Hey everyone! Quick but important update regarding the future of Project O.A.S.I.S. Indiegogo was essentially a quick public field test to see how people reacted. Let’s be honest, that platform has a negligible user base looking for specialized tactical hardware. Even so, the response was solid: we hit 11,000 EUR with just a handful of orders from the other side of the world, which proved the engineering and core concept stand strong on their own Read more
It has been a while since we first introduced Project O.A.S.I.S., and behind the scenes, the engineering work has never stopped. Today, we want to share important hardware design upgrades integrated into the final production units. Based on rigorous field testing, community feedback, and structural engineering optimization, we have significantly improved how the radio reception architecture, protective layers, and I/O access are integrated into the workstation: Hardware Upgrades: Integrated SDR RTL V4, Antenna Feed & Read more
The device combines physical microphone suppression via targeted ultrasonic waves with an integrated MP3 module playing simulated conference chatter (acoustic masking). This dual-layer defense overloads AI audio-cleaning algorithms while forcing continuous hardware distortion on smartphone microphones. Captured audio cannot be recovered or processed to extract human speech—making it impossible for eavesdropping tools to bypass this barrier. Technical Specifications & Features: Dual-Layer Defense: Ultrasonic microphone suppression combined with an MP3 acoustic chatter generator to neutralize AI Read more
A deep dive into the certified conductive shielding material I use in Project O.A.S.I.S., featuring official lab attenuation data tested under IEEE 299 and MIL-STD-188-125 standards. I’ve received a few technical questions regarding the specifics of the EMP/RF shielding layer I use in Project O.A.S.I.S. To provide total transparency and proof of compliance, I want to share the exact material specifications and laboratory test data backing my Faraday design. The Material: Shieldex® Nora Dell CR Read more
I wanted to share a comprehensive, 16-minute raw video clip showing the physical pre-production OASIS unit operating in real time. I’m an engineer, not a filmmaker, so there are no polished edits or cinematic tricks here—just a clear, straightforward look at the system and how it functions. The video covers a detailed overview of the hardware details and offline software capabilities: Hardware: -Radio Integration & Modular Layout: Custom 3D-printed structure, internal wiring, and radio modules. Read more
