OWASP Mobile Top 10 – Security Test & Report

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OWASP Mobile Top 10

Mobile devices have become an integral part of our daily lives, and with that comes the need for proper security measures to protect the sensitive information stored on them. The OWASP Mobile Top 10 list is a comprehensive guide to the most critical mobile security risks and vulnerabilities that organizations need to be aware of. In this post, we will take a look at the OWASP Mobile Top 10 list and how organizations can protect themselves from these risks.

The OWASP Mobile Top 10 List

  1. Insecure Data Storage: One of the most critical mobile security risks is insecure data storage. Sensitive information, such as login credentials and personal data, can be easily accessed by attackers if it is not properly secured.

  2. Weak Server-Side Controls: Another major mobile security risk is weak server-side controls. This can occur when an application’s back-end server is not properly configured to protect against attacks, such as SQL injection.

  3. Insecure Communication: Insecure communication is another common mobile security risk. This can occur when an application uses unencrypted communication channels, such as HTTP, to transmit sensitive information.

  4. Insecure Authentication and Authorization: Insecure authentication and authorization is another mobile security risk. This can occur when an application does not properly authenticate and authorize users, allowing attackers to gain access to sensitive information.

  5. Insufficient Cryptography: Insufficient cryptography is another mobile security risk. This can occur when an application uses weak encryption algorithms or does not properly implement encryption, making it easier for attackers to access sensitive information.

  6. Client-Side Injection: Client-side injection is another mobile security risk. This can occur when an application does not properly validate user input, allowing attackers to inject malicious code into the application.

  7. Security Decisions via Untrusted Inputs: Security decisions via untrusted inputs is another mobile security risk. This can occur when an application makes security decisions based on untrusted input, such as a user’s IP address, making it easier for attackers to bypass security controls.

  8. Improper Session Handling: Improper session handling is another mobile security risk. This can occur when an application does not properly manage user sessions, making it easier for attackers to hijack a user’s session and access sensitive information.

  9. Lack of Binary Protections: Lack of binary protections is another mobile security risk. This can occur when an application does not properly protect its binary code, making it easier for attackers to reverse engineer the application and access sensitive information.

  10. Reverse Engineering: Reverse engineering is another mobile security risk. This can occur when an attacker reverse engineers an application to access sensitive information or to discover vulnerabilities that can be exploited.

How to Protect Yourself from OWASP Mobile Top 10 Risks

  1. Secure Data Storage: Organizations can protect themselves from insecure data storage risks by using secure data storage solutions, such as encryption and secure containers.

  2. Strong Server-Side Controls: Organizations can protect themselves from weak server-side controls by properly configuring their back-end servers to protect against attacks.

  3. Secure Communication: Organizations can protect themselves from insecure communication risks by using secure communication protocols, such as HTTPS.

  4. Secure Authentication and Authorization: Organizations can protect themselves from insecure authentication and authorization risks by properly authenticating and authorizing users.

  5. Strong Cryptography: Organizations can protect themselves from insufficient cryptography risks by using strong encryption algorithms and properly implementing encryption.

  6. Client-Side Input Validation: Organizations can protect themselves from client-side injection risks by properly validating user input.

  7. Trustworthy Inputs: Organizations can protect themselves from

External Security Testing

External security testing for mobile apps is a process that evaluates the security of a mobile application’s Internet-facing services. The goal of this testing is to identify vulnerabilities and potential entry points that could be exploited by attackers. This can include testing the security of the app’s backend API, data storage services, and any third-party libraries or frameworks that the app uses. The testing process can also include identifying outdated app versions and commonly exposed internal management and monitoring tools. The results of the testing are used to identify and address any security weaknesses and improve the overall security of the mobile application.

Internal Security Testing

Internal security testing for mobile apps is a process of evaluating the security of an application from within the system. This type of testing is focused on identifying vulnerabilities and threats that may exist within the application itself, such as insecure data storage, weak authentication and authorization mechanisms, and inadequate encryption. The goal of internal security testing is to ensure that the mobile app is protected against malicious actors who may try to gain unauthorized access to sensitive data or perform other malicious actions. This testing can include techniques such as code review, penetration testing, and vulnerability scanning, and can be performed by internal security teams or by third-party security experts. The outcome of internal security testing is a report that includes detailed information about any vulnerabilities discovered, along with recommendations for how to remediate them.

How to Test?

Get in touch and learn about the importance of Mobile application security testing and how it can protect your company’s sensitive data. Our expert guide covers the different types of container security testing and best practices to ensure the safety of your containerized applications.

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