RunSafe Protect
RunSafe Protect disrupts cyber exploits by relocating software functions in memory each time software is run, eliminating 100% of memory safety vulnerabilities to maintain system integrity and security.
Protection for Memory Attacks Targeting Known Vulnerabilities and Zero Days
Organizations are struggling to manage scarce resources due to the constant need to perform software patching, minimize operational disruptions, and enhance security compliance.
RunSafe Protect mitigates cyber exploits through Load-time Function Randomization (LFR), relocating software functions in memory every time the software is run for a unique memory layout that prevents attackers from exploiting memory-based vulnerabilities.
Unlike traditional ASLR, LFR provides more granular protection, without incurring additional runtime performance costs, allowing software to defend itself against both known and unknown vulnerabilities long after the last patch is available.
“From our perspective, adding RunSafe means we have more opportunity to shrink the attack surface and reduce overall risks for our customers since security is now already built into our product.”
Memory Safety Protection
Protect proprietary software from attacks against both known and unknown vulnerabilities.
Quick Implementation and Zero Disruption
Deploy in minutes with zero disruption to your developers and no change in system performance.
Discover how much you can save on embedded security with RunSafe Protect
Maintain System Performance and Functionality
One of the key benefits of RunSafe’s mitigation solution is that it preserves system performance and functionality. The load-time randomization process does not modify the original software code, ensuring that there is no impact on the software’s operational efficiency or functionality. This approach allows organizations to enhance security without sacrificing performance or disrupting existing workflows.
Latest Resources
The Top 8 Medical Device Vulnerabilities of 2026
Key Takeaways Malware infections remain the leading attack type from 2025 to 2026, affecting 48% of organizations that experienced an incident. Remote access exploitation increased to 38% in 2026, up from 28% in 2025, making it one of the fastest-growing threat...
How RunSafe Supports FDA 524B Cybersecurity Submissions for Medical Devices
Key Takeaways An SBOM is required, but not enough. FDA 524B requires proof of active software risk control, including vulnerability analysis, remediation decisions, and postmarket monitoring. Exploitability analysis is the differentiator. The FDA doesn't expect zero...
Medical Device Cybersecurity in 2026: Progress Is Real, But the Gap Is Widening
Key Takeaways Cyberattacks on medical devices are rising despite stronger procurement requirements. 80% of affected organizations reported moderate or significant impact on patient care. Legacy devices are the gap that procurement cannot close. More than a quarter of...
Try RunSafe Protect Today
RunSafe Protect defends embedded systems by preventing attackers from exploiting memory-based vulnerabilities. Get a demo today.