An advanced, high-performance, completely dependency-free Acoustic and Kinetic Data Transceiver written from scratch in pure C++17.
VIBRA turns standard hardware sound peripherals (audio components, microphone inputs, speaker membranes) into localized binary data transmission nodes, completely bypassing jammed or dead wireless radio frequencies (Wi-Fi, Bluetooth, cellular spectrums).
- Zero Dependency Core: Compiled straight to bare-metal using only native C++ standard system headers.
- Near-Ultrasonic Modulation: Modulates raw text strings into discrete, high-frequency mathematical audio waves anchoring at an 18kHz frequency standard.
- Matter Penetration Framework: Low-level layout mechanics configured to route data payloads via low-frequency structural mechanical pipes and masonry walls.
- Sovereign Signal Serialization: Encapsulates mapped acoustic frequency structures directly into our independent .vibra file format container.
- Minimalist Aesthetic: Stripped entirely of bloat, framework libraries, and user interface fluff.
git clone https://github.com/alistairfontaine/VIBRA
cd VIBRAmake clean
make./vibra-vfsencode <text_payload>- Modulates text strings into near-ultrasonic frequency matrices.export <file.vibra> <txt>- Compiles and serializes raw 16-bit PCM waves directly to disk.decode <file.vibra>- Ingests a raw file container and applies bare-metal DFT scans.kinetic <file.vibra> <txt>- Modulates bits into 50Hz square-wave solid-matter impact pulses.status- Queries internal metrics tracking overall processed frame counts.exit / quit- Safely releases descriptors and terminates the shell context.