Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In August 2025, AWS made native support available to deploy AWS Lambda functions straight from GitHub Actions. With this integration, a lot of the complexity developers have had to undergo conventionally with serverless automatic deployment is eliminated. As a valuable practical improvement, teams will now gain the ability to utilize declarative GitHub workflows with OIDC-secured authentication and auto-packaging of code for simpler CI/CD pipelines.

When it comes to Jenkins, relying on just usernames and passwords puts your pipelines at risk. This blog explains why 2FA is essential for Jenkins security and how it helps block threats like credential stuffing and brute-force attacks. You’ll explore different 2FA methods and see how the miniOrange Jenkins 2FA plugin makes it easy to protect both user access and APIs.

Every pipeline shift introduces a new blind spot. SAST catches coding flaws, and SCA catches dependency risks; however, as delivery moves to CI/CD, new risks have emerged, not in the code itself, but in how it is executed. From broken access controls and authentication drift to logic flaws behind feature flags, these threats show up in production. Continuous DAST in CI/CD pipelines isn’t just “another layer” but a runtime check that’s most likely to catch what gets exploited.

Modern software delivery depends on speed, scale, and automation. CI/CD pipelines sit at the center of it all. An efficient CI/CD pipeline empowers your teams to develop features faster, respond to market demands quickly, and stay competitive in a crowded market landscape. But with that speed comes risk. What makes CI/CD pipeline security so critical is the level of access these systems have. They interact with your source code, cloud infrastructure, and deployment environments with elevated permissions.

Keeping your software secure has become more important than ever due to various types of cybersecurity threats. If you are thinking about what measures you can take to protect it, then Continuous Signing in CI/CD is one way. Continuous Signing in CI/CD (Continuous Integration/Continuous Deployment) is a method that helps ensure that your code and data are protected throughout the development process.

Imagine launching the year’s most anticipated game—only to have your screen freeze at the climax. Or waiting for your favorite show’s finale, only to encounter a technical error. In the world of DevOps, where time and reliability are everything, outages on platforms like Azure DevOps, GitLab, GitHub, and Jira don’t just cause frustration — they can paralyze the entire software development process.

Adopting Continuous Deployment, an extreme form of software delivery automation, can drastically speed up software delivery, but it also introduces critical security challenges. Some of the most severe, global-scale security breaches of recent years (Solarwinds and Kaseya are just two examples) were related to breaches in software delivery infrastructure. Continuous deployment has the potential to make things worse.

Jenkins is an open-source automation server that is widely used for continuous integration (CI) and continuous delivery (CD) in software development. It is an automated engine that builds, tests, and deploys the application so that development teams can routinely integrate code changes in a way that ensures the software is deployable. Created as the Hudson project in 2004, Jenkins has grown to become an infinitely extensible and customizable tool hosting an enormous ecosystem of plugins.