Ensure Mission Readiness in Aerospace and Defense Programs
Ensure the security of mission-critical systems in flight software, ground stations, command and control systems and other critical components of major weapons programs with RunSafe Security’s advanced solutions. Our cybersecurity measures fortify embedded systems against sophisticated threats, maintaining operational readiness without compromising performance or functionality.
Securing Critical Components of Major Weapons Programs
Aerospace and defense programs confront a range of unique security challenges, such as protecting embedded systems in ships, planes, and weapons from sophisticated cyber threats, maintaining the integrity of complex supply chains, and ensuring real-time operational reliability in mission-critical environments.
RunSafe Security tackles these challenges head-on by incorporating advanced cybersecurity measures that shield mission-critical systems from evolving threats, while preserving system performance, operational efficiency, and mission readiness, ensuring they remain resilient under all conditions.
“From our perspective, adding RunSafe means we have more opportunity to shrink the attack surface and reduce overall risks for our customers since security is now already built into our product.”
Proactive Risk Mitigation
Proactively defend embedded systems with advanced security measures designed to neutralize risks before they can impact mission readiness.
Automated Cyber Security Protection
Implement automated security measures ensuring consistent defense against evolving threats while maintaining mission-critical operations.
Futureproof from Zero Days
Automatically eliminate exploitation of the entire class of memory-based vulnerabilities, which have the most known exploits targeting them compared to any other class of vulnerability.
Seamless Security Integration
Integrate security seamlessly into existing DevSecOps CI/CD pipelines, reducing attack surfaces and preventing memory corruption vulnerabilities in embedded systems. RunSafe’s approach is tailored for aerospace and defense applications, enhancing the security posture of mission-critical assets and ensuring they remain resilient in the face of sophisticated cyber threats.
Proven Aerospace and Defense Cybersecurity for Mission-Critical Systems
RunSafe’s solutions have been successfully deployed across a wide range of defense and aerospace environments, including the protection of embedded systems. Our advanced security measures safeguard mission-critical assets from cyber exploits and ensure the resilience and integrity of these systems, effectively mitigating risks and maintaining operational stability.
These proven deployments with the U.S. AirForce, Army and Navy highlight our ability to enhance security across diverse and critical settings, demonstrating the reliability and effectiveness of our solutions in protecting mission-critical systems and ensuring continuous readiness.
Latest Resources
The Responsibility Never Sits with the Machine: AI in the Automotive Industry
Key takeaways AI in the automotive industry now sits in three distinct places: inside the product, inside the development pipeline, and inside the decisions engineers make. Each carries a different risk profile. Established, narrow-scope AI, such as driver monitoring,...
Closing the IT/OT Gap: An OT Security Expert’s Field View
Key takeaways Attackers can halt industrial production without ever reaching the plant floor, because the systems that run manufacturing often sit on the corporate IT network. Many OT environments have no firewall between IT and OT, or one left misconfigured, and most...
Compliance Is a Culture, Not a Snapshot: What It Takes to Make Vehicle Software Road-Ready
Key takeaways Automotive compliance is usually captured as a snapshot at release or audit time, but resilience is a culture sustained across the full lifecycle and into incident response. Traceability tends to break first because it feels like paperwork, and the cost...
Ready to Get Started?
RunSafe protects aerospace and defense systems by securing embedded software against memory-based vulnerabilities, ensuring the integrity and resilience of mission-critical operations against sophisticated cyber threats.