after virtualization. You will be shipped a new SIRIS device with all data and configurations at no extra charge — for all devices currently under service.

If a server fails, how quickly can we restore data from Datto SIRIS?

Within seconds to minutes, you can spin up a virtual instance of your failed server directly on the Datto appliance itself (local instant virtualization). Employees can continue to access critical files and applications as if the original server were still online. This bridge allows your business to maintain critical operations while you repair or replace the primary hardware at your own pace.

Can Datto SIRIS backup and restore SharePoint to different versions?

Yes, Datto enables you to backup and restore SharePoint, and restore to different versions. There are a few ways to do this, depending on the environment. Datto SIRIS enables you to perform a granular Microsoft SharePoint restore using Ontrack PowerControls. You can also use Datto SaaS Protection to automatically back up SharePoint (and automatically detect new Sites, including Microsoft Teams Sites, in your SharePoint environment).

Can Datto SIRIS backup and restore Microsoft Exchange?

Yes, you can backup and restore Microsoft Exchange. You can restore to the store, mailbox or message level. When using Microsoft 365, Microsoft Exchange can also be backed up with Datto SaaS Protection, which provides cloud-based backup of all data in M365.

Can Datto SIRIS backup and restore Microsoft SQL?

Yes, you can backup and restore SQL with Datto SIRIS (and with Datto ALTO, for small businesses). Datto provides two ways to back up Microsoft SQL servers: 1) with agent-based backups, or 2) using SQL Server’s native backup function to back up to a NAS share hosted on the Datto device.

How many servers or workstations can I protect with Datto SIRIS?

Each Datto SIRIS comes with an unlimited number of server and/or workstation licenses. The only limitation is the amount of data across your servers and workstations, and the Datto SIRIS device.

Is there a monthly service charge for storing my data off-site?

Yes, with each device you have the option to store your data off-site at Datto’s data centers. You will have a monthly option, or you can prepay 1, 2 or 3 years in advance with cost savings. With the service, you will be able to virtualize your servers and workstations off-site, receive next day shipping on destroyed devices and archived snapshots of your data, which you can restore from.

Does each Datto SIRIS device come with archiving?

Yes, each device under service has an option for pay-as-you-go pricing, 1 year off-site or infinite cloud storage with no size limits. The archive contains daily snapshots of the device, stored at Datto’s data centers.

Once we have our Datto SIRIS up and configured, is it possible to test our disaster recovery plan?

Yes, we highly recommend documenting your disaster and recovery procedure. We recommend testing out your disaster recovery plan at least once a year, preferably twice. Our reps are available to help you put together your plan and test it out with you.

Is it possible to see a demo of the SIRIS virtualization process?

Yes, you can view a demo of the local and off-site virtualization process here. You can also schedule a live technical demo with one of our Technology Strategists here.

How is Datto SIRIS deployed?

The Datto SIRIS is commonly deployed as a dedicated on-premises backup device that stores backups locally and replicates them to the Datto Cloud. However, SIRIS can also be deployed as a virtual machine (Virtual SIRIS), imaged onto existing hardware (SIRIS Imaged) or as a self-contained Private Cloud (SIRIS Private) by deploying two physical SIRIS devices.

Can Datto SIRIS be deployed as a virtual appliance?

Yes, Datto SIRIS can be deployed as a software-only implementation, referred to as Virtual SIRIS or vSIRIS. With this deployment, SIRIS runs as a virtual machine (VM) in either VMware ESX or Microsoft Hyper-V.

Virtual SIRIS offers the same core functionality as the physical SIRIS, but it runs in a virtual machine via existing hardware. VMs can be spun up in seconds from the Datto Cloud or they can be spun up directly on a local device, even in the absence of Internet connectivity. Two key benefits of Virtual SIRIS are its quick remote deployment capability and its ability to support a wide variety of custom configurations.

What is the Datto storage capacity for SIRIS?

Datto SIRIS 6 is available in several models with a max storage capacity of 120TB for the top-end model. The smaller all-Flash SIRIS 6X offers a storage capacity of up to 4TB. The base SIRIS 6 appliances start at 2TB. Datto also offers a powerful desktop version of SIRIS (SIRIS Desktop or S6-D), with capacity options between 2TB to 24TB.

Be sure to use the 2-3x multiplier rule when sizing your SIRIS. Your Datto device should have a storage capacity of 2-3 times the space of the machines being protected, at minimum.

Additional Common Questions about Datto

Does Datto use a private cloud or public cloud?

Datto uses its own immutable cloud, consisting of dedicated Datto servers in data centers around the globe. Unlike a traditional public cloud, which provides all-encompassing data storage for a wide range of organizations, the Datto Cloud is used exclusively for secure storage of data backups from Datto customers and/or their MSPs.

For organizations that require a fully private cloud to comply with federal regulations, this can be achieved with SIRIS Private. This involves the deployment of two Datto SIRIS devices to create a self-contained private cloud.

