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.

Why Memory Safety is Critical for Embedded Devices & Critical Infrastructure

Mar 28, 2025

The Growing Risk of Memory Safety Vulnerabilities in Embedded Systems Memory safety vulnerabilities are a major security issue in embedded devices and critical infrastructure, with 70% of industrial control system flaws stemming from memory-related weaknesses. These...

The Critical Role of Safety Standards in Cybersecurity

Mar 21, 2025

Ensuring Compliance and Resilience Through Proactive Security In this interview, Doug Britton, Chief Strategy Officer at RunSafe Security, discusses the growing importance of safety standards and product cybersecurity. As the cybersecurity landscape evolves, the...

The Technical Edge: Memory Safety in Critical Infrastructure

Mar 21, 2025

Proactive Memory Safety: The Key to Securing Critical Systems In this interview, Shane Fry, CTO of RunSafe Security, explores the technical challenges of securing critical infrastructure against cyber threats, with a focus on memory safety. Shane explains how...