Protecting Embedded Systems: RunSafe Security’s Software Supply Chain Security Platform
Be an Early Adopter of the RunSafe Security Platform
The first ten organizations to sign up between now and January 31, 2025 will get a free risk reduction assessment.
As an early adopter, you will also receive:
- 15 months of RunSafe Identify for the price of 12 months or
- 3 months free of RunSafe Protect
Fill out the form to sign up to be an early adopter.
Take the next step in improving your software supply chain security and protect embedded systems today.
Sign Up Before January 31st!
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The RunSafe Security Platform features three key capabilities:
Build-Time C/C++ SBOM Generation and Vulnerability Management
Stay compliant with Software Bill of Materials requirements and get complete visibility into software components and vulnerabilities. RunSafe Identify streamlines vulnerability management so you can reduce your attack surface and enhance the resilience of embedded systems.
Protection Against Memory Safety CVEs and Open-Source Risk
In alignment with Secure by Design guidance, RunSafe Protect defends your software from the entire class of memory safety CVEs, the most common and severe vulnerabilities within embedded systems. RunSafe also provides pre-hardened open-source packages and containers for immediate protection against attacks in open source software.
Passive Software
Monitoring
Spend less time chasing false positives and speed up incident response with RunSafe Monitor’s real time crash data and heuristics to determine whether a crash was a software bug or the result of a cyber attack.
The RunSafe Security Platform provides powerful and comprehensive risk identification, protection, and monitoring to defend embedded software against emerging cyber threats.
Released in December 2024, the platform includes updated tools and features focused on improving software resilience and taking the stress out of vulnerability management for DevSecOps professionals and product security leaders.
Latest Resources
Converting C++ to Rust: RunSafe’s Journey to Memory Safety
Memory safety vulnerabilities are one of the biggest challenges we face as developers. For years, we’ve relied on C++ as a trusted workhorse for building complex systems. But managing memory manually in C++ brings constant risk of bugs that jeopardize security and...
What Is Load-time Function Randomization? Beyond ASLR
Modern software is facing major cybersecurity challenges, with memory safety vulnerabilities being one of the biggest risks. Even with billions invested in advanced security tools, attacks targeting memory vulnerabilities are still common. Studies show that up to 90%...
What Is Runtime Exploit Prevention? Securing Embedded Software with RASP
Critical infrastructure today is powered by software. The need to secure millions of lines of code in embedded systems deployed in ICS/OT environments, the automotive industry, defense, and more has never been more urgent. Embedded systems in these industries often...