The Raspberry Pi SWaP-C Revolution: Driving Battlefield IoT

The Raspberry Pi SWaP-C Revolution: Driving Battlefield IoT
The Raspberry Pi SWaP-C Revolution: Driving Battlefield IoT
December 01, 2022

The Raspberry Pi SWaP-C Revolution: Driving Battlefield IoT

Published in Military Embedded Systems
Written by David Jedynak

For more than ten years, the educational, industrial, and hobbyist markets have embraced the small-form-factor Raspberry Pi single-board computer (SBC) as a preferred low-cost, low-power tool that lowers the barrier for deploying intelligence and connectivity just about anywhere that imagination directs. The result is a ubiquitous platform, with more than 45 million units sold. Today, these tiny cards are helping to make the Internet of Things (IoT) concept a reality.

Meanwhile, Joint All-Domain Command and Control (JADC2), the U.S. Department of Defense (DoD) vision for the netcentric battlefield, scales all the way from the cloud – making all data sharable – down to the ground level where that data needs to be ­collected and distributed.

The JADC2 goal is for all platforms to be intelligent and connected to the network using a Modular Open Systems Approach (MOSA). That directive re­quires cost-effective solutions in a form factor that can operate way out at the tactical edge. Such applications often require a fully integrated rugged mission computer built with OpenVPX cards. In a lot of cases, however, a “good-enough” level of processor performance and I/O feature set is all that’s needed. For size, weight, power, and cost (SWaP-C)-constrained applications, a military-grade Raspberry Pi-based mission computer defines a whole new class of solution for intelligence and connectivity at the tactical edge.

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Introducing your essential guide to all things MOSA. This white paper explores the MOSA directive, its significance for defense technology, and MOSA-supporting standards like SOSA, CMOSS, VICTORY, GVA, FACE, and OMS/UCI.