What is Datto cloud backup?

The term “Datto cloud backup” may refer to several Datto solutions that offer backup storage in the Datto Cloud. Datto’s all-in-one backup solutions, such as the SIRIS and ALTO, combine local hardware with replicated cloud backups. Datto also offers cloud-only deployments of SIRIS, as well as endpoint protection with direct-to-cloud backup and SaaS backup products.

Can you back up Microsoft 365 with Datto?

Yes, you can back up Microsoft 365 with Datto SaaS Protection for M365. This is a dedicated cloud-to-cloud backup solution that replicates all data in M365 to Datto’s immutable cloud, including data from Exchange, OneDrive, SharePoint, Teams and more.

Can Datto back up Google Workspace?

Yes, Datto SaaS Protection provides automatic backups of Google Workspace, including Gmail, Calendar, Contacts and Google Drive. Data is stored in the Datto Cloud and can be recovered quickly with flexible recovery options, including point-in-time, granular and non-destructive restore functions.

What is Datto Inverse Chain Technology?

Datto Inverse Chain Technology is an incremental backup method that creates fully constructed backups that can be restored without dependency on a chain of previous backups.

With Datto, each new recovery point is stored in an independent, fully constructed state, so that there is no rebuild process when backups are restored. This increases the speed and resiliency of the backups, while also making them quicker to recover.

How is Datto Inverse Chain Technology different from traditional incremental backups?

Traditional incremental backups rely on an initial full backup of your data, followed by a sequential chain of incremental backups that capture any new or modified data. However, this chain is often fragile: if one link fails, subsequent backups are unrecoverable and restorations are slow.

Datto’s Inverse Chain Technology eliminates this dependency. It converts each incremental snapshot into a fully independent recovery point. This ensures no chain corruption, faster restorations and the ability to instantly boot or recover from any specific point without rebuilding past data.

Do Datto Backups have ransomware protection?

Yes, the Datto SIRIS has built-in ransomware protection, which scans each backup for signs of a ransomware footprint. If ransomware is detected, admins are notified, allowing them to take action much faster and roll back to a clean recovery point.

Additionally, SIRIS has a number of other features that provide inherent protection against ransomware, including the high backup frequency, Rapid Rollback technology, backup virtualization capabilities and cloud backup redundancy.

What is Datto Rapid Rollback?

Rapid Rollback is a data recovery method on the Datto SIRIS that allows you to quickly undo widespread unwanted file changes, such as those caused by ransomware. Rapid Rollback enables you to quickly restore only the files that were changed, so that you don’t have to reimage the entire machine.

In addition to reversing the damage from a ransomware attack, Rapid Rollback is also useful for restoring data after an unsuccessful OS update or application failure in which major unwanted changes have occurred.

How long after a ransomware attack can we restore our data from a Datto backup?

The timing of full recovery from a ransomware attack will depend on a few factors, including the extent of the infection and the company’s backup frequency. With Datto SIRIS, your recovery happens in two distinct stages:

Stage 1: Business Continuity (Seconds to Minutes) Instead of waiting for a full restore, you can use Instant Virtualization to “spin up” a clean version of your server from a backup point taken before the infection. This can be done either locally on the Datto appliance or in the Datto Cloud. In many cases, your team can be back to work in under 10 minutes while the actual data restoration happens in the background.
Stage 2: Targeted Data Restoration (Minutes to Hours) A traditional “Bare Metal Restore” is an option if needed, but typically a much faster recovery method is Datto’s Rapid Rollback technology. This tool identifies only the specific blocks of data that were changed or encrypted by the ransomware and restores only those pieces.
- Timeline: For a typical server with moderate changes, this “surgical” restore can often be completed in a fraction of the time of a traditional restore, usually ranging from 30 minutes to a few hours, depending on the volume of encrypted files.

How do we restore data from our Datto backup?

Datto offers several different recovery methods to fit the needs of various disaster situations. These methods include file/volume restore, virtualization (local, cloud or hybrid), Rapid Rollback, bare metal restore, ESX upload and image exports, among others.

Use Datto’s Disaster Recovery Guide to determine the right recovery method for your situation and instructions on how to perform each. (If you are a customer of Invenio IT, we will of course handle this data recovery for you.)

What’s the difference between Datto SIRIS and ALTO?

The primary difference between the Datto SIRIS and ALTO is storage capacity. ALTO has a maximum storage capacity of 1TB and is designed to accommodate smaller businesses. SIRIS comes in several models with maximum storage up to 60TB, making it a better fit for larger organizations.

The functionality of SIRIS and ALTO is largely the same. However, one notable difference is that Instant Virtualization on ALTO is available only via the Datto Cloud, whereas SIRIS allows virtualization both locally and in the cloud.

How does pricing compare for Datto SIRIS vs. Datto ALTO?

