Ultra I&C has secured a contract to provide nine Knox-5 processors for the U.S. Marine Corps’s MQ-9B SkyGuardian aircraft. This integration is set to significantly enhance the drone’s capacity to process mission-critical intelligence directly at the tactical edge, where connectivity is limited or denied. Specifically engineered for size, weight, and power-constrained (SWaP) unmanned platforms, the Knox-5 delivers high-performance computing in a ruggedized form factor.
The Knox processor family is a foundational shift toward open standards in defense technology. Aligned with the U.S. Army’s Sensor Open Systems Architecture (SOSA) technical standard, it brings a vendor-agnostic, modular computing environment to the disconnected battlefield. This open architecture is critical; it allows military operators to deploy and run artificial intelligence models, synthesize vast streams of sensor data, and rapidly adapt mission software without being locked into a single proprietary system. By decoupling hardware from software, the Knox design ensures that warfighters can insert new capabilities through software updates or module swaps as threats evolve, avoiding the traditionally long and costly cycles of full hardware replacement and platform recertification.
“Legacy defense systems too often force operators into proprietary dead ends, creating unsustainable costs and operational brittleness,” said Mladen Brkic, President of Ultra I&C’s Mission Solutions. “Knox breaks that cycle. It delivers the flexibility built for operational reality, allowing crews to update software and integrate new sensors or applications as the mission changes, all on a stable hardware foundation.”
In practice, Knox processors manage complex data flows across multi-domain missions—air, land, and maritime. They enable the execution of cloud-native applications in physically contested and electronically hostile environments, bringing data center-level processing to the front lines. Their modular design is key to supporting rapid capability updates, a process measured in days rather than years. This ensures that platforms like the MQ-9B can stay ahead of adversarial advancements and adapt to dynamic combat scenarios.
This initial contract with the Marine Corps is more than a single procurement; it represents a pivotal step toward high-rate production for Ultra I&C. The company is scaling its manufacturing infrastructure to meet the growing demand from U.S. and allied forces for adaptable, secure, and open-architecture edge computing solutions. The Knox processor is positioned as a critical enabler for the Pentagon’s vision of a connected, agile Joint All-Domain Command and Control (JADC2) network, proving that next-generation capability is increasingly defined by software and open systems, not just the platform itself.
