NEETA OS: An Open-Source Dual-Layer Quantum OS Architecture Powered by a 1-Bit AI Bridge

​Hi everyone, ​I’m excited to share NEETA OS (Non-linear Entangled Executive Translation Architecture), an open-source technical specification for a next-generation hybrid classical-quantum operating system. ​💡 The Core Problem ​Running high-overhead classical tasks (UI rendering, file indexing, I/O polling) directly on fragile Quantum Processing Units (QPUs) introduces digital noise that causes rapid qubit state decoherence. ​🏛️ The NEETA OS Solution ​NEETA OS enforces a strict dual-layer split: ​Inner Quantum Core (QPU Data Plane): Completely isolated and reserved strictly for subatomic gate execution and entanglement routines. ​Outer Classical Runtime (User Canvas): A customizable classical OS environment where developers can run applications without risking state collapse. ​Omnidirectional BitNet Bridge: Uses a 1-bit quantized neural network with ternary weights (-1, 0, 1) to translate data at hardware instruction speeds using addition/subtraction instead of floating-point math. ​🔢 4-State Quaternary Logic Mapping ​Instead of using heavy compiler pipelines, physical readouts map straight into basic integer tokens: ​1 / 0 : Pure State |1⟩ / |0⟩ (True / False Logic) ​-1 : Superposition state (keeps OS calculation thread open safely) ​null : Decoherence alert (triggers instant hardware triage and re-routing) ​🛠️ Project Links & Proof-of-Concept: The repository includes the full whitepaper specification, hardware co-design requirements, and an executable Python simulation script you can run locally on your machine to test the logic bridge. ​GitHub Repository: https://github.com/thegoldenbypass/Open-Source-quantum-os ​I’d love to hear your thoughts, feedback, and ideas on this hybrid architecture approach! submitted by /u/tryhomediy [link] [comments]