Cyber Security Tips For All

Cybersecurity Career Paths for College Students: How to Get Started

2023-06-18T07:59:00.007-07:00

Cybersecurity Career Paths for College Students: How to Get Started

Introduction

Cybersecurity has become a crucial field in today's digital age, where organizations and individuals are constantly at risk of cyber threats. As a college student, exploring career paths in cybersecurity can lead to exciting opportunities and a fulfilling professional journey. In this article, we will delve into the various cybersecurity career paths available to college students and provide valuable insights on how to get started in this rapidly growing industry.

Understanding Cybersecurity
Why Choose a Cybersecurity Career?
Cybersecurity Career Paths
- 1. Security Analyst
- 2. Penetration Tester
- 3. Incident Responder
- 4. Cryptographer
- 5. Security Consultant
Building the Foundation
- 1. Pursue a Degree in Cybersecurity
- 2. Develop Technical Skills
- 3. Gain Practical Experience
- 4. Obtain Certifications
Networking and Professional Associations
Job Opportunities and Industry Trends
- 1. Government Agencies
- 2. Private Companies
- 3. Nonprofit Organizations
FAQs
- Q1: What is the average salary of a cybersecurity professional?
- Q2: Are there any specific educational requirements for a cybersecurity career?
- Q3: How long does it take to become a cybersecurity expert?
- Q4: Is coding knowledge essential for a cybersecurity career?
- Q5: What are the common challenges faced by cybersecurity professionals?
- Q6: Are there any ethical considerations in cybersecurity?
Conclusion

Understanding Cybersecurity

In today's interconnected world, cybersecurity refers to the practices and measures implemented to protect computers, networks, software, and data from unauthorized access, attacks, or damage. It involves a wide range of activities, including risk assessment, vulnerability management, incident response, and network defense. Cybersecurity professionals play a crucial role in safeguarding sensitive information and ensuring the integrity and confidentiality of digital assets.

Why Choose a Cybersecurity Career?

The field of cybersecurity offers numerous compelling reasons to consider it as a career path. Here are a few key factors that make cybersecurity an exciting and rewarding choice for college students:

Growing Demand: As technology continues to advance, the demand for skilled cybersecurity professionals is on the rise. Organizations of all sizes require cybersecurity experts to protect their systems and data from malicious activities, creating a significant number of job opportunities.
Lucrative Salaries: The high demand for cybersecurity professionals often translates into competitive salaries and excellent earning potential. Skilled individuals with relevant certifications and experience can command attractive remuneration packages.
Constant Learning: Cybersecurity is an ever-evolving field where new threats and vulnerabilities emerge regularly. This dynamic nature of the industry ensures that professionals are continuously learning and honing their skills to stay ahead of cybercriminals.
Job Security: With cyber threats becoming increasingly sophisticated, the need for cybersecurity professionals is not expected to diminish any time soon. A career in cybersecurity offers stability and long-term job security in an uncertain job market.
Impactful Work: Cybersecurity professionals play a crucial role in protecting individuals, organizations, and even nations from cyber threats. Contributing to the security of digital infrastructure and defending against cybercriminals can be immensely satisfying and impactful.

Cybersecurity Career Paths

There are various career paths within the cybersecurity domain, each requiring a unique set of skills and expertise. Let's explore some of the popular cybersecurity career paths for college students:

1. Security Analyst

A security analyst is responsible for monitoring and assessing an organization's security infrastructure, identifying vulnerabilities, and proactively mitigating risks. They analyze security systems, conduct penetration testing, and provide recommendations for enhancing the organization's overall security posture.

To pursue a career as a security analyst, acquiring a strong understanding of networking, operating systems, and security technologies is crucial. Familiarity with cybersecurity frameworks and incident response methodologies is also beneficial.

2. Penetration Tester

Penetration testers, also known as ethical hackers, simulate cyber attacks to identify vulnerabilities within an organization's systems, networks, or applications. They attempt to exploit weaknesses and provide detailed reports on potential risks and recommendations for remediation.

To excel as a penetration tester, strong technical skills in areas such as network security, web applications, and wireless networks are necessary. Proficiency in using various hacking tools and frameworks is also essential.

3. Incident Responder

Incident responders are responsible for investigating and responding to cybersecurity incidents. They analyze security alerts, mitigate threats, and coordinate the recovery process in the event of a security breach. Incident responders must act swiftly and decisively to minimize damage and prevent future incidents.

A solid understanding of cybersecurity incident management, forensics, and incident response frameworks is vital for aspiring incident responders. Additionally, knowledge of malware analysis and threat intelligence can be valuable in this role.

4. Cryptographer

Cryptographers specialize in developing and implementing cryptographic algorithms and protocols to secure sensitive information. They design encryption algorithms, ensure data confidentiality, and contribute to the development of secure communication systems.

Becoming a cryptographer requires advanced knowledge of mathematics, cryptography algorithms, and computer science. Strong analytical and problem-solving skills are essential in this field.

5. Security Consultant

Security consultants provide advisory services to organizations, helping them assess their security risks, develop robust security strategies, and implement effective security measures. They collaborate with clients to identify vulnerabilities, design security frameworks, and ensure compliance with industry regulations.

To excel as a security consultant, a comprehensive understanding of cybersecurity principles, risk management, and compliance frameworks is necessary. Strong communication and interpersonal skills are also vital for effectively engaging with clients and delivering actionable recommendations.

Building the Foundation

Building a strong foundation is crucial for embarking on a successful cybersecurity career. Here are some essential steps to consider:

1. Pursue a Degree in Cybersecurity

Obtaining a degree in cybersecurity or a related field is a solid starting point for a career in cybersecurity. Many universities offer bachelor's and master's programs specifically tailored to cybersecurity, providing in-depth knowledge of network security, cryptography, ethical hacking, and more.

It's essential to research and choose a reputable institution that offers a comprehensive curriculum and hands-on practical experience. Pursuing internships or cooperative education programs during your studies can provide valuable real-world exposure.

2. Develop Technical Skills

Technical skills are the foundation of a successful cybersecurity career. Develop expertise in areas such as network security, operating systems, programming languages, and vulnerability assessment tools. Hands-on experience with penetration testing and ethical hacking can be particularly valuable.

Online platforms, such as cybersecurity-focused websites and educational platforms, offer a wide range of courses and tutorials to enhance your technical skills. Additionally, participating in Capture the Flag (CTF) competitions and open-source projects can provide practical experience and showcase your abilities to potential employers.

3. Gain Practical Experience

Practical experience is highly valued in the cybersecurity industry. Seek internships, part-time positions, or volunteer opportunities in organizations that offer exposure to cybersecurity operations. These opportunities allow you to apply your skills in real-world scenarios, gain practical knowledge, and build a professional network.

Consider joining cybersecurity clubs, associations, or participating in hackathons and cybersecurity competitions to further enhance your practical experience and network with like-minded individuals.

4. Obtain Certifications

Certifications demonstrate your expertise and commitment to the field of cybersecurity. They validate your knowledge and can significantly enhance your job prospects. Some widely recognized certifications in the cybersecurity industry include:

Certified Information Systems Security Professional (CISSP)
Certified Ethical Hacker (CEH)
Certified Information Security Manager (CISM)
CompTIA Security+

Research the certification options available and select those that align with your career goals and interests. Prepare thoroughly for the certification exams by utilizing study materials, practice tests, and online resources.

Networking and Professional Associations

Networking plays a vital role in the cybersecurity industry. Building connections with professionals, attending industry conferences, and joining professional associations can open doors to valuable opportunities. Consider the following networking strategies:

Professional Associations: Join cybersecurity-focused professional associations, such as the International Information System Security Certification Consortium (ISC)², Information Systems Security Association (ISSA), or the Cybersecurity and Infrastructure Security Agency (CISA).
Online Communities: Engage in online communities and forums where cybersecurity professionals share knowledge and experiences. LinkedIn groups, Reddit communities, and specialized cybersecurity forums are excellent platforms to connect with industry experts.
Industry Events: Attend cybersecurity conferences, workshops, and seminars. These events provide opportunities to network with professionals, gain insights from industry leaders, and stay updated on the latest trends and technologies.

