
Automated runtime code protection for embedded systems via memory relocation (LFR)
Automated runtime code protection for embedded systems via memory relocation (LFR)
RunSafe Protect is a runtime code protection solution designed for embedded systems and devices. It uses memory relocation techniques — specifically a form of moving target defense — to harden binaries against memory-based exploits such as buffer overflows and code injection attacks, without requiring access to source code. The product operates by randomizing the memory layout of compiled binaries (a process called Load-time Function Randomization, which is a vast improvement on Address Space Layout Randomization), making it significantly harder for attackers to exploit known memory corruption vulnerabilities. This approach is applied at build time and does not require changes to source code or the underlying operating system. RunSafe Protect is part of the broader RunSafe Security platform, which also includes RunSafe Identify (for SBOM generation and vulnerability identification) and RunSafe Monitor (for runtime monitoring). The Protect module focuses specifically on automated runtime code protection. Target industries include automotive, medical devices, aerospace and defense, industrial automation, high-tech manufacturing, energy, and railway. Relevant use cases include: - Embedded device security - OT/ICS device security - Military embedded systems - Advanced Driver Assistance Systems (ADAS) - Electronic Control Units (ECUs) - Connected vehicle security - Medical device FDA compliance - Secure flight control systems The product is aimed at product security teams, developers and engineers, product leaders, and industrial asset owners who need to harden embedded software against runtime exploitation without modifying source code.
Common questions about RunSafe Protect including features, pricing, alternatives, and user reviews.
RunSafe Protect is Automated runtime code protection for embedded systems via memory relocation (LFR), developed by runsafe. It is a OT Security solution designed to help security teams with IOT Security, Critical Infrastructure, Memory Forensics.
RunSafe Protect offers the following core capabilities:
RunSafe Protect integrates natively with Linux, Yocto, Buildroot, VxWorks, QNX, Android, OpenWRT, Lynx-OS178, LynxElement, GitLab, GitHub, AzureDevOps, Jenkins, BitBucket. Integration support lets security teams connect RunSafe Protect to existing SIEM, ticketing, identity, and notification systems without custom development.
RunSafe Protect is deployed as a on-premises solution, suited to mid-market, enterprise organizations looking to operationalize ot security. The commercial offering is positioned for production security operations with vendor support and SLAs.
RunSafe Protect is built for security teams handling IOT Security, Critical Infrastructure, Memory Forensics. It supports workflows including automated runtime code protection for embedded systems, binary-level memory randomization (moving target defense), no source code access required for hardening. Teams typically adopt RunSafe Protect when they need to ot security capabilities integrated into their existing stack. Explore similar tools at https://cybersectools.com/alternatives/runsafe-protect
RunSafe Protect is a commercial OT Security solution. For detailed pricing information, visit https://runsafesecurity.com/platform/protect/ or contact runsafe directly.
Popular alternatives to RunSafe Protect include:
Compare all RunSafe Protect alternatives at https://cybersectools.com/alternatives/runsafe-protect
RunSafe Protect is for security teams and organizations that need IOT Security, Critical Infrastructure, Memory Forensics. It's particularly suitable for enterprises requiring robust, commercial-grade security capabilities. Other OT Security tools can be found at https://cybersectools.com/categories/ot-security
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