U.S. Navy EPIC Project Edge Compute Integration
Defense · Client: U.S. Navy
Project details
Delivered edge compute integration solutions for the United States Navy's EPIC project.
The Dominance of Digital
Parry Labs redefines the edge where new capability meets mission-proven certainty, delivering digital combat power with open software architecture, small-form factor hardware, and defense engineering. The practice enables rapid capability deployment and a decisive combat advantage for the defense community, ensuring networked connectivity of assets from warfighters to weapon systems remains the dominant force in a digital battlespace.
John 'JD' ParkesChief Executive Officer, Co-Founder & Board Member
Jon PilonChief Financial Officer
Amber WalkerChief Growth Officer
Tom von EschenbachSenior Vice President, Growth Operations & General Manager, Huntsville
David GrossChairman of the Board
Dr. Robert MillerCo-Founder & Board Member
Adam PalmerBoard Member
Brooke CoburnBoard Member
Gus ColdebellaBoard Member
Raanan HorowitzBoard Member
Develops modular, open-architecture software designed to enable rapid capability deployment and seamless integration at the tactical edge.
A software infrastructure that brings data, platforms, and applications into a single operational system at the edge, allowing quick scaling without architecture lock-in.
A digital engineering environment built for collaborative building, testing, and integration of software and hardware solutions.
A miniature mission interface designed for global expeditionary applications, facilitating tactical connectivity.
Designs and manufactures SWaP-C optimized, ruggedized hardware to support processing and connectivity in contested operational environments.
Small-form factor hardware platforms that bring processing power to the tactical edge.
Durable physical systems engineered to withstand harsh, modern combat environments.
Integrates complex platforms into unified systems using modern, modular methodologies to maintain operational advantage.
Unified operational environments that share data across platforms and synchronize sensors, weapons, and operators in real time.
An architectural approach leveraging open and intelligent standards to avoid proprietary lock-in and accelerate technology insertion.
Defense · Intelligence & National Security · Aerospace
Defense · Client: U.S. Navy
Delivered edge compute integration solutions for the United States Navy's EPIC project.
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