Patch management for software within critical infrastructure is daunting. Prolonged patch cycles, downtime, and resource-intensive updates can all leave systems vulnerable for far longer than is acceptable. That doesn’t mean you shouldn’t patch, but you should seek...
Download our whitepaper to learn how to secure your software supply chain with RunSafe.
Safeguarding your software supply chain is vital to your organization’s security and success. The prevalence of security risks, whether from third-party components, open-source libraries, or vulnerabilities within your own code, poses significant threats that cannot be ignored. These risks can lead to severe consequences, ranging from data breaches to disruptive operational outages.
RunSafe offers a solution designed to address these challenges head-on by seamlessly integrating security measures into every stage of your software development lifecycle. Our approach focuses on protecting against memory-based vulnerabilities without compromising performance, ensuring the resilience of your software supply chain.
Download our comprehensive whitepaper to gain valuable insights into:
- The increasing number of recent high-profile supply chain attacks
- Key security risks inherent in the software supply chain ecosystem
- Robust mitigation strategies to strengthen your defenses and mitigate potential threats
- How RunSafe secures your build process and generates comprehensive Software Bill of Materials (SBOMs) for enhanced visibility
- Real-world case studies illustrating the effectiveness of our approach in enhancing supply chain resilience
Don’t leave your organization exposed to security risks. Take proactive steps to fortify your software supply chain security posture with RunSafe’s solution. Download the whitepaper now to empower your organization with the knowledge and tools needed to mitigate software supply chain security risks effectively.
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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 70% of...