Job Opportunities and Industry Trends

The cybersecurity industry offers diverse job opportunities in various sectors. Here are some areas where cybersecurity professionals are in high demand:

1. Government Agencies

Government agencies at the national, state, and local levels require cybersecurity experts to protect sensitive data, critical infrastructure, and national security interests. Positions in government agencies can include roles in intelligence agencies, defense organizations, or law enforcement.

2. Private Companies

Private companies across industries, such as finance, healthcare, technology, and e-commerce, are heavily invested in cybersecurity. They seek professionals to ensure the security of customer data, intellectual property, and proprietary information. Companies may have dedicated cybersecurity teams or outsource their security needs to specialized firms.

3. Nonprofit Organizations

Nonprofit organizations also recognize the importance of cybersecurity in protecting their operations and the data they handle. Cybersecurity professionals can contribute to the security of nonprofit organizations, ensuring they can continue their valuable work without disruptions.

FAQs

Q1: What is the average salary of a cybersecurity professional?

A1: The average salary of a cybersecurity professional varies depending on factors such as experience, qualifications, and location. However, in the United States, entry-level positions typically start around $60,000 per year, while experienced professionals can earn six-figure salaries or even higher.

Q2: Are there any specific educational requirements for a cybersecurity career?

A2: While a degree in cybersecurity is beneficial, it's not always a strict requirement. Many employers value relevant certifications, practical experience, and technical skills. However, a degree in a related field, such as computer science or information technology, can provide a solid foundation and increase job prospects.

Q3: How long does it take to become a cybersecurity expert?

A3: Becoming a cybersecurity expert is a continuous learning process that requires dedication and ongoing education. The timeline to expertise can vary depending on individual circumstances, such as prior knowledge, educational path, and experience. It typically takes several years of practical experience and continuous professional development to reach an expert level.

Q4: Is coding knowledge essential for a cybersecurity career?

A4: Coding knowledge is highly beneficial for a cybersecurity career. Understanding programming languages allows professionals to analyze and write scripts, identify vulnerabilities, and develop secure applications. Python, Java, C++, and scripting languages like PowerShell are commonly used in cybersecurity.

Q5: What are the common challenges faced by cybersecurity professionals?

A5: Cybersecurity professionals face various challenges, including keeping up with rapidly evolving threats, managing complex security infrastructure, and addressing the shortage of skilled professionals in the industry. Additionally, balancing security needs with user convenience and maintaining effective communication with stakeholders can be challenging.

Q6: Are there any ethical considerations in cybersecurity?

A6: Ethical considerations are paramount in the field of cybersecurity. Professionals must adhere to strict ethical standards, respect privacy rights, and operate within legal frameworks. Ethical hackers, for example, must obtain proper authorization before conducting penetration testing and must ensure that vulnerabilities discovered are responsibly disclosed and fixed.

Conclusion

Embarking on a cybersecurity career as a college student can lead to a promising and rewarding professional journey. By understanding the different cybersecurity career paths, building a strong foundation, gaining practical experience, and obtaining relevant certifications, you can position yourself for success in this rapidly evolving field. Embrace continuous learning, engage with industry professionals, and stay updated on the latest trends to thrive in the cybersecurity industry.

Remember, cybersecurity is not just a job; it's a critical mission to protect individuals, organizations, and society as a whole from cyber threats. Your contributions can make a significant impact in securing our digital future.

Cybersecurity 101: Understanding the Fundamentals of Cybersecurity

2023-05-14T12:03:00.006-07:00

Cybersecurity 101: Understanding the Fundamentals of Cybersecurity

Introduction

In today's digital age, cybersecurity has become more important than ever before. With the growing number of cyber threats and the increasing sophistication of these threats, it's crucial for individuals and businesses to understand the fundamentals of cybersecurity. In this blog, we'll provide an overview of the basics of cybersecurity, including what it is, why it's important, and how to stay safe online.

What is Cybersecurity?

Cybersecurity refers to the practice of protecting devices, networks, and data from unauthorized access, theft, and damage. This includes protecting against cyber threats such as malware, viruses, phishing scams, and ransomware attacks. The goal of cybersecurity is to ensure the confidentiality, integrity, and availability of data and systems.

Why is Cybersecurity Important?

Cyber attacks can have serious consequences, both for individuals and for businesses. For individuals, cyber attacks can lead to identity theft, financial loss, and damage to personal reputation. For businesses, cyber attacks can result in lost revenue, damage to brand reputation, and legal liability. Cybersecurity is essential to protect against these threats and to ensure that sensitive information remains secure.

Types of Cyber Threats

There are many different types of cyber threats, each with their own characteristics and risks. Some of the most common types of cyber threats include malware, viruses, phishing scams, and ransomware attacks. Malware refers to any software that is designed to harm or exploit a device or network. Viruses are a specific type of malware that can replicate themselves and spread to other devices. Phishing scams involve using deceptive tactics to trick individuals into providing sensitive information, such as passwords or credit card numbers. Ransomware attacks involve encrypting data and demanding payment in exchange for the decryption key.

Cybersecurity Best Practices

To stay safe online, it's important to follow some basic cybersecurity best practices. These include using strong passwords, keeping software up to date, and avoiding suspicious emails and links. It's also important to create a data backup plan and to develop an incident response plan in case of a cyber attack. By following these best practices, you can help protect yourself against cyber threats and minimize the impact of any attacks.

Common Cybersecurity Terms and Concepts

Cybersecurity can be a complex and technical field, and there are many terms and concepts that may be unfamiliar to those who are new to the field. Some of the most common terms and concepts include encryption, firewalls, and two-factor authentication. Encryption involves encoding data to make it unreadable to anyone without the decryption key. Firewalls are a type of security software that monitors and controls incoming and outgoing network traffic. Two-factor authentication involves requiring a user to provide two forms of identification, such as a password and a fingerprint, to access a system or network.

Cybersecurity Careers

As the demand for cybersecurity professionals continues to grow, there are many different roles and career paths available. Some of the most common cybersecurity roles include cybersecurity analyst, penetration tester, and security engineer. To pursue a career in cybersecurity, it's important to have a strong understanding of the fundamentals of cybersecurity and to develop the necessary skills and qualifications.

Cybersecurity Challenges and Future Trends

While the field of cybersecurity is constantly evolving, there are also many challenges and trends that are shaping the industry. Some of the biggest challenges facing the industry include the shortage of skilled professionals and the increasing sophistication of cyber attacks. Future trends in cybersecurity include the use of artificial intelligence, blockchain, and the internet of things to improve security.

Conclusion

In conclusion, understanding the fundamentals of cybersecurity is essential for anyone who uses digital devices or networks. By following best practices, staying up to date with the latest trends and technologies, and pursuing a career in cybersecurity, individuals and businesses can better protect themselves against cyber threats and minimize the impact of any attacks. Whether you're a cybersecurity professional or simply someone who wants to stay safe online, it's important to stay informed and take proactive steps to ensure your data and systems remain secure.

Overall, cybersecurity is a complex and ever-changing field, but by understanding the basics and staying informed, anyone can take steps to protect themselves against cyber threats. Whether you're interested in pursuing a career in cybersecurity or simply want to protect yourself online, taking the time to learn about the fundamentals of cybersecurity is a valuable investment. By doing so, you can help ensure that your data and systems remain secure in today's digital age.

