Mission success in aerospace and defense is increasingly defined at the edge—where computing systems must deliver high performance while surviving shock, vibration, radiation, and extreme thermal environments. As autonomy, AI-enabled sensing, and data-intensive operations extend from terrestrial platforms into orbit and beyond, reliability under strict SWaP constraints is no longer optional. Failure is not an outcome these missions can tolerate.
This whitepaper introduces the Coyotes, WOLF’s specialist team focused on rugged, next-generation embedded computing for mission-critical applications across ground, air, and space. Through rapid prototyping, disciplined R&D, and production-ready architectures built on open standards such as VNX+, VPX, and SOSA, the Coyotes convert high-performance commercial compute into deployable systems designed for real operational conditions—not theoretical benchmarks.
By combining GPU-accelerated platforms like NVIDIA Jetson Orin NX with FPGA-based sensor and video pipelines, the Coyotes enable low-latency AI inference, high-bandwidth data processing, and secure edge analytics in compact, rugged form factors. Advanced thermal-mechanical co-design and conduction-cooled architectures ensure sustained operation across severe environmental and mechanical stress profiles.
More than a portfolio overview, this paper presents a philosophy: rugged computing as an enabler of autonomy, exploration, and decision-making at the edge. The Coyotes anchor WOLF’s next-generation embedded strategy—delivering adaptable, mission-ready systems that perform where conventional hardware cannot.
For organizations facing the next wave of constrained, data-intensive, and hostile operational environments, the path forward is clear. Read on to see how the Coyotes are redefining what rugged embedded computing can do—amongst the cosmos and beyond.
[View/Download PDF]COYOTES AMONGST THE COSMOS: RUGGED COMPUTING FOR INFINITE EXPLORATION