The Technical Edge: Memory Safety in Critical Infrastructure

In this video, Shane outlines the rising cyber threats targeting embedded systems and how RunSafe provides a proactive, build-time security solution to address these vulnerabilities.

The Technical Edge: Memory Safety in Critical Infrastructure

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 vulnerabilities like buffer overflows can lead to catastrophic breaches in critical systems. With the increasing complexity of cyber threats, traditional security methods are no longer enough.

Shane breaks down how RunSafe’s build-time protection offers a proactive solution by hardening software before it even runs, ensuring that these vulnerabilities can’t be exploited. He also highlights how RunSafe integrates seamlessly into development workflows, enabling teams to enhance security without disrupting operations.

With critical infrastructure under constant attack, proactive memory safety measures are essential to prevent exploitation. Watch now to understand how RunSafe is empowering organizations to protect their embedded systems and stay one step ahead of cyber adversaries.

Secure Automotive Software from Source to Runtime

Secure Automotive Software from Source to Runtime

Memory Safety for ECUs, ADAS & More In an era where software defines vehicle safety, the rise in automotive vulnerabilities is alarming. With over 530 CVEs affecting automotive systems in 2024, OEMs and suppliers must rethink how they build and protect software....

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