Understanding Memory Safety Vulnerabilities: Why They Persist and How Attackers Exploit Them

In this RunSafe Security Minute, CTO Shane Fry delves into why memory safety vulnerabilities are pervasive across all systems and how attackers exploit these flaws to compromise even the most secure environments.

Exploring Memory Safety Vulnerabilities and Attack Mitigation

Memory safety vulnerabilities are a persistent challenge in software systems worldwide, affecting everything from financial applications to industrial control systems. In this video, RunSafe Security CTO Shane Fry explains why these vulnerabilities exist, how attackers exploit them, and the difficulties even top-tier organizations face in addressing these issues. Learn how RunSafe’s Protect capability provides a robust defense by randomizing memory to prevent attackers from predicting and exploiting vulnerable code locations.

How Automotive Developers Can Defend Connected Cars Against Memory-Based Attacks

Feb 14, 2025

Defending Connected Cars: Strategies for Automotive Cybersecurity As connected vehicles become more advanced, so do the cybersecurity threats they face. One of the most critical attack vectors is memory-based vulnerabilities, which can be exploited across infotainment...

How have SBOM regulations driven adoption globally?

Jan 24, 2025

How SBOM Regulations Are Shaping Global Software Security In this RunSafe Security Minute, Jeff takes us through the journey of how SBOM regulations have driven global adoption. Starting with high-profile attacks like SolarWinds and Log4Shell, he explains how these...

How SBOMs Strengthen Software Supply Chain Security

Jan 20, 2025

Why SBOMs Are Essential for Software Supply Chain Security In this RunSafe Security Minute, Kelli explores the pivotal role SBOMs (Software Bills of Materials) play in software supply chain security. She highlights the critical importance of understanding your...