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Golden Dome demands a missile defense architecture that reacts in microseconds and performs reliability on Day 1. That requires a real-time operating system with a track record in programs where failure is not an option. RedHawk Linux delivers that foundation. Its single-kernel architecture guarantees low latency, deterministic scheduling, advanced shielding, and synchronized timing across distributed nodes. These are the attributes Golden Dome depends on to process massive sensor loads, run trajectory predictions, and coordinate interceptors with precision measured in microseconds. We broke down how RedHawk’s combat-proven reliability in systems like Aegis and the Navy’s torpedo HiL testbeds translates directly to Golden Dome’s accelerated timeline and distributed mission profile. If you are evaluating architectures for layered missile defense or distributed real-time systems, this is worth a read. 👉🏼 https://bit.ly/3JOkWtX

Join us on October 30 to learn about Missile TestBench, our innovative scalable HIL solutions designed to accelerate missile development! In this interactive LinkedIn Live session with Robert Combier and Mike Reynolds, you'll learn: - The key benefits of Missile TestBench for accelerating testing and minimizing risks - Why Concurrent Real-Time is uniquely positioned in the missile defense computing space - Important lessons from tailored use cases, ranging from basic subsystem validation to full-system simulations Register today!

Learn how to integrate AI into real-time simulations for autonomous systems, aerospace, robotics and defense industries. Grab your free White Paper.

Reconfigurability is one of the biggest reasons FPGAs are seeing growing demand. From software-defined radios to mission-critical government systems, the ability to reprogram algorithms for new features while leveraging parallelism gives engineers both flexibility and performance. That combination is what makes FPGAs so valuable for time-critical applications. Featuring: Kevin Rosenquist Charles Sobchak

FPGA demand is growing for two clear reasons: parallelism and the ability to reconfigure algorithms as needs evolve. In applications like software-definable radio, being able to reprogram for new features is just as critical as performance. That flexibility is what makes FPGAs so powerful for mission-critical systems, as Charles Sobchak and Kevin Rosenquist discuss in this video. Learn more: https://bit.ly/47BEKKq

We were honored to welcome Assistant Secretary of the Treasury for Investment Security and Chair of CFIUS, Chris Pilkerton, to Concurrent Real-Time's headquarters in Pompano Beach, Florida. During his visit, Assistant Secretary Pilkerton toured our facility with Concurrent Real-Time President Justin M. Smith and met with our team to discuss strengthening America's technology and industrial base. We had productive conversations about fostering connections among U.S. Aerospace & Defense businesses, building resilient domestic supply chains, and ensuring the long-term competitiveness and security of critical technologies. As a company supporting mission-critical aerospace, defense, and industrial applications, we appreciate the opportunity to share how American technology companies can contribute to both economic strength and national security. Thank you to Assistant Secretary Pilkerton and his team for taking the time to learn more about Concurrent Real-Time and the important work being done across the U.S. innovation ecosystem.