Datto ALTO pricing does not have an upfront deployment cost (with a one-year agreement in place), whereas Datto SIRIS starts at $1,095 for select models of SIRIS 6. However, the costs ultimately depend on the specific deployment and service requirements, as several options are available.

Which Datto backup solution is right for our business?

It’s best to speak to a Datto partner who can match you with the right solutions based on the your company’s specific needs. However, here is a quick breakdown of the differences between some of Datto’s offerings:

Feature	Datto ALTO	Datto SIRIS	Datto Endpoint Backup
Best Use Case	Small offices/startups with minimal server footprint.	Mid-sized to Large businesses with mission-critical servers.	Servers, VMs, remote workers, laptops and workstations.
Recovery Timeline	Cloud Virtualization: Spin up protected systems in the Datto Cloud in seconds. See more restore options	Instant Local or Cloud Virtualization: Spin up protected systems locally or in the cloud. See more restore options	File-level or Image Restore: Rapidly restore lost files or full PC images from the Datto Cloud.
Storage Capacity	Up to 2TB	Up to 120TB+	1.5TB per device
Hardware	Small Micro-PC	High-performance Desktop or Rackmount	None (Cloud only)
Key Advantage	Professional BCDR at an entry-level price point	Robust data protection with fully unified hardware, software and cloud	Cloud-based backup and recovery for every endpoint

How often are backups with Datto?

Datto SIRIS allows for backups as often as every five minutes, though not every organization will need this frequency. Businesses can schedule their backups to meet their specific operational needs and recovery point objectives (RPOs).

Datto’s high backup frequency is made possible in part by its inverse chain technology, which uses ZFS’s “copy on write” capability for greater speed and efficiency (each unique block of data is saved only once and is referenced by all of the restore points that use it).

Does Datto do backup testing?

Yes, automatic backup testing is available on the Datto SIRIS and ALTO. Referred to as Screenshot Verification, this process automatically builds and boots each backup as a virtual machine and performs context-sensitive tests to confirm that it is working properly.

SIRIS allows you and your MSP to not only see if the protected system is bootable, but also verify that applications are accessible.

What is Datto Cloud Deletion Defense?

Datto’s Cloud Deletion Defense provides an extra layer of protection in case cloud backups are deleted accidentally or maliciously. Similar to the functionality of a Recycle Bin, it provides a limited window for MSPs to retrieve deleted agents directly from Datto. The feature is available for SIRIS, ALTO and NAS.

Does Datto back up endpoints?

Yes, Datto offers a few solutions for protecting endpoint data. Datto Endpoint Backup for PCs provides direct-to-cloud backups of Windows-based computers, without the need for a local backup device. Similarly, for cloud backups of servers, businesses can use Datto Endpoint Backup with Disaster Recovery, which can protect workloads wherever they’re located: local, off-site or in virtual machines.

A lighter-weight option for endpoint backup is Datto File Protection, which is designed to safeguard business-critical files and folders.

What are the three supported backup methods on a Datto device?

The three supported backup methods for Datto backups are: 1) incremental backup, 2) full backup, and 3) differential backup. In addition, Snapshot backup is another method that can be utilized on a Datto device that captures a point-in-time copy of the data.

What companies use Datto?

Thousands of companies, across nearly every sector of business, use Datto to back up their critical data. Although Datto does not publicly share the names of companies using its solutions, it has more than 1 million users globally.

How do you contact Datto Support?

For businesses using Datto, the best way to get Datto Support is to contact the managed service provider who manages your Datto systems. However, in an emergency in which you are unable to reach your MSP, you can try contacting the 24-hour Support Hub that is available to Datto Partners. Businesses and/or their Datto Partners in the United States can call 1-888-294-6312 or email support@datto.com. Datto Partners may use Datto’s online Support Hub by logging into their accounts.

Have More Questions about Datto Backup? Give Us a Call.

Looking for other information that we didn’t include in our Datto FAQ? We’re happy to answer any other questions you may have! Contact Invenio IT today at (646) 395-1170 or schedule a meeting with one of our data protection specialists. You can also email us at success@invenioIT.com or request a free demo to take a closer look at Datto’s backup solutions.

Datto Appliance: An Inside Look at Hardware Specs & Pricing for 2026

Dale Shulmistra — Tue, 05 May 2026 11:40:58 +0000

Overview of Datto’s Appliances

The Datto appliance is the foundation of Datto’s unified backup and recovery solutions. It’s a dedicated backup device that resides on site to back up your data and replicate it to the Datto Cloud.

In this post, we take an inside look at Datto’s flagship appliance (SIRIS), including key benefits, specifications, Datto SIRIS pricing and how it compares to other Datto appliances.

What is a Datto appliance?

A Datto appliance is dedicated hardware for data backup and recovery. It’s the central component of Datto’s all-in-one BCDR solutions, which unify a local backup device with redundant off-site storage in the Datto Cloud. When data loss occurs, files or systems can be restored from the appliance or from the Datto Cloud.

