With Alkemist, developers can now integrate protections for compiled code into the build and deploy toolchains easily without code analysis, vulnerability scans, or manual fixes.

As a Developer, its become part of your mission to remove security from its silo and incorporating it into the software development lifecycle, as well as:

Ultimately, the automation of software tools, services, and standards through DevSecOps helps organizations and government agencies to deliver applications more rapidly while also incorporating better security into the process. Many Developers believe that combining automation with security is the best way to orchestrate workflow, scale effectively, and achieve cyber resilience.


This has resulted in a requirement then is for automated binary security that can be easily applied to the cloud as well as to container orchestration tools such as Kubernetes and Docker Swarm. In today’s connected, distributed, virtualized computing environments, it’s rational to assume that networks will be breached. Cyberhardening your binaries can protect both hardware and software from consequences when the breaches occur.

RunSafe Security’s Alkemist hardens software binaries using RASP and MTD techniques. (See How It Works.) The process is termed cyberhardening, and it combats memory corruption errors and buffer overflow exploits – the weaknesses that attackers typically use to gain control of embedded systems and devices. This cyberhardening process can be integrated into the DevSecOps pipeline. It’s the essence of introducing security earlier in the software development lifecycle, thereby minimizing the number of exploitable vulnerabilities.

How are we putting “Sec” in DevSecOps?