Public Key Pinning Boosts Website Security

In the effort to mitigate man-in-the-middle (MITM) attacks, which uses fraudulent SSL certificates, the Public Key Pinning Extension for HTTP (HPKP) has been designed, in order to create a more reliable method of approving a Web server's digital certificate. HPKP permits a site administrator to put up a certificate authority's (CA) public key or certificate to their server's certificate and send the data in an HTTP header. This enables browsers and other apps to see that a server's certificate is approved and signed by a specific whitelisted CS, rather than depending on a chain verification certificate to validate it. The certificate verification stage of the connection is used to carry out the check, prior to any data being sent by the browser.

Google Chrome has been supporting Public Key Pinning for some time now and it has helped in detecting fraudulent SSL certificate issued by DigiNotar, employed in a MITM attack against Google users in Iran and as intermediate CA certificates wrongly issued by TurkTrust. These lapses in the CA infrastructure are sabotaging the confidence in the CA hierarchy of trust. This is the main reason why important browsers are embracing certificate pinning. Besides, public key pinning is supported by Firefox and Google Chrome, Microsoft is also considering it for inclusion in Internet Explorer and a new Web browser, Spartan.

Firefox and Chrome involve a built-in pinset – a list of certificates that are acceptable for big, high security websites – but as of now, no browsers are supporting dynamic pinsets. This means that the list of agreeable certificate authorities for every pinned domain has to be re-loaded at the time of application build-in. This brings in scalability issues and removes all but the major websites. With the help of website application security services, Both vendors try and look at how well dynamic pinsets have to be supported. Web administrators who want to prepare their websites for dynamic pinning have to return the Public Key Pins HTTP header, if their site is accessed over HTTPS. For example, the following header can be send through a web server, which tells the browsers to join a specific SSL certificate with a website.

Header set Public-Key-Pins "pin-sha256=\"base64+info1==\"; pin-sha256=\"backup+pin+here==\"; max-age=15768000; includeSubDomains" (Note: This requires enabling of apache mod_headers)

Including a pin for a backup certificate, which is not being used in production, is also a good practice. This assures that the site is accessible, even after the main certificate gets removed.

Visit Here : http://www.avyaan.com/services/web-application-audit.php

Application Security Testing Helps in Safeguarding Your Apps from Threats

 

Like any other program, a mobile app is also vulnerable to security threats. With the growth of a large number of apps, which require storing and sharing of critical data like bank details or credit card information, personal ID's, data related to health, or making transactions. Because of this, security testing for mobile applications has become essential. It is important to analyze the threat and to plan out how to defend your mobile app against it. Conducting a test without security awareness is not a good idea.

Third-party libraries and codes are used in most of the mobile apps that are developed today. Third-party support is usually related to security threats, against which an app is vulnerable. Even if an app developer is aware of such threats, the performance can be ruined due to the open source components of the app. It also has the capability of sinking the app in the market, even before it emerges. 

Why Should Enterprises Be Concerned?

According to Gartner reports, in 2015, more than 75 percent of apps will not clear security tests – in iOS, android and windows platforms, as the fundamental business related security standards are lacking. The consequences are huge for enterprises as policies are at risk of being breached with critical business related data.

App Security Vulnerabilities

Usage of open source codes for non-core differentiating features is a customary practice and is openly accepted in the process of app development. Time and resources are saved over coding for elements that are non-essential in the app. Therefore, developers cannot ignore guiding third-party libraries and codes, as a part of app development. It is important to grasp the issues and license restrictions related with third-party codes, in order to understand the kind of security exposure faced by your app. A broad-based vulnerability database is created when you register to security updates, which directs towards the category of security threat that is applicable to your app, and checks for reported security concerns. Security threats that go unreported are related to proprietary code extensions or technological evolution, which can cause serious problems in application technology.

Third-Party Open Source Components Security Checklist

Automated testing tools like software security testing should be used to conduct the testing. The app developer should be fully aware of third-party open source components like security ramifications and issues on app users and apps. Capability with third-party party codes make sure that app developer takes complete responsibility of the security issues that are related to it and prohibits hacking by taking care of security flaws and app vulnerabilities.

Read more : https://storify.com/aahnajain1/software-security-for-expansion-of-your-business#publicize

Enterprises Losing Billions Due to Vulnerable S/W Applications

Forbes recently published an article called '#1 Cyber Security Threat to Information Systems Today', based on the survey conducted by Sungard Availability Services. 55% of respondents gave the top spot to vulnerable web applications.

According to Joe Caruso, the founder and CEO of GDF (Global Digital Forensics), a leading cyber security provider in New York, 'There are a few factors that converge to make applications a tricky cyber security concern for many organizations'.

Organizations today use so many web apps on so many different platforms that the numbers can get dizzying, not to mention the human resource and tools required to keep tabs on security. Then, there are a large number of developers creating apps, who come from every corner of the world with promises of offering customized apps at low costs. But, most often than not, security is not a part of the codes. They are able to provide functionality, effectiveness and convenience, but the safety features are not up to the mark. If security is not a part of the development cycle of an application, organizations can find themselves at the risk of cyber-attacks that can exploit their most valuable and sensitive data. Such attacks can prove to be very costly as well as messy for an organization.

