Ultra I&C has announced a contract to deliver nine Knox-5 processors for U.S. Marine Corps MQ-9B aircraft, advancing the platform’s ability to process mission-critical data at the tactical edge. The Knox-5 is specifically optimized for size-constrained unmanned platforms.
The Knox family of processors brings SOSA-aligned open architecture computing to the disconnected battlefield, enabling operators to run AI models, manage sensor data, and adapt mission software without vendor lock-in. Built on an open standard architecture, Knox gives warfighters the flexibility to upgrade capabilities as threats evolve, without costly hardware replacement or recertification.
Mladen Brkic, president of Ultra I&C’s Mission Solutions, stated that defense systems shouldn’t force operators into proprietary dead ends, and that Knox breaks that cycle. He noted that platform operators can swap modules, update software, and integrate new capabilities as missions change—flexibility built for operational reality.
Knox processors manage data flows across air, land, and maritime missions, running cloud-native applications in contested environments. The modular design supports rapid capability updates in days, not years, ensuring platforms stay ahead of evolving mission requirements.
This contract marks a step toward high-rate production as Ultra I&C scales manufacturing to meet growing demand for adaptable edge computing across U.S. and allied forces.
