Software development cycles have changed immensely in the last ten years. New practices and design philosophies are being tried every day. One of these practices is CI/CD pipelines, utilizing aspects of agile software development paired with automation and robust testing. In this post, we’ll be covering all aspects of CI/CD, as well as some popular CICD tools your organization can use to implement a CI/CD pipeline.

When DevOps emerged more than ten years ago, the main focus was to bridge the gaps between dev and ops teams. This was achieved by introducing automation to the processes of designing, building, testing, and deploying applications. But as development teams continue to deliver faster and more frequently, security teams find it difficult to keep up. Often, they become the bottleneck in the delivery pipeline.

You are probably thinking, what the heck is this guy talking about. I didn’t even know there was a Static Analysis 1.0 or 2.0, so how can there be a Static Analysis 3.0? Static Analysis as a foundational Application Security platform has been around since the early 2000s. It has evolved to fit with the changes in how software and applications are written and released. Yes, I am talking about DevOps or, if you prefer, DevSecOps and aggressive CI/CD release pipelines.

The Coverity and Wind River partnership supports developers with fast-turn CI/CD workflows and container-based development. Highlights.

Learn how to set up continuous assurance with Code Dx to improve code quality and security at the speed of DevOps. Continuous integration (CI) has made a tremendous impact on how we develop software. The concept is simple: fail fast and fail often. This allows the team to fix problems before they become a big deal, saving time and money.

In this post we explore how an attacker who has compromised a Jenkins instance can backdoor software built with it and what security measures are critical to ensure protection against attacks.