RunSafe's Doug Britton to spotlight AI-accelerated memory exploits at defense conference

RunSafe Security EVP and Chief Strategy Officer Doug Britton will present Sept. 8-10 in Washington on how AI is speeding exploit development faster than patching can respond. The session will focus on memory-safety attacks and how Load-time Function Randomization is designed to block them on defense systems.

Why it matters: - AI is accelerating the discovery, weaponization and operational use of software flaws, especially memory-safety vulnerabilities used in defense and critical infrastructure attacks. - RunSafe Security says defense programs need prevention, not just faster patching, because mission-critical systems in distributed, contested and disconnected environments cannot rely on reactive updates alone. - Load-time Function Randomization is positioned as a way to reduce the impact of memory exploits without changing source code or triggering recertification. - The company says modeling shows roughly $1.4 billion a year in avoided patching, sustainment and recertification costs at 25% adoption across more than 140 in-scope defense programs.

What happened: - RunSafe Security announced that EVP and Chief Strategy Officer Doug Britton will present a technical session at the Emerging Technologies for Defense Conference and Exhibition. - The session is titled “Taking Memory Exploits Off the Table in the Age of AI-Accelerated Cyber Warfare.” - Britton will speak Sept. 8-10, 2026, at the Walter E. Washington Convention Center in Washington, DC. - The audience includes federal and defense industry leaders and program stakeholders.

The details: - The session will focus on how AI-accelerated exploit development has outpaced patch pipelines. - Britton will examine why memory corruption vulnerabilities remain one of the most dangerous and persistent attack vectors in modern defense software. - The presentation will argue that traditional cybersecurity follows a discover, patch, deploy, repeat cycle that cannot match machine-speed attacks. - RunSafe Security says Load-time Function Randomization transforms software binaries at load time to prevent attackers from reliably exploiting memory-safety flaws even when the underlying code still contains them. - The technology requires no source code changes, no recompilation and no recertification. - RunSafe says that makes LFR suitable for legacy and already-certified defense platforms and helps extend their service life. - LFR is Iron Bank approved.

Between the lines: - The message is that cybersecurity for defense software is shifting from cleanup after disclosure to hardening systems so known classes of exploits fail outright. - The emphasis on legacy platforms suggests a market need to improve security without disrupting certification-heavy programs. - The cost-savings claim points to a broader argument that prevention can be framed as both an operational and budget issue.

What's next: - Britton is available for one-on-one interviews, technical briefings and on-camera commentary during the conference. - Press credentials can be coordinated through the contact listed by RunSafe Security. - Attendees at the conference will hear more about how AI-enabled offensive tools are changing defensive priorities for federal programs.