Salary Range for Cyber Security Professionals as of march 2023

2023-03-10T11:19:00.004-08:00

As of March 2023, the salary range for cyber security professionals varies based on a variety of factors including experience, job role, and geographic location. According to data from the U.S. Bureau of Labor Statistics, the median annual wage for information security analysts, which includes cyber security professionals, was $116,000 in May 2022.

In this blog we will discuss the salary range for cyber security professionals as of March 2023. You will learn about the average salaries for various job roles in the cyber security field, including information security analysts, network security engineers, and chief information security officers. We will also explore the factors that can impact salary, such as location, experience, and industry. Whether you're considering a career in cyber security or are already in the field, this video will provide valuable insights into the earning potential of cyber security professionals in 2023.

The salary ranges for different job roles within the cyber security field based on data from the job search website Indeed.com as of March 2023 are as follows:

Cyber Security Analyst: $70,000 - $120,000 per year.

These professionals are responsible for monitoring networks for security breaches, analyzing security risks, and implementing security measures to protect computer systems and networks.

Security Engineer: $90,000 - $150,000 per year.

Security Engineers design and implement security systems to protect computer networks and systems from cyber attacks.

Security Architect: $120,000 - $180,000 per year.

Security Architects develop and design security systems for organizations, including policies, procedures, and technical systems.

Chief Information Security Officer (CISO): $160,000 - $250,000 per year.

CISOs are responsible for overseeing an organization's overall security strategy, including implementing policies, procedures, and technologies to protect against cyber attacks.

Penetration Tester: $80,000 - $150,000 per year.

Penetration testers are responsible for identifying vulnerabilities in computer systems and networks by performing simulated attacks on them. They use a variety of tools and techniques to identify and exploit weaknesses and then provide recommendations for improving security.

Security Operations Center (SOC) Analyst: $70,000 - $120,000 per year.

SOC analysts are responsible for monitoring and analyzing security alerts from various sources, investigating potential security incidents, and responding to security threats as they occur.

Incident Response Analyst: $80,000 - $150,000 per year.

Incident response analysts are responsible for responding to security incidents when they occur, investigating the incident to determine the scope and impact, and developing and implementing strategies to mitigate the impact of the incident.

Cyber Security Consultant: $90,000 - $180,000 per year.

Cyber security consultants work with organizations to assess their security posture, identify vulnerabilities, and develop and implement strategies to improve security. They may also provide training and education to employees on how to recognize and respond to security threats.

It's important to note that these are just estimates and actual salaries may vary based on a number of factors, including industry, company size, and employee benefits. The cyber security field is in high demand and is expected to continue to grow in the coming years, making it a promising career path for those interested in the intersection of technology and security.

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What is Amazon S3? How to secure your s3 resources? What are cons or limitations of s3?

2022-12-24T10:33:00.002-08:00

What is Amazon S3? How to secure your s3 resources? What are cons or limitations of s3?

Amazon S3 (Simple Storage Service) is an object storage service that offers industry-leading scalability, data availability, security, and performance. It is a highly durable and secure storage option, with data stored in multiple geographically dispersed data centers.

S3 is designed to store and retrieve any amount of data, at any time, from anywhere on the web. You can use it to store a wide variety of data, including documents, images, videos, backups, and more.

S3 is easy to use, with a simple web-based interface that allows you to create and manage storage buckets and objects. You can also access S3 programmatically using the AWS SDKs or the S3 REST API.

S3 is a pay-as-you-go service, with no upfront costs or long-term commitments. You only pay for the storage you use and the number of requests made to your bucket.

Overall, Amazon S3 is a reliable, scalable, and secure storage solution for a wide range of use cases.

To secure your S3 resources, you can take the following steps:

Use strong, unique passwords and enable multi-factor authentication (MFA) for your Amazon Web Services (AWS) root account and IAM users.
Use AWS Identity and Access Management (IAM) policies to control access to your S3 resources.
Enable Amazon S3 Transfer Acceleration to transfer data to and from your S3 bucket over the Amazon network.
Use Amazon S3 versioning to store multiple versions of an object in the same bucket, allowing you to preserve, retrieve, and restore every version of every object in your bucket.
Use Amazon S3 object tagging to classify, manage, and track the use of your S3 resources.
Enable Amazon S3 access logs to track requests made to your S3 bucket and objects.
Use Amazon S3 Inventory to get a report of your S3 objects and metadata on a daily or weekly basis.
Use AWS Key Management Service (KMS) to create and manage keys that you can use to encrypt your data stored in Amazon S3.

By following these best practices, you can ensure that your S3 resources are secure and well-protected.

Some potential cons or limitations of using Amazon S3 include:

Cost: While S3 is a pay-as-you-go service with no upfront costs, the cost of storing and accessing data can add up over time, especially for large amounts of data or frequent access.
Limited control over data placement: With S3, you don't have control over which data centers your data is stored in or which servers your data is stored on. This can be an issue for organizations that need to meet specific compliance or regulatory requirements for data storage.
Latency: Depending on the location of your users and the location of your S3 bucket, there may be some latency when accessing data stored in S3. This can be an issue for applications that require low latency or real-time access to data.
Limited support for certain file types: S3 does not support certain types of files, such as executable files or device files.
Lack of built-in backup and recovery: While S3 does have versioning and object lifecycle management features, it does not have built-in backup and recovery capabilities. You will need to implement your own backup and recovery strategy or use a separate service such as AWS Backup.

Overall, while Amazon S3 is a powerful and flexible storage solution, it may not be the best fit for every use case. It is important to carefully evaluate your storage needs and the potential pros and cons of using S3 before deciding if it is the right solution for your organization.

Ransomware: Top Five Ransomware attacks(2 min read)

2020-07-08T10:49:00.008-07:00

Ransomware

5 Most Dangerous Ransomware (2 minutes read)

Ransomware Warning

Youtube video link

Major types of Ransomware:

Crypto Ransomware – Encrypts valuable or important files on a computer so that the user cannot access them.

Locker Ransomware – Locks the user files and prevents access to data and files available on the PC.

Top Five Ransomware attacks:

1. WannaCry: It encrypts files on the PC’s hard drive after attacking a windows computer and makes it inaccessible for the user. To decrypt the files attacker demands a ransom payment in bitcoin. (Bitcoin- so as no one can trace where the money is going).

2. Bad Rabbit: It spreads through ‘drive -by’ method, which means a user visits a authentic/ legitimate website, unaware of the fact that they have been compromised by a hacker.

3. Petya: It encrypts the victim’s entire hard drive and it does this by encrypting the Master File Table (MFT) thus making it impossible to access files on the disk. Basically, it spreads through HR departments (viz. through fake email of job application with an infected dropbox link.

4. Jigsaw: It encrypts computer files and gradually/ slowly deletes them unless a ransom (payment) is paid to decrypt the files. It was designed to spread through malicious attachments in spam emails and gets activated when a user downloads the malware programme which encrypts the user files.

5. Troldesh: Spread via spam emails which contained infected links or attachments. The most interesting thing about this is that, attackers communicated with victims directly over email to demand ransoms. Cyber criminal even negotiated for victims who they built a rapport with, which rarely happens.

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TAGS: Secure Your Smartphone,Secure Phone, Hackers, Smartphone Protection, Protect Phone, cypheradda, secure, cyber security tips for all

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What Is Cyberbullying | Methods Used for Cyberbullying | Cypheradda

2019-08-25T11:29:00.001-07:00

What Is Cyberbullying | Methods Used for Cyberbullying | Why Do People Do It | Cypheradda

Cyberbullying is a form of bullying or harassment using digital or electronic means. Cyberharassment and cyberbullying are also known as online bullying. It has become increasingly common, especially among teenagers.
Cyberbullying is when someone, specially teens, harass or bully others on the internet, particularly on social media sites. Harmful bullying behavior can include posting rumors, sexual remarks, threats, a victims' personal information, or pejorative labels (i.e. hate speech).
Bullying can be identified by repeated behavior and an intent to harm.
Victims may experience lower self-esteem, increased suicidal ideation, and a variety of negative emotional responses, including being angry,scared, depressed, and frustrated.

