AIR-GAPPED. RUGGED. UNSTOPPABLE.
Engineered for field operations, remote spectrum monitoring, and secure offline AI computation. Built to perform when grid power, internet, and cloud infrastructure are completely non-existent.
Engineered for field operations, remote spectrum monitoring, and secure offline AI computation. Built to perform when grid power, internet, and cloud infrastructure are completely non-existent.
Project O.A.S.I.S. is an air-gapped, field-ready tactical workstation engineered for absolute independence, home shelter readiness, and extreme operational resilience.
100% Offline Ecosystem: Engineered for both consumer and professional deployment—features built-in local technical/medical databases (including full offline Wikipedia), local LLM integration (Gemma 3 4B), and full offline topographic mapping with voice-guided GPS navigation—requiring zero cloud connectivity, cell service, or external grid reliance.
Military-Grade Hardware & Proven Durability: Powered by enterprise-grade Getac industrial rugged compute cores and enclosed in IP67 heavy-duty hardshell cases. Internal structural framework and CAD inserts are built from high-temperature filaments rigorously stress-tested for 120 days outdoors in extreme weather (-20°C to +40°C, direct sun, snow, and storms) with zero degradation or mechanical failure.
Integrated Comms, SDR & Dual Mesh System: Complete tactical spectrum suite featuring integrated wideband SDR for signal monitoring, 2x Baofeng FRS/PMR radios with dedicated internal charging docks, and a Dual Mesh Architecture (integrated internal standalone Node + external Wio Tracker L1 Pro mobile Companion module) for off-grid group tracking and mapping.
NATO & Bundeswehr-Tested EMP Shielding: (Turnkey PRO Edition) Lined with German-certified metallized textile Faraday lining compliant with MIL-STD-188-125 (up to 82 dB attenuation) and protected by a polyurethane coating against oxidation—utilizing military-grade shielding supplied to NATO forces and tested by the German Armed Forces.
Advanced Power & USB Control: Low-draw architecture optimized for wide-voltage direct DC/car input (11–30V), vehicle power, and solar generators. Features hot-swappable batteries and an integrated power distribution module with physical, individual USB toggle switches.
Ex-Corporal. Tech Enthusiast. Gadget Maniac. Engineer.
I don’t build concepts on paper—I engineer functional, field-ready hardware.
With years of hands-on background in IT operations, technical team leadership, and systems infrastructure, I design hardware where reliability isn't optional.
Project O.A.S.I.S. was born out of a clear necessity: the need for fully autonomous, air-gapped, and rugged computation that operates flawlessly whether deployed in the field or serving as the nerve center for a home shelter.
Every custom enclosure, structural component, and internal layout is designed, 3D-printed, and assembled in-house. From heavy-duty thermal management and custom CAD modeling to offline RF/SDR spectrum monitoring and local AI deployment, my focus is singular—delivering absolute operational independence.
Modular. Offline. Built to endure.
