ISC SSP-Android Exam Information and Actual Questions

  • Exam Code/Number: SSP-Android
  • Exam Name/Title: Secure Software Practitioner - Android
  • Certification Provider: ISC
  • Corresponding Certification: ISC Other Certification

SSP-Android
FREE EXAM DUMPS QUESTIONS & ANSWERS

ISC
SSP-Android Exam
Secure Software Practitioner - Android

We are already working hard to make SSP-Android exam material available to our valued customers. If you are interested in SSP-Android exam material, provide us your email and we will notify you.

ISC SSP-Android Exam is recognized globally as a leading certification for professionals seeking to enhance their skills and knowledge in Android security. SSP-Android exam is designed to help individuals demonstrate their expertise in secure software development practices, and to help organizations identify and hire skilled professionals who can build secure Android applications and protect their users' data.

ISC SSP-Android Exam Overview:

Certification Vendor:(ISC)2
Exam Name:Secure Software Practitioner - Android
Exam Number:SSP-Android
Available Languages:English
Related Certifications:Secure Software Practitioner (SSP)
Recommended Training:Official (ISC)2 Training (SSP Program)

ISC SSP-Android Certification Exam is an ideal certification for individuals who work as application developers, security engineers, software architects, and security analysts. Secure Software Practitioner - Android certification exam is intended to validate the candidate's knowledge and skills in developing secure Android applications. Secure Software Practitioner - Android certification exam is vendor-neutral and is recognized globally, making it a valuable credential for professionals seeking to advance their careers in the field of mobile application development and security.

ISC SSP-Android is a certification exam designed specifically for Android developers who want to demonstrate their expertise in developing secure software for mobile devices. SSP-Android exam is conducted by the International Information System Security Certification Consortium (ISC) and is recognized globally as a benchmark for professional excellence in secure software development.

ISC SSP-Android (Secure Software Practitioner - Android) Certification Exam is designed to test an individual's knowledge and skills in secure software development for Android-based applications. SSP-Android exam is aimed at professionals who specialize in Android application development and wish to enhance their knowledge of secure coding practices. SSP-Android exam covers a wide range of topics including secure coding practices, threat modeling, risk assessment, cryptography, and mobile application security.

ISC SSP-Android Exam Syllabus Topics:

SectionObjectives
Android Platform Security Controls- Android OS Security Model
  • 1. Sandboxing and application isolation
    • 2. Permission model and runtime permissions
      - Cryptography and Key Management
      • 1. Android Keystore system
        • 2. Encryption at rest and in transit
          Mobile Application Threats and Mitigations- Common Android vulnerabilities
          • 1. Improper platform usage
            • 2. Insecure data storage
              - Threat modeling for mobile apps
              • 1. Attack surface analysis
                • 2. Risk mitigation strategies
                  Android Secure Software Development Fundamentals- Secure Android Application Architecture
                  • 1. Secure data storage on Android
                    • 2. App components and lifecycle security considerations
                      - Secure Coding Practices for Android
                      • 1. Input validation and output encoding
                        • 2. Secure use of APIs and permissions
                          Secure Software Lifecycle for Mobile- Mobile application testing
                          • 1. Static and dynamic analysis concepts
                            • 2. Security testing for Android apps
                              - Secure SDLC practices
                              • 1. Testing and validation approaches
                                • 2. Requirements and design security


                                  0
                                  0
                                  0
                                  10