Benefits of Datto appliances

The key benefit of deploying a Datto backup appliance is that it provides dedicated resources for backup and recovery processes. This enables faster, more frequent backups and faster restore times, especially when using virtualization or performing full restores of entire machines.

Another primary benefit of Datto’s appliances is their tight integration with the Datto Cloud. This creates a fully unified BCDR solution that enables backup and recovery locally and in the cloud.

Below, we outline the many additional capabilities of Datto’s backup systems, including Inverse Chain Technology and built-in ransomware detection. But first, let’s look at what’s under the hood.

Datto Appliance features & hardware specs (SIRIS)

Datto SIRIS 6

The Datto SIRIS 6 is Datto’s flagship BCDR solution, with appliance options available in varying sizes and form factors, offering storage capacities ranging from 2TB to 60TB. This enables organizations to deploy the right backup device for their infrastructure and continuity objectives.

Note: At Kaseya Connect, Datto announced upcoming support for agentless Hyper-V backups in SIRIS—reducing deployment complexity and making it easier for organizations transitioning from VMware.

Who this is for:

Small-, Mid- and Enterprise Organizations: Designed for businesses with high-density data environments that require large storage capacities (up to 120TB) and the highest level of hardware performance.
High-Security Environments: Ideal for organizations with strict compliance or security needs, as it includes advanced features like FIPS-mode encryption and automated ransomware scanning.
Businesses with Low RTO/RPO Needs: Best for companies that cannot afford downtime and require near-instant local or cloud virtualization to keep operations running.

Hardware specifications

Tip: Datto groups its SIRIS appliances into three levels, using naming conventions that denote the storage capacity. For example, the SIRIS 6-2 (or S6-2) denotes a storage capacity of 2TB, whereas S6-60 is the 60TB device.

SIRIS 6-2 through 8	SIRIS 6-12 through 36	SIRIS 6-48 through 120
Capacity: 2TB, 3TB, 4TB, 6TB, or 8TB	Capacity: 12TB, 18TB, 24TB, or 36TB	Capacity: 48TB, 60TB, 80TB, 100TB, or 120TB
Form factor: 1U Rackmount	Form factor: 1U	Form factor: 2U
SATA HDD	SAS HDD	SAS HDD
Dedicated OS Drive	Dedicated OS Drive	Dedicated OS Drive
RAID: RAID 1 (Mirror)	RAID: RAID 1 / RAID Z1	RAID: RAID 10
CPU: Intel Xeon 6357P	CPU: AMD EPYC 9255 or 9335	CPU: AMD EPYC 9555P
RAM: 32GB – 64GB DDR5 ECC	RAM: 96GB – 192GB DDR5 ECC	RAM: 512GB DDR5 ECC
SLOG: 480GB SATA SSD	SLOG: 960GB SATA SSD	SLOG: 960GB SATA SSD
NIC: 2 x 1G	NIC: 2 x 10G Copper	NIC: 2 x 10G Copper
Non-Redundant PSU	Redundant PSUs	Redundant PSUs
Weight: 23 lbs (10.5 kg)	Weight: 38.0 lbs (17.3 kg)	Weight: 54.5 lbs (24.8 kg)

For more information, view our Datto SIRIS 6 page.

Additional Datto appliances

In addition to the SIRIS models highlighted above, Datto offers a few other backup devices to fit the needs of different organizations.

Datto SIRIS 6 Desktop

The Datto SIRIS 6 Desktop (S6-D) is the compact desktop version of the SIRIS 6. It weighs roughly 15 pounds and is designed with a dedicated 256GB m.2 NVMe solid-state OS drive. Capacity scales from roughly 2TB up to 24TB. It’s a great option for businesses with varying backup requirements and/or those that do not use a server rack.

Who this is for:

Branch or Remote Offices: A perfect fit for professional offices (law firms, medical practices, etc.) that need enterprise-grade BCDR but do not have a dedicated server rack.
Mid-Sized Workgroups: Tailored for environments needing more storage and performance than a MiniPC can provide, but with a smaller physical footprint than a rackmount server.
Distributed IT Infrastructures: Useful for businesses managing multiple physical locations where local virtualization capability is needed on-site at each branch.

Hardware specifications:

Form factor: Desktop
Capacity: 1860GiB to 22320GiB (approx. 2TB to 24TB)
RAID: RAID 1 (mirror) or RAID Z1
Dedicated OS drive: 256GB m.2 NVMe SSD
CPU: AMD EPYC 4245P or AMD EPYC 4345P
RAM: 32GB to 64GB DDR5 UDIMM ECC
NIC: 2x 10G Copper
Weight: 15.0 lbs to 16.5 lbs (6.81 kg to 7.49 kg)

Datto SIRIS 6X appliance

Device Layout

Power button with LED indicator
Universal Audio Jack (Not used)
Line Out (Not used)
USB 3.0. Type A
USB 3.0. Type C
Power connection
DisplayPort
HDMI port
USB Type A (x4)
Gigabit Ethernet Network Interface Port with LAN LED indicators

Even smaller than the SIRIS Desktop (but still mighty) is the Datto SIRIS 6X Appliance (or S6-X). This is the MiniPC version of the SIRIS 6. It weighs just over 3 pounds and features a solid-state 256GB NVMe OS drive, delivering faster speeds and performance in a highly compact footprint. Capacity is available in 2TB (S6-X) and 4TB (S6-X4) storage options, making it ideal for businesses with smaller backup requirements that need enterprise-grade data protection without a server rack.

