RunSafe Security Advances Safety-Critical, Embedded Cyber Capabilities and Wins Industry Recognition

RunSafe Security used the week to underscore its focus on embedded, safety-critical, and supply-chain cybersecurity, highlighting both product advances and technical leadership. The company emphasized work to make its RunSafe Protect technology certifiable for Safety of Flight systems by aligning with stringent aviation software standards DO-178C and DO-330.

This certification-focused push signals a drive into regulated aerospace and defense markets where high assurance and compliance can support deeper, longer-term platform integrations. RunSafe also showcased expanded embedded capabilities, adding support for environments such as Windows vcpkg, VxWorks, MIPS, and enhancing its Identify product for QNX real-time operating systems.

The firm highlighted persistent challenges around generating SBOMs for C and C++ code in embedded settings that rely on static libraries and custom toolchains. By framing SBOM generation as an unresolved problem, RunSafe is positioning itself to address gaps in software supply-chain visibility for industrial, IoT, and other legacy-heavy sectors.

RunSafe further spotlighted its engineering depth through an S4x25 conference session on migrating a 30,000-line C++ system to Rust to improve memory safety while preserving performance. This case study aligns the company with industry trends favoring memory-safe languages for critical infrastructure and secure-by-design architectures.

On the go-to-market side, RunSafe detailed deeper DevSecOps integrations, including GitLab pipeline controls that automatically fail builds when severe or known-exploited vulnerabilities are detected. Expanded remediation workflows and multi-organization support target large enterprises managing complex CI/CD environments and seeking automation at scale.

Thought-leadership activity continued via the “Exploited: The Cyber Truth” podcast and LinkedIn content, where RunSafe discussed AI as both an attack and defense accelerator and urged treating AI-generated code as untrusted input. The company also received a Gold Award in the Embedded Security category of the 2026 Cybersecurity Excellence Awards, reinforcing its credibility in protecting mission-critical systems.

Collectively, these developments indicate a cohesive strategy centered on embedded and safety-critical security, software supply-chain assurance, and legacy code modernization. While no financial results were disclosed, progress in certification, product breadth, and third-party recognition suggests constructive momentum for RunSafe Security’s positioning in high-assurance markets.