According to a recent LinkedIn post from RunSafe Security, senior software engineer Mitch Souders is featured in an S4x25 conference session discussing the conversion of a 30,000-line C++ codebase to Rust. The session is presented as a case study in migrating a legacy C++ system to Rust to reduce memory safety vulnerabilities while maintaining performance and behavior.
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The post suggests that RunSafe Security is positioning its engineering capabilities around modern secure-by-design practices and the adoption of Rust for software security gains. For investors, this emphasis on memory safety and legacy code modernization could indicate a focus on high-assurance security solutions, potentially strengthening the firm’s value proposition in critical infrastructure and cybersecurity markets.
Showcasing this technical migration at an industry event like S4x25 may help RunSafe build credibility with security-conscious enterprises and regulators that are increasingly attentive to software supply chain risk. If the approach demonstrated in the session is productized or embedded in client engagements, it could support future revenue opportunities tied to Rust-based security transformations and modernization projects.