Who this is for:

Small Businesses & Retail: Designed for “lean” IT environments, such retail shops, small clinics or any businesses that need powerful protection in a device roughly the size of a book.
Resource-Constrained Locations: Ideal for sites with limited space or power, offering a silent, compact form factor without sacrificing the core SIRIS software features.
Single-Server Protections: Best for businesses only protecting one or two critical machines where a full-sized rackmount would be overkill.

Hardware specifications:

Form factor: MiniPC
Capacity: 1860GiB to 3719GiB (approx. 2TB or 4TB)
Array: Non RAID
Dedicated OS drive: 256GB NVMe m.2 SSD
Storage drive: 2TB or 4TB NVMe m.2 SSD
CPU: AMD Processor
RAM: 16GB DDR5 non-ECC SODIMM (2x 8GB)
NIC: 1x 1GbE Copper
Weight: 3.05 lbs (1.38 kg)

Datto ALTO 5 appliance

The Datto ALTO is a MicroPC backup appliance built for smaller organizations. Like the S6X, ALTO features solid-state OS and storage drives for fast backups, restores and VMs. Capacity is 2TB, making it ideal for businesses with smaller backup requirements.

Who this is for:

Price-Conscious Small Businesses: Built specifically for small organizations looking for an entry-level, cost-effective BCDR solution that bypasses the complexity of enterprise hardware.
Companies with Minimal Agents: Best suited for environments protecting up to four machines (agents), focusing on essential recovery and cloud-first safety.
Startups or Basic IT Needs: Ideal for businesses that primarily need a reliable “set it and forget it” backup with the peace of mind of 1-click cloud disaster recovery.

Hardware specifications:

Form factor: MicroPC
Capacity: 2TB
Storage drive: 2TB NVMe m.2 SSD
Dedicated OS drive: 256GB SATA m.2 SSD
CPU: Celeron 7305 (5c/5t, 1.10 GHz)
RAM: 8GB DDR4 (1x8GB) non-ECC
NIC: 1x 1GbE
Weight: 6.5 oz (0.18 kg)

Datto Networking Appliance

The Datto Networking Appliance is not a backup device, but it’s worth mentioning here as it’s another example of dedicated on-prem hardware provided by Datto. The Datto Networking Appliance (DNA) is a high-performance router with fully integrated 4G LTE failover, built-in firewall and intrusion detection. It’s one of several networking products offered by Datto, including Wi-Fi access points and switches.

Choosing the right Datto backup appliance

Since Datto offers several different appliances, organizations must be careful to deploy the right backup device for their needs. Datto provides some helpful tips on properly sizing an appliance. But as a general rule of thumb, companies should choose their device based on how much data they need to back up and how many machines.

Datto recommends selecting an appliance with a storage capacity that’s at least 2 times greater than the used disk space on the protected machine (this practice is referred to as the 2-3x multiplier rule). For example, if you’re backing up a 2TB server, then you may want to deploy a Datto SIRIS 4TB appliance or larger.

The table below provides a general guideline for selecting the appropriate appliance for the number of agents to be installed.

Datto Hardware	Max Agents	Max Cloud TB
SIRIS S5/S6-X	3	6
SIRIS S6-X4	4	12
SIRIS 6 Desktop 2TB	3	6
SIRIS 6 Desktop 4TB	6	12
SIRIS 6 Desktop 6TB	9	18
SIRIS 6 Desktop 8TB	12	24
SIRIS 6 Desktop 10TB	12	30
SIRIS 6 Desktop 12TB	12	36
SIRIS 6 Desktop 16TB	12	48
SIRIS 6 Desktop 24TB	12	72
SIRIS 6 Desktop SSD 2TB	3	6
SIRIS 6 Desktop SSD 4TB	6	12
SIRIS 6 Desktop SSD 8TB	12	24
SIRIS 6 Desktop SSD 12TB	18	36
SIRIS 5/6 2TB	3	6
SIRIS 5/6 3TB	5	9
SIRIS 5/6 4TB	6	12
SIRIS 5/6 6TB	9	18
SIRIS 5/6 8TB	12	24
SIRIS 5/6 12TB	19	36
SIRIS 5/6 18TB	28	54
SIRIS 5/6 24TB	37	72
SIRIS 5/6 36TB	40	108
SIRIS 5/6 48TB	40	144
SIRIS 5/6 60TB	40	180
SIRIS 6 80TB	40	240
SIRIS 6 100TB	40	300
SIRIS 6 120TB	40	360

Note: These are just rough estimates provided by Datto as a guideline. Actual usage of devices by agent quantity can vary significantly depending on a variety of factors, including configuration, encrypted agents, and the volume of data being protected.