Why Do People Do It - Cyberbullying ?

Why would someone be a cyberbully? There are many reasons to bullies themselves.

what seems like online harassment may be accidental. The impersonal nature of posts, text messages, and other ways of communicating online means it can be hard to figure out if someone is joking or not.

Most people know when they're being bullied, though, because bullying involves threats or repeated insults. The people or person or friend doing the bullying know they've crossed a line, too. It's not a joke or insult — it's constant harassment and threats that go beyond typical fun teasing or a nasty comment made in anger.

Methods used (Methods Used for Cyberbullying)

To educate the public, teachers and parents summarize,
"Cyber bullying is being cruel to others by posting or sending harmful material using a smartphone or the internet."
Research and education in the field are ongoing. Research has identified basic definitions and guidelines to help recognize and cope with what is regarded as abuse of electronic communications.

Cyberbullying involves repeated behavior with intent to harm.
Cyberbullying is perpetrated through cyberstalking, harassment, denigration (posting or sending cruel rumors and falsehoods to damage reputation and friendships), impersonation, and exclusion (intentionally and cruelly excluding someone from an online group)

-In social media

There are many risks attached to social media sites, and cyberbullying is one of the larger risks.
One million children were harassed or subjected to other forms of cyberbullying on Facebook during the past year,
Approx. 90 % (percent) of teens using social media witnessed online cruelty say they have ignored mean behavior on social media, and 35% (percent) have done so frequently.
95% (percent) of social-media-using teens who have witnessed cruel behavior on social networking sites say they have seen others ignoring the mean behavior, and 55% (percent) have witnessed this frequently.

-In gaming

Gaming was a more common venue for men where they experience harassment, whereas women's harassment tended to occur via social media
Sexual harassment in gaming usually involves slurs directed towards girls, sex role stereotyping, and overaggressive language

-In search engines

Information cascades happen once users begin passing on data they assume to be true, however cannot grasp to be true, supported data on what alternative users do.
This can be accelerated by search engines' ranking technologies and their tendency to come back results relevant to a user's previous interests.
This type of knowledge spreading is tough to prevent.
Information over social media and the Internet may also be harmless, and may contain truthful information.

Signs of Cyberbullying

Many teens and kids who are cyberbullied don't want to tell a parent or teacher, often because they feel ashamed of the social stigma or fear that their computer privileges will be taken away at home.

Signs of cyberbullying vary, but may include:

If he/she withdrawal from family members, friends, and activities
If he/she avoiding school or group gatherings
If he/she slipping grades and "acting out" in anger at home
If he/she being emotionally upset during or after using the Internet or the phone
If he/she being very secretive or protective of one's digital life
If he/she changes in mood, behavior, sleep, or appetite
If he/she wanting to stop using the computer or cellphone
If he/she being nervous or jumpy when getting an instant message, text, or email
If he/she avoiding discussions about computer or cellphone activities

What Can I Do About Cyberbullying?

Sometimes, people are not sure or afraid if they're being bullied or note. So they don't do anything about it. If you're being bullied, harassed, or teased in a hurtful way — or know someone who is — you don't have to suffer in silence. In fact, you absolutely should report any upsetting posts, texts, messages, or emails.

Tell someone

Most experts agree and suggest: The first thing to do is tell an adult you trust. This is often easier said than done. People who are cyberbullied may feel embarrassed or shy to report a bully. Some are hesitating because they're not 100% sure who is doing the bullying. But bullying can get worse by time, so speak up until you find someone to help. Sometimes police can track or track down an anonymous online bully, so it's often worthwhile to report it.

Parents(Most) are so concerned about protecting their kids that sometimes they focus on taking major steps to stop the bullying. If you're being bullied and worry about losing your computer privileges or phone ,explain your fears to your parents. Let them know how important and necessary it is to stay connected, and work with them to figure out a solution that doesn't leave you feeling punished. You may have to do something on safe phone or computer use — the first thing is to get the bullying under control.

You also can talk to your school teacher ,counselor or family member. If the bullying feels like if it's affecting your sleep or concentration, therapy can help. If you're not ready for that, Take benefit from the support of a trusted adult.

Walk away

Ignoring bullies is the best way to take away their power, but maximum time its not easy to do — in the real world or online.

If you see something disappointing , try to step away from the laptop/computer or turn off your phone for a while. Don't respond or reply, and never forward or share the message to someone else. Find something to distract yourself from what's going on. Do something you love that doesn't give you time to think about what's happening, like playing the guitar, going for a run, or losing yourself in a book or movie. You can also do chat with a parent or sibling or friend or play with a pet.

Taking a break like this allows you to keep focus on the good things in your life. It also gives you time to find out how you want to handle things or situations.

Report bullying

Social media sites take it seriously when people post cruel/bad or creepy or mean stuff or set up fake accounts. If users report abuse, the site administrator may block the bully from using the site in the future and remove it from group. If someone sends you mean texts or emails, report it to phone service or email providers (such as Comcast, Google, and Verizon).

Block the bully

Most devices have settings that let you digitally block the bully or bullies from sending notes or message. If you don't know how to do this, ask a friend or take suggestion from adult who does.

Be safe online

Password protect your smartphone and your online sites,or social media accounts, and change your passwords regularly. Be sure to share your passwords only with your parent or guardian.
It's also wise to think twice or thrice before sharing photos/videos or personal information that you don't want the world to see. Once you've posted a message or photo or video, it can be impossible to delete. So remind yourself to be cautious when responding to someone's upsetting message or posting photos,video online.

If a Friend Is a Bully

If you know of a friend who is acting as a cyberbully, take him or her aside and talk about it because it is necessary. Without putting your friend down, stand up for your own principles and handle them: Let the bully know it's not OK.

Explain to your friend that bullying can have serious/dangerous consequences: for the bully, for those being bullied, and even for bystanders like you and your friends.

TAGS:-
What Is Cyber bullying | Methods Used for Cyber bullying | Cypheradda
Cyber bullying | Cyberbullying | Cyber_bullying | cyberharassment

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Top 6 cyber security tips for college students:
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Challenges of smartphone mobile security

2019-06-21T06:57:00.002-07:00

This article is about Challenges of smartphone mobile device security.

Mobile security or Smartphone device security, has become increasingly important in mobile computing. Major Concern is that security of personal and business information now stored on smartphones.

More and more users as well as businesses use smartphones to communicate, but also to plan and organize their users' work and also private life. Within Organizations, these technologies are causing knowledgeable changes in the organization of information systems and therefore they have become the source of new risks.

Actually, Smartphones collect amount of sensitive information to which access must be controlled to protect the privacy of the user and the intellectual property of the company.

All smartphones, are preferred targets of attacks. These attacks exploit weaknesses present in smartphones that can come from the different communication mode—like Short Message Service (SMS, text messaging), Multimedia Messaging Service (MMS), Bluetooth ,WiFi and GSM. There are many exploits also that target software vulnerabilities in the browser or operating system. And some of the malicious software relies on the weak knowledge of an average user.

Security countermeasures are developed as well as applied to smartphones, from security in different layers of software to the dissemination of information to users(End User).

Good practices is required at all levels, from design to use, through the development of operating systems, software layers, and downloadable apps.

Challenges of smartphone mobile security

Smartphone mobile security - Threats

A smartphone user is exposed to numerous threats once they use their phone.
These threats will disrupt the operation of the smartphone, and transmit or modify user data.
So applications should guarantee privacy and integrity of the data they handle.
Even some applications may themselves be malware, their activities must be be restricted (for ex, restricting or stooping the apps from accessing location information via GPS,blocking access to the user's address book, sending SMS messages that are billed to the user, etc.).

There are three prime targets for attackers:

Availability: Offensive a smartphone will limit access to that and deprive the owner of its use.

