Advanced Runtime Protection for Robust Security
RunSafe Security ensures robust runtime protection by integrating security measures directly at build time. This proactive approach incorporates critical defenses into your software from the very beginning, safeguarding your systems during runtime without compromising performance or requiring post-deployment modifications.
Comprehensive Security from Build Time to Runtime
Integrating protection directly at build time, ensures that critical defenses are activated at load time for comprehensive runtime security.
This approach dynamically relocates software functions in memory every time the software is loaded, making it extremely difficult for attackers to find weaknesses to exploit.
Incorporating these protections early in the development process provides robust, continuous security that neutralizes exploit techniques like Return-Oriented Programming (ROP) and buffer overflows, safeguarding your software from potential threats.
“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.”
Proactive Threat Mitigation
Ensure software is shielded against threats from the outset, reducing the risk of successful attacks during runtime.
Enhances Software Integrity
Cyber protections embedded at the build stage help maintain the integrity of the software throughout its lifecycle and is more resilient to exploits.
Eliminates Costly Patches
Implementing security at build time eliminates the need for costly post-deployment patches, speeding up time-to-market.
Securing Software from Development to Deployment
The RunSafe Security Platform integrates security early in the development lifecycle to prevent vulnerabilities from being exploited after deployment.
RunSafe’s approach involves embedding security measures directly at build time, which then activate during runtime through advanced techniques like function randomization. By addressing potential threats from the outset, our platform ensures that your software is fortified against a wide range of attack vectors. This proactive strategy not only enhances overall security but also reduces the need for reactive fixes post-deployment.
This process ensures that your software is continuously protected against memory-based exploits.
Enhancing Incident Reponse with RunSafe’s Runtime Protection
RunSafe’s runtime protection not only fortifies your software against memory-based exploits but also significantly enhances incident response capabilities.
By proactively preventing potential attacks, the RunSafe Security Platform reduces the number of incidents that require response, allowing your product teams to focus on more complex threats. This proactive defense minimizes the likelihood of breaches, ensuring that your resources are efficiently allocated.
If an incident does occur, the detailed runtime data provides valuable insights, helping teams quickly identify the nature and source of the threat. This enables faster and more effective mitigation, thereby minimizing the impact of any security breaches on your operations.
Latest Resources
Balancing Speed and Security in Embedded Systems: Rethinking Open Source Dependencies
Open source software is deeply woven into modern embedded development. From compilers and build systems to networking stacks and device libraries, it enables teams to move faster and innovate more efficiently. But speed introduces tradeoffs. The same open source...
Reducing Vulnerability Noise with Reachability Analysis
Key Takeaways: Vulnerability scanners flag CVEs at the package level, often including vulnerabilities in code that was never compiled into your build. RunSafe’s reachability analysis automatically triages these out by cross-referencing CVEs against which source files...
How to Validate SBOM Accuracy for Embedded C/C++ Projects
If you've ever run an SBOM tool on a C/C++ codebase and gotten results that felt wrong, you're not imagining it. Teams evaluating tools like Black Duck, Syft, Trivy, and FOSSA on embedded projects routinely find that outputs are incomplete, inconsistent, or so noisy...
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RunSafe provides runtime protection by randomizing memory function locations every time software loads, preventing attackers from exploiting vulnerabilities during execution and safeguarding system integrity.