Datto’s appliance-free backup solutions

In addition to the physical SIRIS and ALTO devices, Datto also offers appliance-free backup solutions for protecting endpoints and servers. These solutions provide direct-to-cloud backup, which means that files are backed up directly to the Datto Cloud, bypassing the need for an on-site appliance.

Endpoint Backup: Protects Windows servers, virtual machines (VMs), cloud instances, desktops and laptops with the ability to restore individual files and folders or perform a full bare-metal restore.
Endpoint Backup with Disaster Recovery: Protects all production workloads on Linux and Windows servers & PCs, with the ability to spin up workloads in the Datto Cloud, in addition to other restore methods.

Backup & recovery capabilities

It’s important to remember that a Datto appliance is just one piece of a multilayered backup and recovery solution. The device is driven by Datto’s robust backup software, which is seamlessly integrated with the Datto Cloud. This creates a fully integrated BCDR stack with several capabilities that make it unique from competitors’ backup products:

Inverse Chain Technology: Every incremental snapshot is a fully constructed recovery point, making backups faster and more resilient, while also eliminating the need for slow chain rebuilds.
Ransomware protection: All backups are automatically scanned for ransomware as part of the backup process.
Fast recoveries: Protected files, folders and entire systems can be recovered in seconds from the Datto appliance or the Datto Cloud via several restore options.
Instant virtualization: Backups can be booted as virtual machines (locally, in the cloud or hybrid) for instant access to protected systems.
Rapid Rollback: Major unwanted changes, such as a ransomware infection, can be quickly reversed without needing to reimage an entire machine.
Cloud Defense: Even if cloud backups are deleted (accidentally or maliciously), Datto offers a failsafe to promptly undo the deletion.
Backup Verification: Backups are automatically test-boosted to ensure they are viable. Plus, Datto’s Backup Verification provides script execution to verify that applications are accessible.
Backup Insights: Datto’s web-based interface makes it easy to locate and restore lost data by identifying file changes between any two backup points.
Security: Datto employs the highest security standards across its backup devices and cloud storage, including end-to-end data encryption, multi-factor authentication and ransomware-proof ZFS snapshot files.

Pricing for Datto hardware

Pricing for a Datto SIRIS 6 appliance starts at $1,095, but some of the upfront hardware costs may be discounted fully with certain deployments or manage-service agreements. Pricing will also vary based on the appliance model and storage capacity, as well as the number of devices you need to protect and the desired length of data retention in the Datto Cloud. Given the variable costs of each deployment, the best way to get accurate pricing is to request a quote.

Datto SIRIS vs. alternative solutions

If you’re comparing BCDR options, here’s how Datto SIRIS stacks up against comparable systems from other providers.

Feature	Datto SIRIS	Veeam Data Platform	Unitrends
Solution Architecture	Fully Integrated Stack: Combines purpose-built hardware, backup software, and proprietary cloud storage out of the box.	Software-Centric: Software only; requires you to procure, configure, and manage your own hardware and third-party cloud storage.	Appliance-Based: Combines hardware and software, and proprietary cloud storage with optional third-party cloud integrations or secondary appliances for off-site replication.
Cloud Disaster Recovery	Native & Instant: Ability to instantly spin up virtual machines directly in the secure, geo-redundant Datto Cloud without needing extra equipment.	Requires Configuration: Cloud recovery requires complex, manual integration with external hosts (like AWS or Azure).	Host-Dependent: Ability to instantly spin up virtual machines directly in the secure Unitrends Cloud or optional third-party cloud providers.
Backup Technology	Inverse Chain Technology: Every incremental backup is a fully constructed recovery point, eliminating the risk of a corrupted backup chain.	Traditional Chains: Relies on standard forward or reverse incremental chains, which can be vulnerable if a single point in the chain fails.	Full, Incremental and differential backups: Gives businesses flexibility to balance speed, storage and recovery needs.
Deployment & Management	Turnkey: True plug-and-play deployment designed to minimize IT management time; highly automated.	Complex Build: Highly customizable, but requires a steep learning curve and significant hands-on IT management to maintain.	Moderate Management: Easier to deploy than software-only options, but user interface and daily management provide greater granularity, which can be complex.
Ideal Use Case	Organizations prioritizing rapid, guaranteed recovery, minimal downtime, and a hands-off, all-in-one continuity strategy.	Large enterprises with dedicated IT engineering teams seeking highly customized, multi-vendor infrastructure.	Mid-market companies looking for physical appliances but willing to manage more complex recovery processes.

