YuKKi OS SDR - LW Radio!

YuKKi OS 6.6.1-SDRKit

Sentinel Mesh Edition: X25519 ECDH & LWR Hardware Ingest

Forget bloated orchestrators. Deploy with a dual-plane architecture, Polymorphic ChaCha20 keystreams, and zero-latency memory bypasses mapped directly to your SDR hardware.

🛡️🕸️⚡🧬🔥🔒📡🛰️

The release of YuKKi OS 6.6.1 transitions our native ADI subsystem from a distributed computational grid into an impenetrable, self-healing tactical network. By splitting the mesh into a secure Rust-driven Control Plane and a chaotic C-driven Data Plane, we have achieved a bare-metal environment where unauthenticated interference is not just dropped—it triggers an automatic, mesh-wide quarantine.

Furthermore, version 6.6.1 brings out-of-the-box Long Wave Radio (LWR) compatibility, actively ingesting signals directly into the electrical vector bus.

Core Feature Set

1. The Sentinel Architecture: Dual-Plane Mesh

We have bypassed standard POSIX constraints to establish a bifurcated network topology:

• Control Plane (Rust): Establishes ephemeral session keys via X25519 ECDH, securing traffic end-to-end using ChaCha20-Poly1305 AEAD framing.
• Data Plane (C99): Pushes raw binary streams utilizing a Lorenz attractor chaos engine, generating hyper-fluid, non-repeating state vectors.
• Active Auto-Quarantine: Failed MAC tripwires or ECDH handshake violations result in immediate UUID and IP bans across the entire topological registry.

2. Promiscuous Mode: Automated MITM Defense

A network blackhole or silent Man-In-The-Middle (MITM) attack can paralyze distributed systems by spoofing uptime. Every 15 seconds of silence, the node actively reaches out to all known peers and forces a brand new X25519 ECDH handshake. If verification fails, a MITM intercept is assumed, and the connection is permanently severed.

3. Universal SDR Hardware Ingest (LWR)

Bridging the gap between physical RF and our polymorphic data plane, the system now automatically discovers and locks onto any connected Software Defined Radio (RTL-SDR, HackRF, LimeSDR). It dynamically tunes to the 153 kHz Long Wave band, packing exactly three 32-bit float complex I/Q samples into a strict 64-byte L2-aligned memory frame.

4. Zero-Latency Memory Bypass

Encryption happens directly in memory. The C-Core chaos engine mutates the keystream and XOR-encrypts the I/Q baseband directly within the memory plane before it is pushed to the ring buffer, achieving true O(1) data throughput without stalling the stream.

Deployment How-To

Readying a node for the RIU mesh requires minimal configuration. The system is designed to seamlessly adopt standard hardware and compile natively.

01

Connect Hardware Plug in your compatible Software Defined Radio (SDR). Ensure your host OS has the necessary soapysdr vendor modules installed.

02

Initialize the Workspace Pull the latest YuKKi-6.6.1-LWr genesis script from the RIU repository and execute it to scaffold the dual-plane layout.

03

Compile for Bare-Metal Navigate to the generated workspace directory and run cargo build --release to link the C-Core chaos engine with the Rust AEAD sentinels.

04

Execute Sentinel Node Run the compiled binary. The software will auto-detect the SDR, tune to 153 kHz, and immediately begin streaming polymorphically encrypted I/Q data across the flat electrical bus.

Download Assets

Access the full genesis script, system blueprints, and feature specifications via the deployment ledger below.

Download YuKKi 6.6.1 Genesis Script & Docs

Conclusion

YuKKi OS 6.6.1 redefines what a secure operating environment should be. Pull the latest genesis script, configure your hardware, and watch the mesh weave itself.

Architected by Aditya Muralidhar

[Rakshas International Unlimited]