Data: Smartphones are devices for information management, and should contain sensitive information like mastercard numbers, authentication data, private information, activity logs (calendar, call logs);

Identity: Smartphones are extremely customizable, that the device or its contents will simply be related to a particular person.

For ex. , Each mobile device can transmit information related to the owner of the mobile phone contract and an attacker may want to steal the identity of the owner of a smartphone to commit other offenses;

There are variety of threats to mobile devices, including annoyance, stealing money, invading privacy, propagation, and malicious tools.

Malicious applications: Hackers transfer malicious programs or games to third-party smartphone application marketplaces.

The programs steal personal data and open backdoor communication channels to put in further applications and cause alternative issues.

Malicious links on social networks: A good thanks to unfold malware wherever hackers will place Trojans, spyware, and backdoors.

Botnets: attackers infect multiple machines with malware that victims generally acquire via e-mail attachments or from compromised applications or websites. The malware then gives hackers remote control of "zombie" devices, which can then be instructed to perform harmful acts.

Spyware: Attacker or hackers use spyware to hijack phones, allowing them to see text messages ,hear calls and e-mails as well as track someone's location through GPS updates.

The supply of those attacks are a similar actors found within the non-mobile computing space:

Professionals,commercial or military, who focus on the three targets mentioned above.
They steal sensitive information from the final public, as well as undertake industrial espionage.
They will additionally use the identity of these attacked to realize alternative attacks;
Thieves United Nations agency need to realize financial gain through information or identities they need taken.
The thieves can attack many folks to extend their potential income.
Black hat hackers who specifically attack availability.Their primary goal is to develop viruses, and cause damage to the device.In some cases, hackers are interested in stealing data from devices.
Grey hat hackers United Nations agency reveal vulnerabilities.Their goal is to expose vulnerabilities of the device.Grey hat hackers don't intend on damaging the device or stealing information.

Smartphone mobile security - Consequences

When a smartphone is infected by an attacker, the attacker will try many things:

The attacker will control the smartphone as a zombie device, that's to mention, a device with that the attacker will communicate and send commands which is able to be accustomed send unsolicited messages (spam) via sms or email.
The attacker will simply force the smartphone to create phone calls.
For example, attacker will use the application program interface (API)(library that contains the fundamental functions) PhoneMakeCall by Microsoft, which collects telephone numbers from any source such as telephone book, so decision them.But the attacker can also use this method to call paid services, resulting in a charge to the owner of the smartphone.
It is additionally terribly dangerous as a result of the smartphone might decision emergency services and so disrupt those services.

A HACKED smartphone will record conversations between the user and others person and send them to a 3rd party. this may cause user industrial security and privacy problems.
The attacker can remove the personal (photos, music, videos, etc.) or professional data (contacts, calendars, notes) of the user.
An aggressor may also steal a user's identity, and their identity (with a duplicate of the user's sim card or maybe the phonephone itself), and thus impersonate the owner.
This raises security concerns in countries where smartphones can be used to place orders, view bank accounts or are used as an identity card.
The attacker can prevent the operation and/or be starting of the smartphone by making it unusable.
This attack can either delete the boot scripts, resulting in a phone without a functioning OS, or modify sure files to create it unusable (e.g. a script that launches at startup that forces the smartphone to restart) or even embed a startup application that would empty the battery.
The aggressor will scale back the utility of the smartphone, by discharging the battery.For example, they can launch an application that will run continuously on the smartphone processor, requiring a lot of energy and draining the battery.
One issue that distinguishes mobile computing from ancient desktop PCs is their restricted performance.
Frank Stajano and Ross Anderson initial delineated this kind of attack, vocation it AN attack of "battery exhaustion" or "sleep deprivation torture".

NOTE: Challenges of smartphone mobile security

TAGS: SMARTPHONE ,HACKER,SMARTPHONE HACKED, MOBILE SECURITY,MOBILE SCAM,DATA THEFT,CHALLENGES OF SMARTPHONE,CYPHERADDA

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8 Easy Ways to Secure Your Smartphone Against Hackers -

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10 Things What Information Your Phone Contains Secretly?

2019-06-15T23:15:00.001-07:00

WHAT DO YOUR PHONE KNOWS ABOUT ?

ALERT : 10 Things What Information Your Phone Contains Secretly?

Whether your phone is in your pocket or on desk, It retains a lot of personal data. And all this information is vulnerable to cyber criminals.

Here is Ten things which your phone contains secretly.

1)PASSWORD

Password stored in web browser auto fill form and password stored in the file system are secretly stored by your smartphone.Don't save PASSWORD.

2)BANK ACCOUNT DETAILS

All downloaded bank statement is accessed by you smartphone.Which can make your Bank balance to ZERO.So, Don't store this information.

3)CURRENT LOCATION GPS

You current location is accessed by your smart phone every time.What you doing,where you are.Your privacy is at risk.so, OFF GPS.

4)RECENT FILES KEEP BY APPLICATIONS

Recent file accessed list is kept by operating system and various appliction keep thier own recent file list which is vulnerable and harmful for our security.

5)DELETED FILES

All deleted files,including ones no longer in recycle bin or trash ,can be recovered until physical storage space overwritten.

6)CONTACTS

All contacts, address book contacts,email contacts, whatspp contacts are monitored by many applications. STOP GIVING PERMISSION TO RANDOM APPLICATIONS. WHICH HAVE NO USE OF CONTACT.

Example:- Why giving Contact permission to Photo editing application(Deny them).

7)PHONE CALL LOGS

All call logs stored on your phone which is dangerous if phone get HACKED or STOLEN by someone.

8)TEXT MESSAGES

All Text Message Logs are stored on phone which some time contains BANK accountant details or SENSITIVE details which is dangerous for you.

9)CREDIT/DEBIT CARD DETAILS

Downloaded credit/Debit card statement or web browser autofill data track your SENSITIVE details which is Dangerous for you.So, Don't store them in you phone.

10)NAME AND ADDRESS AUTO FILL IN BROWSER

Name and address details filled on browser by you is dangerous if phone get HACKED.

So, clear you cookies and session before exiting you browser.

10 Things What Information Your Phone Contains Secretly?

TAGS: 10 THINGS,INFORMATION,SMARTPHONE,SPYING ,SECRETLY,PHONE,CONTAINS DATA,HACKING,CYBER CRIME,CYPHERADDA

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Buffer Overflow Attack And its Prevention Techniques

2019-05-21T08:28:00.003-07:00

What is Buffer Overflow Attack And its Prevention Techniques, Buffer overflow is very dangerous for systems. Lets discuss this.

WHAT IS A BUFFER OVERFLOW?

A buffer overflow, is a common software coding mistake that an attacker could exploit to gain access to your system.

Definition of a Buffer Overflow

A buffer overflow occurs when more data is put into a fixed-length buffer than the buffer can handle.
The extra data, that should go somewhere, can overflow into adjacent memory space, corrupting or overwriting the data held in that space.
This overflow usually results in a system crash, but it also creates the opportunity for an attacker to run arbitrary code or manipulate the coding errors to prompt malicious actions.
Many programming languages are vulnerable to buffer overflow attacks.
However, the extent of such attacks varies depending on the language used to write the vulnerable program.

For example, code written in JavaScript and Perl is generally not susceptible to buffer overflows.

However, a buffer overflow in a program written in C, C++, Assembly or Fortran could allow the attacker to fully compromise the targeted system.

Key Concepts of Buffer Overflow

This error occurs when there is more data in a buffer than it can handle, causing data to overflow into adjacent storage.
This vulnerability can cause a system crash or, worse, create an entry point for a cyberattack.
C and C++ are more vulnerable to buffer overflow.
Secure development practices ought to embody regular testing to observe and fix buffer overflows.
These practices include automatic protection at the language level and bounds-checking at run-time.