The most effective software security solutions prioritize threats , from both the cause and effect standpoint. Complete in-depth testing of applications is usually not an option. It may be possible for a small company with limited amount of apps, but for a bigger organization that has thousands of apps on the books and where new applications are being implemented all the time, the expense and man-hours related to testing would be restrictive.

But, all apps are not the same, some do not pose a threat as they are not connected to sensitive company information and client data. They do not provide a gateway to intruders and they are of lower priority than others, which may be of medium or high risk. Specialized tools are required to judge the risks as there may be a lot of room for interpretation. Specific methods and expertise is required to approach the problem, for any real hope of success.

Vulnerability Tests to Determine the Risks

A skilled vulnerability assessment is required to determine the risks posed by every application. These assessments may include comprehensive penetration testing of every application, which determines whether they are susceptible to attacks.

For more Software Application security visit @ https://medium.com/@aahnajain/how-is-your-security-software-still-untapped-ac58ddbfafb3

Analyze World Encryption Software Market Trends and Predict 2019 with Applications and Deployment

The encryption software market is growing in popularity mainly due to the new trend of Bring Your Own Device (BYOD). There is a huge demand among organizations these days, to increase efficiency by safeguarding data transfer across mobile devices, with the help of emails.

Although encryption software market provisions have influenced both the user segments of enterprises as well as SMBs, there are some factors that confine growth in this market. For example, increase in organizational overhead expenses slows the process of its adoption. Also, expansive heterogeneity in devices platform augments the issue of functional interoperability among encryption solutions.

Taking this into consideration, the report further identifies the latest trends and patterns boosting the progression in the encryption software market in all regions.

The working ways of organizations are changing with extensive technological advancements like mobility and cloud. Diverse technological progressions such as social media, mobility, cloud and PC's, have been incorporated in businesses and they have led to growth in the data being generated across companies. Mobility is being used for superior productivity and this fact is quite evident from the widespread usage of mobile devices in businesses. Thus, the extensive usage of mobile devices such as tablets, smart phones, as well as removable media that accesses and transmits business data, increases the chances of data loss and breaches. This encourages adoption of data security solutions and Mobile Application Security across organizations. Also, the increasing security apprehensions in accessing business information and transfer of data across devices, calls for more security solutions.

Moreover, the adoption of encryption software is protected because of the evolution of authorized regulatory standards connected to data transfer and its security, which needs to be adhered with diverse industry verticals such as PCI DSS for BFSI and HIPPA for healthcare, as these solutions follow certain regulatory norms and facilitate secured access to data. Therefore, the development of these solutions further increase the demand of encryption software around the world.

Nowadays, organizations are taking up data security solutions to embrace flexible work culture in a secure way. It allows flexibility in work patterns for employees and increases productivity for companies.

Market sizing and forecasting exercises take different assumptions into considerations. Some of these assumptions include economic, political, technological, social and economic factors. The forecasts in emerging regions are expected not to be seriously affected because of the market fluctuations.

Get more information from here http://www.avyaan.com/blog/secure-your-smartphone/

How Protected Are Your Open Source Systems

Open source software security is a big responsibility. Open source is considered to be more secure than proprietary software, because more widely the open software is available, more closely it is examined. And, the more flaws that surface, the stronger a code becomes.

This would be true if the components, which make up the open source code are constantly analyzed and if web application security services are verified by the developers, before they are incorporated into their work.

But, this is not always the case. Similar to automobile assembly plants, which uses independently manufactured brake components and airbags for building cars, software developers also assume that their supply chain open source components are up to date, patched and reliable.

Regrettably, assumptions like these allow vulnerabilities similar to those that were present in the Heartbleed bug.

There are a number of reasons why flaws exist in the open source system: the components when used for the first time might be old, or they might not have been appropriately tested. But usually, an open source component that makes it into a broadly used application is assumed to be safe, therefore, diminishing the demand for testing.

Be Aware of What's in Your Software

The inventory of open source components is crucial, because without that, IT managers will not be able to know if the system has compromised components. One way of checking is through Application Health Check, which provides free breakdown of each component and also alerts IT managers of likely licensing and security problems.

When there is a defect in the open source, it's revealed, but if you are not aware of the problems in your software, that revelation may tip of enemies who can use it to exploit vulnerabilities. And hackers get immense benefit by going after the components, which are extensively used, such as Heartbleed attck/OpenSSL demonstrated.

Following are the ways for agencies to ensure that their systems uses a secure software supply chain.

Usage of best ingredients: Agencies should ensure that the components used are coming directly from a trusted archive. Search for software that is compatible with CVE (Common Vulnerabilities and Exposures). These are a set of standard identifiers known for exposures and security vulnerabilities.

Make a list – IT managers should device and secure a bill of materials, for the components that are used in a piece of software.

Scan the code – Automated code scanners, which are compatible with SCAP (Security Content Automation Protocol), should be used.

Government-certified software should be used – Using cryptography libraries that are FIPS-certified, for writing encryption applications, eliminates the need of obtaining additional FIPS-certification.

Protect Your Business With mobile Security Services @ http://www.avyaan.com/blog/checklist-data-mobile-app-security/