Reviews & testimonials

Datto’s appliances are highly regarded for their reliability, performance and ease of deployment. In independent reviews, users consistently cite Datto’s robust hardware and integrated cloud as key factors that deliver a better backup and recovery solution than competing products.

Datto SIRIS currently has an 8.6 score out of 10 on TrustRadius with 96 reviews. Among Datto reviews from our own clients at Invenio IT, one customer stated: “The Datto SIRIS is simply the most important device in our network rack. This ingenious device has saved the day in many emergencies while migrating files and making hardware upgrades.”

Conclusion

Datto’s appliances bolster a company’s data protection by providing dedicated hardware for backup and recovery. These local devices are fully integrated with the Datto Cloud, providing redundant off-site storage with the ability to restore data instantly from the cloud or the on-premises appliance. Datto offers a variety of appliance options for its SIRIS and ALTO BCDR solutions, enabling organizations to deploy the right hardware for their infrastructure.

Which Datto appliance is right for you?

Schedule a meeting with one of our data-protection specialists at Invenio IT to identify the right Datto backup solution for your organization’s needs. You can also reach our experts by calling (646) 395-1170 or emailing success@invenioIT.com.

Business Continuity: What It Is, Why It Fails and How to Get It Right

Tracy Rock — Tue, 28 Apr 2026 17:44:50 +0000

Business continuity is essential for every organization’s survival. But most companies fail to properly prepare for disasters – even when they have a business continuity plan.

When a crisis hits, the illusion of safety quickly collapses under reality:

Backups don’t guarantee recovery.
Most plans are never tested.
Downtime costs are often underestimated.

In this post, we explore why most business continuity plans fail when they’re actually needed – and what to do differently.

What Is Business Continuity?

Business continuity is an organization’s ability to maintain essential functions during and after a major disruption. It extends far beyond basic disaster protocols to encompass the specific processes, technologies and redundancies required to keep critical services running. True continuity ensures that when infrastructure fails, your business does not.

Related reading:

Where Business Continuity Fails

It is easy to feel secure when operations are running smoothly, but real-world disasters quickly expose the cracks in a company’s planning. When critical systems go down, generic business continuity strategies often collapse in a few predictable areas:

1) Plans are Created, but Not Tested

Some companies spend months drafting protocols and mapping out redundancies, only to shelve the document and assume the job is done. But a theoretical defense almost always fails under the pressure of a real-world crisis.

Examples of common failure points:

Communication workflows break down during a critical infrastructure outage.
Data backups become corrupted and unrecoverable during an emergency.
Untested assumptions (rather than routine, full-scale simulations) lead to painfully slow recoveries.

2) Backups Exist, but Recovery is Too Slow

Having your data backed up means nothing if you can’t actually use it. Traditional recovery methods can sometimes require rebuilding entire systems from the ground up, leaving your operations paralyzed for days or weeks. Every hour spent waiting for a system restore is an hour of unacceptable financial loss.

Examples of common failure points:

Outdated backups can’t be restored quickly enough, or they fail completely.
Not all company data is protected, such as SaaS platforms and other cloud services like Microsoft 365.
Recovery methods are limited due to hardware limitations or the lack of redundant backup storage.

This is where a robust backup solution is absolutely essential for ensuring a rapid recovery via numerous restore options and redundant data storage locations. (For most small- to mid-sized businesses, we recommend Datto SIRIS for its fully integrated, all-in-one BCDR capabilities. Check Datto SIRIS pricing for your organization.)

BUSINESS CONTINUITY CHECK

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3) Ransomware Targets Recovery Systems

Modern cyberattacks don’t just target live production data. They actively seek out your backups too. A continuity plan that doesn’t account for advanced ransomware—by utilizing immutable storage or strictly air-gapped backups—will leave you helpless and likely paying the ransom.

Examples of common failure points:

Connected backup drives become encrypted simultaneously because they are not properly isolated from the primary network.
Compromised administrator credentials allow attackers to access the backup console and manually wipe all existing recovery points.
Automated schedules unknowingly sync infected files, overwriting the last clean data snapshot before the attack is even detected.

4) BC Plans Rely on Outdated Assumptions

Businesses evolve, but their recovery plans often stay static. Adding new applications, shifting workloads to the cloud or changing operational workflows without simultaneously updating the continuity strategy creates massive, undocumented blind spots that only become apparent when disaster strikes.

Examples of common failure points:

Theoretical disaster scenarios fail to reflect modern threats, leaving the team paralyzed when a targeted cyberattack takes out systems in unexpected, complex ways.
Newly adopted operational workflows grind to a halt because they were never integrated into the core continuity strategy.
Presumed recovery timelines fall completely short during a real crisis because the documented planning was not tested or updated to reflect the current infrastructure.