Executing a Buffer Overflow Attack

Cybercriminals exploit buffer overflow issues to change the execution path of the applying by overwriting elements of its memory.
The extra data may contain code designed to trigger specific actions — in effect sending new instructions to the attacked application that could result in unauthorized access to the system.

Buffer Overflow Causes

Coding errors square measure usually the reason for buffer overflow.
Common application development mistakes that can lead to buffer overflow include failing to allocate large enough buffers and neglecting to check for overflow problems.
These mistakes are especially problematic with C/C++, which does not have built-in protection against buffer overflows.
Consequently, C/C++ applications square measure typically targets of buffer overflow attacks.

Example: Buffer Overflow Attack

[Reference from “Buffer Overflow Attack Explained with a C Program Example,” Himanshu Arora, June 4, 2013, The Geek Stuff]

In some cases, an attacker injects malicious code into the memory that has been corrupted by the overflow. In other cases, the attacker simply takes advantage of the overflow and its corruption of the adjacent memory. For example, consider a program that requests a user password in order to grant the user access to the system. In the code below, the correct password grants the user root privileges. If the password is incorrect, the program will not grant the user privileges.

printf ("\n Correct Password \n");

pass = 1;

}

if(pass)

{

/* Give admin or root rights to user*/

printf ("\n Root privileges given to user \n");

}

return 0;

However, there's a possibility of buffer overflow during this program as a result of the gets() operate doesn't check the array bounds.

Here is an example of what an attacker could do with this coding error:

$ ./bfrovrflw

Enter the password :

hhhhhhhhhhhhhhhhhhhh

Wrong Password

Root privileges given to the user

In the above example, the program gives the user root privileges, even though the user entered an incorrect password. In this case, attacker gives an input with a length greater than the buffer can hold, creating buffer overflow, which overwrote the memory of integer “pass.”

Therefore, despite the incorrect password, the value of “pass” became non zero, and the attacker receives root privileges.

Preventing Buffer Overflows

By Following these step we can prevent Buffer Overflow:

1) Use safer versions of functions: Safer alternatives square measure obtainable for all the standard functions beset by buffer overflows.

For instance, strncpy and snprintf are safer than the older strcpy and sprint.

When new applications square measure being developed, make sure that solely the safer variants square measure used.

2) Dynamic runtime protection: Buffer overflow conditions square measure detected throughout the particular running of the program during this technique, and an attack thwarted.

Different techniques of dynamic runtime analysis are:

Memory Access checking: Here, verification code is added to the binary when the program is compiled. It checks access violations in real time.

Tools like Purify supply this protection with very little impact on performance.

Canary: once a call is formed, a "canary" is added to the return address; if a buffer overflow occurs, the canary will be corrupted.

So, before returning to the parent operate, the "canary" is checked again to see if it has been modified.

Stack Guard uses this system by implementing it as a patch to the GCC complier; this causes minimum performance delays.

Free BSD conjointly incorporates a patch obtainable to try and do this.

Array bounds Checking: once Associate in Nursing array is scan from or written to, this system double-checks whether or not the boundaries square measure being desecrated.

Jones & Kelly‘s GCC & Compaq C Complier patch perform array bounds checking, but at the cost of considerable performance degradation.

Copying come back Address: during this technique, the address is saved separately; thus even once a buffer overflow exploit overwrites the address on the stack, it's set back

to the original value when the function returns. Stack Shield - a development tool that uses this technique - works as an assembler file processor and is supported by GCC/G++ front ends.

Stack protect but, protects against solely overwriting of the address.

3) Non-executable stack: during this technique the stack is organized to not hold any possible code.

Kernel patches square measure obtainable for each UNIX and Solaris for configuring a non-executable stack.

Data execution hindrance in Windows XP and 2003 conjointly defend the stack against buffer overflow.

This method protects against stack-based buffer overflow attacks.

Heap-based overflows and static knowledge section overflows cannot, however, be prevented by this technique.

4)Static Analysis: In static analysis the ASCII text file is parsed for dangerous library calls and race conditions to notice potential buffer overflows.

Functions like strcpy and sprintf square measure liable to buffer overflows, so source code scanners are used to look for incorrect use of these functions.

RATS and SPLINT square measure 2 such tools; but static analysis is riddled with false positives.

Buffer Overflow Attack And its Prevention Techniques

TAGS: #Buffer Overflow, #Preventing Buffer Overflow,#Overflow prevention,#Buffer Overflow Mitigation, #What is Buffer Overflow,#cypheradda, #Prevention from buffer overflow

Cyber Crime and Types Of Cyber Crime in 2019 - CypherAdda

2019-05-18T06:45:00.001-07:00

What is Cyber Crime?

Cybercrime is defined as a crime where a computer is the object of the crime or is used as a tool to commit an offense. A cybercriminal may use a device to access a user’s personal information, confidential business information, government information, or disable a device. It is also a cybercrime to sell or elicit the above information online.

Cyber Crime and Types Of Cyber Crime | 2019

Types of Cyber Crime

1)Identity Theft

criminal accesses data about a person’s bank account, credit cards, Social Security number, debit card and other sensitive information to siphon money or to buy things online in the victim’s name.

It may result in major monetary losses for the victim and even spoil the victim’s credit history.

2)Hacking

It is a simple term that defines sending illegal instruction to any other computer or network. In this case, a person’s computer is hacked so that his personal or sensitive information can be accessed. The criminal uses a variety of software to crack a person’s computer and the person may not be aware that his computer has been accessed from a remote location. Often, government websites are a hot target for hackers because it helps them gain notoriety which is further fuelled by aggressive media coverage. This is different from ethical hacking which is used by many organization to check their Internet security protection.

3)Cyber Stalking

This is a kind of online harassment wherein the victim is subjected to a barrage of online messages and emails.

Typically, these stalkers apprehend their victims and rather than resorting to offline stalking, they use the Internet to stalk.

However, if they notice that cyberstalking isn't having the required impact, they begin offline stalking along with cyberstalking to make the victims’ lives more miserable.

4)Social Engineering

Social engineering involves criminals creating direct contact with you always by phone or email.

They want to gain your confidence and usually pose as a customer service agent so you’ll give the necessary information needed.

This is generally a secret, the company you work for, or bank information.

Cybercriminals will find out what they can about you on the internet and then attempt to add you as a friend on social accounts. Once they gain access to an account, they can sell your information or secure accounts in your name.

5)Phishing

This type of attack involves hackers causation malicious email attachments or URLs to users to realize access to their accounts or pc.

Cybercriminals are becoming more established and many of these emails are not flagged as spam. Users are tricked into emails claiming they need to change their password or update their billing information, giving criminals access.

6)Piracy or Theft

when a person violates copyrights and downloads music, movies, games, and software then this is called piracy crime.

There square measure even peer sharing websites that encourage software package piracy and plenty of of those websites square measure currently being targeted by the Federal Bureau of Investigation.

Today, the judicial system is addressing this cybercrime and there are laws that prevent people from illegal downloading. Film producers and directors often become victims of this crime.

7)Cyber Terrorism

Spreading computer viruses, or physical attacks using malware, to attack individuals, governments and organizations using computer networks.

The goal of terrorism is to create a feeling of terror in the minds of the victims. Keeping this concept in mind, it becomes easier to differentiate cyber-attacks for a financial, or egotistical, gain from acts of cyber terrorism.

Cyber terrorists operate with the goal of injury and destruction at the forefront of their activities.

8)Child pornography and Abuse

The internet is being highly used to abuse children sexually worldwide.

This is additionally a sort of cyber-crime whereby criminals solicit minors via chat rooms for the aim of kid erotica.

The Cybersecurity department of every nation is spending a lot of time monitoring chat rooms frequented by children with the hopes of reducing and preventing child abuse and soliciting.

