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Secure Architecture and Design (CSSLP) Flashcards
ISC2 Certified Secure Software Lifecycle Professional (CSSLP) Flashcards
Study our Secure Architecture and Design (CSSLP) flashcards for the ISC2 Certified Secure Software Lifecycle Professional (CSSLP) exam with 39+ flashcards. View as flashcards, a searchable table, or as a fun matching game.
| Front | Back |
| How can sandboxing enhance application security | By isolating programs in restricted environments to prevent potential threats from affecting the wider system |
| How do design patterns support secure architecture | They provide reusable and tested solutions for common software design and security problems |
| How do privilege escalation controls protect a system | By restricting or monitoring elevated access to prevent attackers from gaining unauthorized privileges |
| How do secure error messages improve security | They provide minimal and non-sensitive information to avoid aiding attackers in exploiting the system |
| How does architecture risk analysis improve security | By identifying and prioritizing risks in the system’s structure and making targeted security improvements |
| How does continuous integration/continuous deployment (CI/CD) support security | By integrating automated security tests and checks throughout the development and deployment process |
| How does data classification enhance secure design | By categorizing data based on sensitivity to apply appropriate protection levels |
| How does dependency scanning improve security | By automatically identifying vulnerabilities in third-party libraries or frameworks used in the system |
| How does input validation improve security | By preventing malicious inputs such as SQL injection and ensuring data integrity and proper processing |
| How does logging and monitoring support secure design | By enabling detection of unauthorized activities and aiding in forensic analysis after an incident |
| How does risk-based authentication enhance security | By adapting authentication requirements based on the context, such as user behavior or location |
| What are common risks when not performing security testing | Undetected vulnerabilities can lead to data breaches, service disruptions, or attacks exploiting weaknesses |
| What are secure APIs | APIs designed to restrict access, validate inputs, and minimize attacks like unauthorized data exposure or injection |
| What are the benefits of security-focused code reviews | They help identify vulnerabilities or deviations from secure coding practices early in development |
| What are the key components of a secure software development lifecycle (SDLC) | Requirements analysis, secure design, secure coding, testing, deployment, and maintenance |
| What does STRIDE stand for in threat modeling | Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, Elevation of Privilege |
| What is attack surface reduction in secure design | Minimizing the system’s exposure to potential attacks by limiting entry points and accessible functionality |
| What is compartmentalization in software design | The practice of isolating system components so compromises in one area won't affect others |
| What is defense in depth | A multi-layered approach to security that ensures if one defense fails, additional layers will still protect the system |
| What is secure architecture review | An in-depth evaluation of the system's design and architecture to identify security gaps and weaknesses |
| What is secure dependency management | The process of analyzing and mitigating risks associated with third-party libraries and frameworks used in software |
| What is the benefit of using automated tools for security testing | They speed up detection of vulnerabilities and provide consistent results during development |
| What is the concept of secure-by-default in design | Designing systems to operate securely out-of-the-box with minimum user configuration |
| What is the difference between static and dynamic analysis in secure design | Static analysis reviews code without execution, while dynamic analysis tests the running application for vulnerabilities |
| What is the goal of secure session management | To control the creation, validation, and destruction of sessions to prevent unauthorized actions |
| What is the goal of threat intelligence in secure architecture | To provide context about potential threats and attackers to better inform design decisions |
| What is the importance of secure deployment practices | They prevent introducing vulnerabilities during software installation and configuration phases |
| What is the importance of secure logging policies | To ensure logs cannot be tampered with or viewed by unauthorized individuals, protecting sensitive information |
| What is the principle of least privilege | Limiting access rights for users, processes, and systems to only what is needed to perform their functions |
| What is the principle of separation of duties | Ensuring no single individual or process has control over all critical aspects of an operation to reduce risk |
| What is the purpose of fail-safe defaults | Ensuring that systems default to a secure state if a failure or error occurs |
| What is the purpose of secure configuration management | To ensure that systems are set up in a secure and consistent manner, reducing misconfigurations |
| What is the role of patch management in secure design | To ensure systems and software remain secure by applying updates that fix vulnerabilities |
| What is the role of secure coding practices in design | They minimize vulnerabilities and reduce the risk of exploitation by following standards and guidelines like OWASP |
| What is the significance of choosing secure protocols | Ensuring communication methods, like HTTPS or TLS, protect data in transit from interception or tampering |
| What is zero trust architecture | An approach where no entity is automatically trusted, and security is enforced across users, devices, and networks |
| Why is cryptography essential in secure design | It protects sensitive data through encryption and ensures confidentiality, integrity, and authenticity of information |
| Why is security retrospection important post-deployment | To evaluate incidents and improve system security based on lessons learned and real-world events |
| Why is threat modeling important in secure design | It helps identify vulnerabilities and guides security measures to mitigate risks early in the development lifecycle |
About the Flashcards
Flashcards for the ISC2 Certified Secure Software Lifecycle Professional (CSSLP) exam give you a focused way to reinforce essential secure software design knowledge. The deck distills principles such as least privilege, separation of duties, and defense in depth while explaining how threat modeling, STRIDE analysis, and architecture reviews uncover vulnerabilities early.
Cards also trace the secure software development lifecycle-from requirements and secure coding standards to automated testing, CI/CD pipelines, and patch management-so you can link best-practice controls with each phase. Review concepts like secure APIs, input validation, sandboxing, zero trust, cryptography, and risk-based authentication to build confidence before exam day.
Topics covered in this flashcard deck:
- Secure design principles
- Threat modeling methods
- Secure SDLC phases
- Secure coding practices
- Security testing tools
- Identity and access controls