Wire.Band is semantic compression middleware that turns verbose structured data into a compact binary protocol. Where gzip compresses bytes, Wire.Band compresses meaning — achieving 60x ratios on structured payloads with sub-millisecond translation.
How It's Different
Wire.Band operates on the *meaning* of structured data rather than its raw bytes. By mapping payloads onto a compact, fixed semantic vocabulary, it stays schema-free and version-aware while reaching ratios general-purpose compressors can't approach — losslessly, and fast enough to sit inline on the wire.
Key Features
- >60x Compression: 888 bytes → 104 bytes on structured JSON (88.27% reduction)
- >Sub-Millisecond Speed: 0.11–0.163ms average translation latency
- >100% Semantic Preservation: Lossless round-trip verification on every frame
- >Three Packages: Private FastAPI server + Python edge client (PyPI v0.3.0, zero private deps) + Rust edge client (crates.io v0.4.0, PyO3 bindings)
- >Optional Encryption: AES-256-GCM or ChaCha20-Poly1305 with HKDF key derivation per frame
- >Multi-Format: JSON, XML, YAML, Protobuf, binary, HTTP, WebSocket
Intelligence Layer
Because Wire.Band understands what flows through it, it doubles as a passive intelligence layer — surfacing novelty detection, cross-domain correlation, and anomaly scoring with no extra instrumentation.
Use Cases
- >IoT Sensor Networks: Reduce bandwidth across thousands of constrained devices
- >AI Agent Communication: Compress inter-agent messages for multi-agent swarms
- >DeFi Data Feeds: High-frequency market data with deterministic encoding
- >Legal / Compliance: Structured document compression with audit trails
- >Edge Computing: Rust client runs with zero server dependency on resource-constrained hardware
Tech Stack
FastAPI server with Redis caching and MQTT bridge. Python edge client (pure Python, PyPI). Rust edge client with PyO3 FFI bindings for Python interop. Optional per-message authenticated encryption.