9)DDoS Attacks

These are used to make an online service unavailable and take the network down by overwhelming the site with traffic from a variety of sources. Large networks of infected devices known as Botnets are created by depositing malware on users’ computers. The hacker then hacks into the system once the network is down.

10)Online Scams

Online Scams are in form of spam emails or ads that include promises of rewards or offers of unrealistic amounts of money. Online scams include enticing offers but when clicked on can cause malware to interfere and compromise information.

TAGS:- Cyber Crime, Types of Cyber Crime,cybercrime,cypheradda, 2019,#cypherAdda

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8 Easy Ways to Secure Your Smartphone Against Hackers - CypherAdda

2019-05-10T10:49:00.001-07:00

8 Easy Ways to Secure Your Smartphone Against Hackers - CypherAdda

1)Lock your phone

Sure, it's a lot easier to keep your phone unlocked all the time because you can get to your email, camera, texts and other features more quickly.

But simply assume however you'd feel if a interloper or stranger found your phone on a bus seat or in a very cafe and will simply faucet(tap) on your email or contacts or banking app or photos.

To prevent that from happening, always engage the four- or six-digit passcode – or set up a longer alphanumeric code – so that if you ever lose track of your phone, it won't open your entire business to a stranger.

Touch ID or Face ID (depending on your handset) can get you into your iPhone without entering the password. Android users have a choice of setting up a PIN or a pattern screen lock.

Also, make sure to watchword defend all mobile apps that contain personal knowledge, like banking, email and your Amazon account.

2)Lock your apps

A few smartphone brands now offer this feature. You can individually lock installed apps with a passcode or with fingerprint scan.

This adds an additional layer of security for your knowledge and content, particularly if you've got bimanual over your phone to somebody to point out one thing.

In case your phone doesn't have it, you'll be able to get this feature by putting in third party apps like AppLock or Norton AppLock.

3)Only use trusted apps

Google includes a department dedicated to review of apps being supplementary to the play store for users.

This removes majority of harmful apps before they reach the users.

However, there are various other sources from where you can download apps for Android and there are no checks if the apps are safe or malicious.

So, to air the safer facet, it's suggested to disable installation of apps from unknown sources.

Go to settings > security on your android smartphone and you'll see an choice of ‘Install apps from Unknown Sources’, make sure that is switched off.

4)Update your OS and apps promptly

Did your phone provide you with a warning that there's an OS or app update – and you unnoticed that notification?

Software updates will typically appear troubled, but they are critical in protecting your phone's security.

Many hackers exploit vulnerabilities that companies strive to fix before the disaster of stolen information or fraud takes place. The longer you wait to update, the more vulnerable your system becomes.

5)Plan ahead for emergencies

Even if your phone gets lost or taken, you can contain the damage by making sure none of your precious secrets can be accessed by thieves or strangers.

Both Apple and Google provide notice Device services like notice My iPhone and android Device Manager that may find your phone on a map and mechanically disable it.

These services may also create your phone ring, either alarming the thief or just locating a phone you have temporarily lost track of.

You can even arrange for the phone to delete all information after five to 10 false passcode tries.

6)Strengthen permissions

Check the apps on your phone to determine whether they have more privileges than they need to get the job done.

You can grant permissions to applications like access to the camera, the microphone, your contacts and your location.

Keep track of which permissions you've given to which apps, and revoke permissions that are not needed.

For iPhones, go to Settings and tap on Privacy, where you'll see a list of all permissions and the apps you've granted them to.

Android users will notice app permissions within the Application Manager underneath Device > Application in some android versions.

7)Use two-factor authentication wherever possible

Two-factor authentication (2FA) is one of the least favorite security options around because you need to receive and type in an additional code beyond your password to get into your apps.

However, it offers another solid barrier to access your personal info.

If you use an iPhone, be sure to also enable 2FA on your Apple ID because your Apple ID hooks into all your devices and can access your iCloud account. That means entering a password plus a six-digit authorization code when logging in to a device from a new machine.

8)Back up your data

Bad stuff happens, but don't compound the problem by not being prepared. Always back up your data.

This is general sensible apply and protects your necessary documents and pictures just in case of any smartphone loss.

For an Android phone,, make sure "Back up my data" and "Automatic restore" are enabled in the settings and then sync your data with Google.

For an iPhone, opt for your device within the settings so duplicate to iCloud.

TAGS: Secure Your Smartphone,Secure Phone.Hackers,Smartphone Protection,Protect phone,cypheradda,secure,cyber security tips for all

TOP 10 WAYS TO DETECT A PHISHING OR SPOOFING EMAIL :-

https://cypheradda.blogspot.com/2019/05/top-10-ways-to-detect-phishing-or.html

5 CyberSecurity Tips For Workplace

2019-05-07T11:29:00.001-07:00

1. create cyber security a priority and established a technique

Protecting your firm against cyber threats needs to begin with the understanding that you just, similar to anyone else, will fall victim of cyberattacks.
Downgrading the potential of an attack by saying “it won’t happen to me” is just not the right attitude in today’s world where cyberattacks spread at an alarmingly rapid rate.
Hence, you would like to require cyber security seriously and create it a priority at intervals your organisation.
You need to line up a security strategy by accessing and classifying the information you handle and by determinant the precise level of security required to shield them.
A key element of your strategy is to make sure you have effective controls in place appropriate to the level of sensitivity of your data.
You should conjointly perpetually look out for developments within the technical school area, in terms of both new threats and tools.

2. Promote awareness among workers

A recent study discovered that the largest cyber security risk to businesses is worker negligence. workers still fall victims of phishing scams, click on malicious links which will infect your entire ADPS, or accidentally expose sensitive information once acting on a mobile device publicly.
Therefore, a key a region of your security strategy should be awareness raising and worker work to substantiate that your employees understands the importance of knowledge protection and security protocols.

3)Don’t write down passwords

We know that everyone has a lot going on at work, and passwords — a different, strong password for every product and service — are hard to remember. However, sharing passwords or writing them on a sticky note for anyone to see is an easy way to compromise your company or your own personal data.
So, what can you do? Try a password manager that generates secure passwords and remembers them for you. Many available in market Use any approach to secure your workplace.

4)Avoid phishing trips

One of the approaches criminals use to induce into company networks is impersonating a legitimate e-mail sender.
No company, large or small, is immune to phishing; it’s happened to some of the best.
At a little business, you will suppose that you just don't seem to be a target, but your data and access to your customer files is a big deal.
Criminals salivate at the thought of stealing the in person diagnosable information control in your client records.
They sell and trade it on dark elements of the net.
So, how can you avoid phishing? It’s deceptively simple: Think before you click.
What should you think about?
Is the link good? Always check every link before clicking. Hover over it to preview the URL, and look carefully for any misspelling or other irregularity.
If you’re unsure in the slightest degree, simply open a new browser tab and enter the main URL of the site manually.
Does the message include an attachment?
Even if a message appears legitimate, treat links and attachments with suspicion — a colleague could have been hacked.
Does the message seem reasonable and legitimate?
Be cautious even with internal messages from your own workplace.
It’s merely not that onerous to fabricate a faux letter that appears sort of a real one — for instance, authorizing a payment — although typically, odd syntax or other
unexpected irregularities are present and should raise a red flag.

5)Physical security

If you're employed during a physical workplace, one piece of security that you always need to be aware of is the human factor — for example, the building perimeter.
Building staff and employers do a lot to ensure safety in the workplace. However, everyone in the office has to have a commitment to one another’s safety. If you see someone you do not recognize in the office or trying to get in, don’t be afraid to ask them a question or to alert building security of a potential intruder.
It is not remarkable for criminals to undertake to achieve access to offices to commit crimes, whether or not physical or cyber.

