What You Need in Your SDLC
A secure software development lifecycle (SDLC) is a process that helps organizations develop software in a secure way. It includes a set of policies, procedures, and guidelines that are designed to identify and mitigate security risks throughout the software development process.
The core components of a secure SDLC include:
- Security planning: This involves identifying the organization’s security goals and objectives, and developing a plan to achieve them.
- Threat modeling: This involves identifying potential threats to the software, and assessing their likelihood and impact. This includes how often you threat model, and what your general methodology involves.
- Security requirements: This involves documenting the security requirements for the software, and ensuring that they are met throughout the development process. 3. This is a description that meets the requirements of your app, focusing on where sensitive data lives and the amount of planning required for changes
- Security testing: This involves testing the software for security vulnerabilities, and fixing any that are found. 4. Pipeline Security options from conception to completion such as: Tickets, Unit Testing, SAST, SCA, DAST, IaC scanning, and more
- Security deployment: This involves deploying the software in a secure way, and monitoring it for security vulnerabilities after it has been deployed. 5. Monitoring methodologies are the main component here, but may include runtime security as well
A secure SDLC can help organizations to develop software that is more secure, and to reduce the risk of security breaches.
Here are some additional tips for developing a secure SDLC:
- Involve security experts from the beginning of the process.
- Use security tools and technologies to help identify and mitigate risks.
- Train developers on security best practices.
- Monitor the software for security vulnerabilities after it has been deployed.
- Update the SDLC as new security threats emerge.
By following these tips, organizations can develop software that is more secure and less likely to be compromised.
