Application Security Posture Management (ASPM) emerged to address gaps in traditional application and cloud security scanners – like SAST, SCA, secrets detection, IaC scanning, CSPM, and many others – that generate noisy alerts and silo security insights across various tools. By providing a consolidated view of product security risks that are prioritized according to their business and runtime context, ASPM helps security teams understand which issues truly matter.

Product security leaders face the monumental task of identifying and safeguarding their most critical cloud and application assets within large and complex cloud environments.

Securing applications is more challenging than ever. Companies are faced with increasingly complex infrastructures that demand higher levels of protection to mitigate security risks effectively. That’s why Jit is thrilled to announce our new partnership with Loom Security, a leading professional services firm dedicated to helping companies secure their applications in the cloud.

Today, we’re thrilled to announce Jit’s certified integration with Wiz! This partnership will make it easier than ever for developers to consistently resolve security issues before production, and for security teams to unify and prioritize the top risks in production – effectively bridging the gap between the core objectives of ASPM and CNAPP. We believe that securing apps in the cloud has been overcomplicated by tool sprawl, alerting noise, and a disjointed UX for developers.

When it comes to securing applications in the cloud, the challenge isn’t detecting potential security issues. There are hundreds of application security tools and cloud security tools that are capable of surfacing code flaws and security misconfigurations that could lead to vulnerabilities. The real challenge is empowering development teams to adopt these tools to consistently improve the security posture of their services.

While code and cloud security scanners are great at identifying code flaws and cloud misconfigurations, they can bombard developers with long lists of potential security “issues” – many of which don’t introduce real risk. Whether insecure code introduces real risk depends on a number of factors, like whether it is being deployed to production, is exposed to the internet, or calls a sensitive database.

Today, I’m thrilled to announce Jit’s full support for GitLab, which will significantly expand our ability to execute our mission to empower every developer to secure everything they code. This new integration will provide all of the same benefits that we’ve been delivering to our customers on GitHub for years, including: If you’re on GitLab, check out the guidelines below to quickly realize these benefits.

AWS-Vault is an excellent open-source tool by 99Designs that enables developers to store AWS credentials in their machine keystore securely. After using it for a while at Jit, I decided to dig deeper into how it works and learned a lot along the way. In this article, I will summarize and simplify the information I learned to help others with their aws-vault adoption and lower the barrier to usage.

In programming, the term idempotence may sound like a complex and arcane concept reserved for mathematical discussions or computer science lectures. However, its relevance stretches far beyond academia. Idempotence, also called idempotency, is a fundamental principle that is pivotal in ensuring software systems’ predictability, reliability, and consistency.

Let’s be honest: some software development changes are bound to fail. The increasing reliance on software systems means that the frequency and complexity of changes are constantly increasing. While you can’t always have pitch-perfect processes, you can bounce back quickly- and, thankfully, there’s a way to measure that. Change Failure Rate (CFR) is one of the four key metrics of DORA Metrics.