RunSafe Security delivers automated software hardening for critical infrastructure from source to runtime, protecting embedded systems against common and devastating memory safety attacks without compromising performance or requiring code rewrites. The RunSafe Security Platform includes an SBOM generator specifically designed for embedded systems and C/C++ projects, vulnerability identification and risk quantification, unique memory relocation techniques to mitigate memory-based vulnerabilities, and pre-hardened open-source packages and containers for immediate protection. Headquartered in McLean, Virginia, with an office in Huntsville, Alabama, RunSafe Security’s customers span the aerospace, defense, energy, industrial, and national security verticals. Learn more at: https://runsafesecurity.com/.
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Join RunSafe Security and Health-ISAC on April 22nd for a live discussion on navigating the challenges of postmarket cybersecurity for medical devices! Shane Fry, CTO at RunSafe, will talk about?how to efficiently identify vulnerabilities, streamline patching processes, and support compliance with FDA requirements. Save your spot and we'll see you there!
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70% of ICS vulnerabilities stem from memory safety issues, and 72% of those can be exploited remotely. Attackers no longer need physical access to disrupt critical infrastructure—these systems can be exploited from anywhere. CTO Shane Fry breaks down why memory safety is a major concern for embedded systems. #CyberSecurity #MemorySafety #ICS #EmbeddedSystems
In just a couple of weeks, RunSafe Security Chief Strategy Officer Doug Britton will be speaking on two panel discussions at the ERAU-NASA-NSF Aerospace Cybersecurity Workshop. The two panels are: ?? Leadership Perspectives on Aerospace Cybersecurity ?? Aviation Cybersecurity Regulations and Standards We're looking forward to many great discussions!
Are you ready to put your cybersecurity skills to the test in the aerospace sector? Join us for the second ERAU-NASA-NSF Aerospace Cybersecurity Workshop on April 16-17th at the Embry?Riddle Aeronautical University Prescott Campus. As part of the workshop proceedings you will also get to participate in the Aerospace Cybersecurity Capture-the Flag Competition (CTF) on the 17th. This CTF is a hands-on challenge where you’ll actively work to protect an airport and its systems that are faced with various cyberattacks. Become a participant in the first and the only CTF of its kind in the world! ?? Form a team of 3 (same or multi-institution) ?? Cash prizes for top teams! ?? Open to all skill levels—whether you're new to cybersecurity or an experienced professional ?? Must bring your own laptop & participate in person ?? Register today! Don’t miss out on this one-of-a-kind learning experience: https://ow.ly/MC1B50V76AY ?? When: April 16-17 ?? Where: Embry?Riddle Aeronautical University in Prescott, Arizona #CyberSecurity #Aviation #CTF #CaptureTheFlag #CBSI
An aerospace and defense leader needed to secure dozens of legacy applications and manage a complex software supply chain. By partnering with RunSafe, they were able to automate SBOM generation, gain visibility into the composition of software throughout their supply chain, and protect legacy apps from build time to runtime, reducing risk and the attack surface. Get the case study for more details: https://runsafe.ly/3FnwSjJ #Aerospace #SBOMs #SoftwareSupplyChain
Join Joe Saunders tomorrow for a webinar with Automotive IQ on securing software-defined vehicles! We'll be digging into real-world case studies of vulnerabilities found in automotive software, including software weaknesses in ECUs, ADAS, and other critical components, as well as mitigation strategies. Register now and we'll see you tomorrow! https://runsafe.ly/3QKiwfC #AutomotiveSecurity #ADAS #ECUs
Join our webinar for OT/ICS professionals tomorrow! Alongside Industrial Cyber, we'll be taking a look at strategies for defending embedded systems in OT/ICS against software supply chain attacks. Register here: https://runsafe.ly/3Fnq9Gw
Why does RunSafe Security exist? Our Founder & CEO Joe Saunders explains the realities of memory-based vulnerabilities and our mission to protect critical infrastructure. Listen in! #MemorySafety #CriticalInfrastructure #SoftwareSecurity
Memory safety vulnerabilities are a growing risk to OT systems and embedded devices, impacting industries worldwide. Join us for a live webinar in collaboration with Dark Reading where Shane Fry, CTO at RunSafe Security, and Patrick Garrity ??????, Security Researcher at VulnCheck, will share key insights about: ?? Real-world memory safety weaknesses and attack techniques ?? Guidance from the NSA, CISA, and EU on managing vulnerabilities ?? Practical strategies like real-time exploit detection—no code rewrites required Webinar Details: Date: April 3, 2025 Time: 1:00 PM – 2:00 PM EST Register here: https://runsafe.ly/3DC1iOx
Depending on the type of software projects you develop and maintain, there are different types of SBOM generation techniques that will work best in different scenarios. In our latest blog, Kelli Schwalm breaks down the three main types of SBOMs, why SBOMs are important for vulnerability identification and management, and special considerations for C/C++ projects. Read more here: https://runsafe.ly/3FiLOPU #SoftwareBillofMaterials #SBOMs #SoftwareSecurity
How can you generate more accurate - and complete - C/C++ SBOMs? This question has long been an elephant in the room for developers and product security teams. In this month’s edition of Embedded Security Insights, we take a look at build-time SBOMs and their benefits for C/C++ projects. #SBOMs #SoftwareBillofMaterials #SoftwareSupplyChain