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TOP 10 WAYS TO DETECT A PHISHING OR SPOOFING EMAIL

2019-05-05T06:34:00.002-07:00

Below is TOP 10 WAYS TO DETECT A PHISHING OR SPOOFING EMAIL |

1. Don’t believe everything you see
Phishers are extremely good at what they do.Just because Associate in Nursing email has convincing complete logos, language, and a seemingly valid email address, does not mean that it’s legitimate.
Be skeptical once it involves your email messages—if it's even remotely suspicious, don’t open it.

2. Look but don’t click
Hover your mouse over any links embedded within the body of the e-mail.
If the link address appearance weird, don’t click on it.If you wish to check the link, open a new window and type in website address directly rather than clicking on the link from unsolicited emails.

3. Check for spelling mistakes
Brands are pretty serious about email.Legitimate messages typically don't have major orthography mistakes or poor synchronic linguistics.
Read your emails fastidiously and report something that looks suspicious.

4. Don’t trust the display name
A favorite phishing manoeuvre among cybercriminals is to spoof the show name of Associate in Nursing email.
This deceitful email, once delivered, appears legitimate because most user inboxes only present the display name.
Don’t trust the display name.
Check the e-mail address within the header from—if appearance suspicious, don’t open the email.

5. watch out for imperative or threatening language within the subject line
Invoking a way of urgency or worry could be a common phishing manoeuvre.
Beware of subject lines that claim your “account has been suspended” or your account had Associate in Nursing “unauthorized login try.”

6. Don’t give up personal information
Legitimate banks and most different firms can ne'er invite personal credentials via email.
Don’t give them up.

7. Analyze the salutation
Is the email self-addressed to a obscure “Valued Customer?
” If so, watch out—legitimate businesses can typically use a private salutation along with your 1st and name.

8. Review the signature in email
Lack of details regarding the signer or however you'll be able to contact a corporation powerfully suggests a phish.Legitimate businesses always provide contact details.

9. Don’t click on attachments
Including malicious attachments that contain viruses and malware could be a common phishing manoeuvre.
Malware will harm files on your laptop, steal your passwords or spy on you without your knowledge.
Don’t open any email attachments you weren’t expecting.

10. Don’t trust the email header from email address
Fraudsters not solely spoof brands within the show name, however conjointly spoof brands within the header from email address.

TAGS: PHISHING EMAILS,SPOOFING EMAILS,FAKE EMAILS,EMAIL, FRAUD EMAILS,SCAM EMAIL,EMAIL FRAUDs,CYPHERADDA

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Top 6 Cyber Security Tips for College Students 2019

2019-05-04T06:53:00.001-07:00

Top 6 Cyber Security Tips for College Students 2019

1. Protect Your Devices/Mobile/Laptop

Protecting your devices includes keeping them safe from physical thieving.
Never leave devices unattended in public.
When you leave your devices in your area on field, don’t leave them during a visible spot.
You can use a cable lock for laptops and alternative devices to stay them secure.

2. Share With Care

Social media is all concerning sharing, however it doesn’t mean you must create your whole life public.
Do not make your personal information public.
You don’t need to inform the planet once you’re departure the dormitory and departure your belongings unattended.

Your university is doing a great deal to guard you on-line, however you continue to have a great deal of responsibility towards your own safety.
Visit staysafeonline.org for a lot of tips, resources and news about guarding your online safety, security and privacy.

3. Manage Your - and Others’ - Privacy

No one ought to post photos of you on social media while not your permission.
Unflattering content – or photos of you underneath the influence or participating in risky behavior – may gift disciplinary risks and/or impact your ability to induce jobs within the future.
Ask friends to induce your permission before posting concerning you, and do an equivalent for them.
The golden rule applies online as well.

4. Think Before You Click Anywhere

Before you open any email or click any link you’re unsure concerning, stop and assume.
Make sure your antivirus is updated. Think: do you really need to click?
When doubtful a couple of link or attachment, throw it out.

5. Use Public Computers Very Carefully(Computer Labs or Cybercafe)

You’re using a computer in the library? Never save your passwords on the websites you visit. Always log out before leaving a website. Delete all files you may have downloaded or saved from the device.

6. Never Share Passwords

So you’re expecting a crucial email and you thought your friend may check it for you?
Do not do that! It doesn’t mean you don’t trust them. Do not share your passwords!

TAGS:Cyber Security Tips,Cyber Security Tips College Student,top 6 2019,cypheradda

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Cyber Security Tips For All

Cybersecurity Career Paths for College Students: How to Get Started

Cybersecurity Career Paths for College Students: How to Get Started

Introduction

Table of Contents

Understanding Cybersecurity

Why Choose a Cybersecurity Career?

Cybersecurity Career Paths

1. Security Analyst

2. Penetration Tester

3. Incident Responder

4. Cryptographer

5. Security Consultant

Building the Foundation

1. Pursue a Degree in Cybersecurity

2. Develop Technical Skills

3. Gain Practical Experience

4. Obtain Certifications

Networking and Professional Associations

Job Opportunities and Industry Trends

1. Government Agencies

2. Private Companies

3. Nonprofit Organizations

FAQs

Q1: What is the average salary of a cybersecurity professional?

Q2: Are there any specific educational requirements for a cybersecurity career?

Q3: How long does it take to become a cybersecurity expert?

Q4: Is coding knowledge essential for a cybersecurity career?

Q5: What are the common challenges faced by cybersecurity professionals?

Q6: Are there any ethical considerations in cybersecurity?

Conclusion

Cybersecurity 101: Understanding the Fundamentals of Cybersecurity

Salary Range for Cyber Security Professionals as of march 2023

What is Amazon S3? How to secure your s3 resources? What are cons or limitations of s3?

Ransomware: Top Five Ransomware attacks(2 min read)

Ransomware

5 Most Dangerous Ransomware (2 minutes read)

TAGS: Secure Your Smartphone,Secure Phone, Hackers, Smartphone Protection, Protect Phone, cypheradda, secure, cyber security tips for all

What Is Cyberbullying | Methods Used for Cyberbullying | Cypheradda

What Is Cyberbullying | Methods Used for Cyberbullying | Why Do People Do It | Cypheradda

Why Do People Do It - Cyberbullying ?

Methods used (Methods Used for Cyberbullying)

-In social media

-In gaming

-In search engines

Signs of Cyberbullying

What Can I Do About Cyberbullying?

Tell someone

Walk away

Report bullying

Block the bully

Be safe online

If a Friend Is a Bully

Challenges of smartphone mobile security

Challenges of smartphone mobile security

Smartphone mobile security - Threats

There are three prime targets for attackers:

The supply of those attacks are a similar actors found within the non-mobile computing space:

Smartphone mobile security - Consequences

When a smartphone is infected by an attacker, the attacker will try many things:

NOTE: Challenges of smartphone mobile security

TAGS: SMARTPHONE ,HACKER,SMARTPHONE HACKED, MOBILE SECURITY,MOBILE SCAM,DATA THEFT,CHALLENGES OF SMARTPHONE,CYPHERADDA

10 Things What Information Your Phone Contains Secretly?

WHAT DO YOUR PHONE KNOWS ABOUT ?

ALERT : 10 Things What Information Your Phone Contains Secretly?

1)PASSWORD

2)BANK ACCOUNT DETAILS

3)CURRENT LOCATION GPS

4)RECENT FILES KEEP BY APPLICATIONS

5)DELETED FILES

6)CONTACTS

7)PHONE CALL LOGS

8)TEXT MESSAGES

9)CREDIT/DEBIT CARD DETAILS

10)NAME AND ADDRESS AUTO FILL IN BROWSER

TAGS: 10 THINGS,INFORMATION,SMARTPHONE,SPYING ,SECRETLY,PHONE,CONTAINS DATA,HACKING,CYBER CRIME,CYPHERADDA

Buffer Overflow Attack And its Prevention Techniques

WHAT IS A BUFFER OVERFLOW?

Definition of a Buffer Overflow

Key Concepts of Buffer Overflow