A startup software company recently updated its development strategy to incorporate the Software Development Life Cycle, including revamping the quality assurance and release processes for gold builds. Which of the following would most likely be developed FIRST as part of the overall strategy?
The first step in incorporating the Software Development Life Cycle (SDLC) for a startup software company, particularly with an emphasis on quality assurance and release processes, is to define security requirements. Security requirements are foundational elements that dictate the security-related functionalities and constraints the software must adhere to. By establishing these requirements at the outset, all subsequent stages of the SDLC will have clear guidelines on necessary security measures, ensuring that secure coding practices, code signing, and application vetting are effectively aligned with these requirements. Without defining security requirements first, secure coding standards lack a defined goal to meet, thereby making security requirements the most logical initial step.
A. Security requirements. Security requirements are the foundational elements that dictate the security-related functionalities and constraints that the software must adhere to. By defining these requirements at the outset, all subsequent stages of the SDLC will have clear guidelines on the necessary security measures to incorporate. Once the security requirements are laid out, practices like secure coding standards, code signing, and application vetting would follow to ensure those requirements are met during development and deployment. - chapgbt 4
Absoluetly correct! Here's how each of the options mentioned typically align with the stages of the Software Development Life Cycle (SDLC): A. **Security Requirements**: These are usually defined during the **Planning & Analysis** stage. This is when business requirements are gathered and the feasibility of creating the product is evaluated. B. **Code Signing**: This is typically done during the **Release and Maintenance** stage. Code signing is a method of verifying the integrity of code and its source, and it's usually done before the software is distributed or released. C. **Application Vetting**: This generally falls under the **Testing** stage. During this stage, the software is validated to ensure it fulfills the requirements, which would include security checks. D. **Secure Coding Standards**: These are applied during the **Coding** or **Development** stage. Secure coding standards guide developers in writing code that is robust against known vulnerabilities.
Very helpful, thank you
aren't security requirements dictated by secure coding standards? I'm still going with D
How would you even develop a secure coding STANDARD without a security REQUIREMENT? If you don't know what's required, you cannot develop a standard.
A. Security requirements
D. Secure coding standards. Explanation: Secure coding standards provide the foundation for developing secure software. They establish guidelines and best practices that developers should follow to write code that is resilient to security vulnerabilities. By defining secure coding standards early in the SDLC, the company ensures that security considerations are integrated into the development process from the beginning.
A. Security requirements The question asked for the FIRST as part of the overall strategy. The first step in developing a secure software development life cycle (SDLC) is to identify the security requirements.
D. Secure coding standards When implementing a Software Development Life Cycle (SDLC), one of the first steps is typically to establish secure coding standards. These standards provide guidelines and best practices for developers to follow when writing code, with a focus on security. This helps ensure that security considerations are integrated into the development process from the beginning. Once secure coding standards are in place, they serve as a foundation for other security-related activities, such as defining security requirements, implementing code signing, and conducting application vetting.
A. taking Security requirement as SecSDLC, Secure coding in covered by SecSDLC, also Secure coding standards could be a Security requirement." https://www.projectpractical.com/secure-software-development-life-cycle-ssdlc-explained/ .."A secure SDLC policy protects your organization by making it mandatory for all developed software to be tested and built in the most secure way possible. It also stipulates that the development work should take into account all the guidelines and business needs. Therefore, the policy should cover code creation, control and tracking of changes, monitoring and review, documentation, and setting customer expectations...
While security requirements (Option A) are a crucial aspect of the software development process, they are typically established within the context of secure coding standards (Option D). Secure coding standards lay the foundation for how security requirements are implemented in the code.