What we need from you is just the mobile app binaries. At Valency Networks, we believe in mimicking real life hackers. They have access only to your app's binaries and ideally that's all we expect from you. Once we are formally and professionally engaged with you to perform pentesting of your mobile app, we do ask few questions such as below
There are few more questions besides above, which are relevant to your application's business functionality. We map all this to do threat modeling of your application and figure out how to perform the vulnerability assessment and penetration testing.
Once the app is mapped, we employ a very methodical, technical and systematic approach to perform penetration testing. While we use the detailed OWASP-Mobile-Top-10 model, the testing is broadly categorized into static analysis (data at rest) and dynamic analysis (data in transit). Please check this page to know how it is done.
Mobile app penetration testing typically includes "data at rest" and "data in transit" security testing in context of the mobile application. This is true irrespective of whether it is Android app, or iOS app or Windows Phone app. Penetration testing tools are used as part of a penetration test to automate certain tasks, improve testing efficiency and discover issues that might be difficult to find using manual analysis techniques alone.
Two common penetration testing tool types are static analysis tools and dynamic analysis tools.Customers typically expect the app to be security tested end to end. This involves the mobile app binary as well as the backend web services. Manual penetration testing layers human expertise on top of professional penetration testing software and tools, such as automated binary static and automated dynamic analysis, when assessing high assurance applications.
A manual penetration test provides a wider and deeper approach to ensure great deal of accuracy, which is imperative for the hardening of mobile app from malicious attacks. While the vulnerability assessment does the task of finding security problems, the penetration testing proves that those findings actually do exist and shows ways to exploit those. Thus the penetration testing attempts to exploit security vulnerabilities and weaknesses of the app throughout the environment, attempting to penetrate both at the network level and key applications.
The mobile application penetration testing methodology users OWASP Mobile Top 10 model to ensure that all angles of security threat vectors are tested. Valency Networks adopts an integrated approach that combines the strengths of manual penetration testing, jail breaking technology and mobile platform appropriate tools to identify security risks before they are exploited.
Valency Networks performs manual and tool based testing for Mobile app security. Our technical expertise is in performing manual security testing where we following hacking methods and techniques to find loopholes in the application and thus improve its security angle. To understand the testing process in detail you can visit this page:
With the increase in the use of mobile phones and tablets, many applications are being hosted on Google Playstore and Apple iTune store, for users availability. Users store more than just their photos and messages on their mobiles thus making mobile app security, critical and essential. Applications that deal with users critical data like finance, health, investments, etc need to ensure their mobile application is secure to avoid privacy issues and data breach incidents that can lead immense consequences. For more info:
There are some vulnerabilities, which can be identified by manual scan only. Some attacks such as SQL Injection, Crosssite scripting (XSS), Authentication Bypass, etc. can be accurate only when done manually. We perform Manual testing is performed on the OWASP Mobile Security Top 10 issues.
No. CSRF(Cross-Site Request Forgery) is possible when there is any authentication mechanism in place like cookies which are mostly used on web applications. Mobile applications do not use cookies or other authentication mechanism as they don't have web browser storing cookies for each site you visit. Hence, CSRF is not possible on mobile applications. To read more on CSRF:
Mobile application VAPT essentially identifies the exploitable vulnerabilities in code, system, application, databases, and APIs before hackers can discover and exploit them. Using malicious apps can be potentially risky and untested apps may contain bugs that expose your organization’s data.
a. Mobile app security is the practice of safeguarding high-value mobile applications and your digital identity from fraudulent attacks in all their forms. This includes tampering, reverse engineering, malware, key loggers, and other forms of manipulation or interference
Following things can be done to ensure security:
Mobile apps use databases for much the same reasons desktop and web applications do. Databases allow you to store data in a secure place so you can access it later. However, apps cannot directly use external databases to store this data.
Different types of mobile security threats are:
The authentication flow is as follows:
Common mobile app security vulnerabilities are:
Security testing validates an app's resistance to attacks from malicious users. It also ensures developers apply security practices when programming. To apply adequate security testing for mobile applications, it's necessary to have a solid strategy as a base
Following are the types:
By following these six steps
To retrieve the User Profile, your mobile application can decode the ID Token using one of the JWT libraries. This is done by verifying the signature and verifying the claims of the token.
Ye, it is safe, as long as the application sends the password via HTTPS
API security is a key component of modern web application security. APIs may have vulnerabilities like broken authentication and authorization, lack of rate-limiting, and code injection. Organizations must regularly test APIs to identify vulnerabilities and address these vulnerabilities using security best practices.
Benefits of Application Security
Mobile app security is a measure to secure applications from external threats like malware and other digital frauds that risk critical personal and financial information from hackers. Mobile app security has become equally important in today's world
Our Culture
Valency Networks is a very agile, friendly and fun loving atmosphere and yet we maintain a cutting edge technical vibrant work environment.