Key Takeaways: Legacy devices can’t be patched easily, but compensating controls provide alternatives. SBOMs are critical for transparency and accountability. The FDA now mandates secure development and life cycle planning. Cybersecurity and patient safety are...
Download our white paper to learn how RunSafe’s Protect solution disrupts memory exploitation by varying the layout of code.
Memory corruption attacks allow cybercriminals to gain unauthorized access to your company’s data and systems by altering a program’s memory. These attacks often avoid suspicion and are incredibly difficult to detect. RunSafe Protect obstructs how attackers operate.
RunSafe hardens your software against memory corruption errors and buffer overflow exploits, preventing attacks. RunSafe’s Protect solution uses advanced and Runtime Application Self Protection (RASP) and Moving Target Defense (MTD) techniques to harden your software beyond what is possible with other mitigations.
Download our white paper to take a deep dive into Protect. You will learn:
- What memory corruption vulnerabilities are, how they occur, and examples of attacks
- An overview of advanced techniques like RASP, MTD, and load-time function randomization (LFR)
- Use cases for Protect and benefits to your business
- How to implement Protect
Reduce your risk of memory corruption attacks. Download the whitepaper for a deep dive into how Protect can dramatically reduce your attack surface without hindering development.
Check Out Our Latest Blog Posts
How Aviation Cybersecurity Strategy Became the Industry’s Biggest Blind Spot
Key Takeaways: Aviation cybersecurity strategy is now as critical as traditional flight safety measures. The FAA is introducing new cybersecurity requirements that elevate security to a core part of aircraft airworthiness. Legacy systems like the F-35 face challenges...
The Wild West of C/C++ Development & What It Means for SBOM Generation
C and C++ give developers maximum flexibility and performance benefits, which is why they remain the dominant languages for embedded systems, firmware, and high-performance computing. But as any developer who's worked on a C/C++ project can tell you, (myself included)...