Expert Insight — Dale Shulmistra, Invenio IT

A static plan is a guaranteed point of failure. I can’t tell you how many times our team has been called into a crisis, only to find a company relying on a massive continuity binder that hasn’t been tested in years. They added new servers, moved data to the cloud and vastly changed their infrastructure, but never updated their recovery protocols. These kinds of blind spots create expensive and time-intensive challenges for recovery.”

What Actually Matters for Business Continuity

When evaluating your operational resilience, theoretical capabilities must give way to hard, actionable metrics. Your decision-making should be driven by precise objectives and timelines, supported by the appropriate technologies and procedures:

Recovery Time Objective (RTO): How long can your business realistically survive being offline or losing mission-critical services? Whether it’s measured in minutes or days, this timeline must perfectly align with your infrastructure investments.
Recovery Point Objective (RPO): What is your strict tolerance for data loss? If your operations can only afford to lose one hour of transaction data, a nightly backup schedule is fundamentally broken.
Testing Frequency: Annual reviews are often inadequate. You must establish a continuous testing cadence that proves your RTO and RPO metrics are achievable under real-world stress. Everything in your business continuity plan should be routinely reviewed and tested.
Failover Capability: Knowing your RTO is only half the battle. You need the physical or cloud infrastructure to actually execute it. To meet aggressive recovery timelines, you must have the specific mechanisms in place to instantly redirect workflows to redundant systems. Create contingencies for every process and scenario.

The Reality Check: Common Failures vs. Real Continuity

Scenario	Common Failures	Real Continuity
Server Hardware Failure	Days of downtime spent replacing drives, rebuilding from bare metal and manually restoring data.	Immediate failover to a secondary instance or cloud replica, restoring functionality in minutes.
Ransomware Infection	Total operational halt; primary and backup networks compromised; forced to consider paying the ransom.	Immediate isolation of the infected network and rapid restoration from an immutable, clean backup.
Facility Outage / Disaster	Staff unable to work; physical infrastructure completely inaccessible and operations paused indefinitely.	Seamless transition to remote operations via accessible, cloud-based virtual environments.

Real-World Scenarios: Successful Continuity Planning

When real disasters occur, business continuity is only achieved when the recovery plan includes granular processes and solutions for overcoming every possible disruption. Here are some example scenarios illustrating successful continuity planning.

The Ransomware Lockout

A financial services firm is hit by a sophisticated ransomware attack. Because their backups were deliberately segmented and immutable, the attack failed to compromise their safety net. The company bypassed the ransom demand entirely, wiped the infection from servers and restored full operations before business hours on Monday morning.

How Continuity Was Achieved:

Immutable Storage: The backup repository was air-gapped in the cloud, preventing the ransomware from encrypting the safe data.
Network Isolation: Automated threat detection instantly severed the infected systems from the rest of the environment to contain the blast radius.
Instant Virtualization: The IT team spun up virtual clones of their servers in a secure cloud environment while the physical hardware was being scrubbed.

Related reading:

Ransomware in Financial Services: 2026 Insights & Cybersecurity Guide

Costly Internet Outage

A major ISP outage disconnects Internet access for hundreds of businesses. But some of them prepared for this scenario, recognizing the steep costs of extended downtime. Their systems automatically fail over to a secondary cellular network, restoring the connection immediately so that critical operations can continue.

How Continuity Was Achieved:

Automated Failover: Redundant internet connections detected the primary drop and instantly routed traffic to backup cellular networks.
Intelligent Traffic Prioritization: Because backup cellular connections often have lower bandwidth than primary fiber lines, the firewall automatically throttled non-essential web browsing and prioritized critical data like VoIP calls and cloud-hosted applications.

The Infrastructure Failure

A localized pipe burst floods a primary server room. Instead of panic and slow hardware triage, the affected business quickly redirects its network traffic to a cloud-hosted replica, maintaining customer-facing services seamlessly while the physical damage is assessed and repaired.

How Continuity Was Achieved:

Real-Time Replication: Continuous data syncing (low RPO) ensured that all transactions made right up until the moment of the flood were safely mirrored off-site.
Cloud Failover: Instead of waiting days for replacement bare-metal servers, network traffic was seamlessly rerouted to the cloud replicas.
Distributed Access: Remote access protocols allowed employees to securely access the cloud data, bypassing the flooded facility entirely.

Related reading:

Updated Disaster Recovery Scenarios Test Guide (with Examples)

Conclusion

Business continuity is not a static operational objective. It is a dynamic, ongoing commitment to your organization’s survival. By confronting the uncomfortable truths about where traditional strategies fail and prioritizing rigorous testing with realistic recovery metrics, you can transform vulnerability into genuine operational resilience. Ultimately, a proven business continuity plan ensures that when complex and unexpected disruptions occur, your business will have the systems and procedures to confidently power through them.

Want to know your true RTO?

Never rely on assumptions or generalized continuity objectives. Schedule a meeting with our business continuity experts to start building a resilient infrastructure capable of weathering the worst. Call us at (646) 395-1170 or email success@invenioIT.com