Which continuous process is often associated with detecting security vulnerabilities, but can also be used by developers to find issues while generating new code?

The choice of continuous monitoring is the most accurate in this context as it encompasses the ongoing assessment of security vulnerabilities and the identification of potential issues in real-time. Continuous monitoring refers to the consistent and automatic tracking of systems, applications, and networks to detect anomalies, vulnerabilities, and compliance with security policies.

In the development lifecycle, this process allows developers to receive immediate feedback on security postures as new code is generated and deployed. By integrating continuous monitoring, security considerations become part of the development process, enabling early detection and remediation of security issues. This proactive approach helps in building more secure applications by ensuring that any vulnerabilities are identified and addressed promptly.

While continuous integration, continuous deployment, and continuous delivery each play vital roles in software development and delivery pipelines—focusing primarily on the merging, testing, and release of code—they do not inherently focus on the continuous detection of security vulnerabilities in the same way that continuous monitoring does. Therefore, continuous monitoring stands out as the relevant continuous process in this scenario.