RunSafe Security Broadens Embedded Cyber Offerings and Strengthens High-Assurance Positioning

RunSafe Security continued to sharpen its focus on embedded and safety-critical cybersecurity this week, highlighting product enhancements and thought leadership across several high‑assurance sectors. The company presents this as a weekly summary of notable developments tied to its RunSafe Protect and SBOM-related offerings.

A central update was the expansion of RunSafe Protect support to MIPS architectures, which are widely used in embedded and mission‑critical systems. Engineering teams building on MIPS can now deploy RunSafe’s exploit‑mitigation technology without source‑code changes, aiming to reduce friction in hardening software against memory‑based attacks.

This MIPS compatibility is positioned to extend RunSafe’s addressable market across embedded, industrial, aerospace, and other high‑assurance environments that rely on legacy and specialized hardware. If adopted by OEMs and defense‑oriented users, the enhancement could deepen the firm’s penetration in sectors where product lifecycles are long and switching costs are high.

RunSafe also underscored broader work to make RunSafe Protect certifiable for Safety of Flight systems by aligning with aviation software standards DO‑178C and DO‑330. Coupled with added support for Windows vcpkg, VxWorks, MIPS, and QNX in its Identify product, the company is signaling an intent to serve regulated aerospace and defense markets that demand rigorous compliance.

Software bill of materials capabilities were another recurring theme, particularly for embedded C and C++ environments. RunSafe spotlighted customer feedback from a medical device manufacturer that characterized its SBOM approach as closely matching an ideal solution, highlighting difficulties traditional SBOM tools face with static libraries and custom toolchains.

In parallel, RunSafe emphasized SBOM quality and completeness in the automotive sector, referencing a roundtable on “SBOMs in Automotive.” The company stressed that SBOMs deliver security and compliance value only when accurate and complete, and called for clearer expectations and obligations between OEMs and suppliers across the vehicle software supply chain.

On the threat landscape, RunSafe drew attention to a CISA advisory warning of nation‑state targeting of operational technology devices and PLCs. CEO Joe Saunders’ comments, as cited in Industrial Cyber, framed critical infrastructure as an extension of national security and highlighted that cyber attacks can be timed to create physical disruption.

The firm also showcased technical leadership via an S4x25 session on migrating a 30,000‑line C++ system to Rust to enhance memory safety without sacrificing performance. Additional DevSecOps integrations, such as GitLab pipeline controls that fail builds on severe vulnerabilities and expanded remediation workflows, target large enterprises seeking automated risk governance.

RunSafe’s ongoing thought leadership, including its “Exploited: The Cyber Truth” podcast and commentary on AI as both an attack and defense accelerator, reinforces its presence in high‑assurance cybersecurity discussions. The company’s Gold Award in the Embedded Security category of the 2026 Cybersecurity Excellence Awards further supports its credibility in protecting mission‑critical systems.

Collectively, the week’s developments point to a cohesive strategy centered on embedded and safety‑critical security, software supply‑chain assurance, and legacy code modernization. While no financial metrics were disclosed, expanded platform coverage, sector‑specific positioning, and industry recognition suggest constructive momentum for RunSafe Security’s future prospects in regulated and infrastructure‑focused markets.