Sovereign Telemetry
Encrypted sensor networks. No broker. No cloud.
Built on Janus. Powered by Libertaria. Runs on 8 bytes.
Node A (Berlin) → Node B (Paris) Temperature: 23.5°C │ Humidity: 67% Latency: 12ms │ Encryption: Noise_XX Latest packet (8 bytes Micro-LCC): 4C 04 00 00 00 0A 3F 8A
No configuration needed. Every session uses Noise XX handshake. Your data is encrypted end-to-end, always.
Not IP addresses. Ed25519 SoulKeys. Cryptographic identity that persists across networks.
Micro-LCC protocol. 96% less bandwidth than MQTT. Satellite-grade efficiency for any network.
Lamport-stamped latest values. New subscribers get data immediately with causal consistency.
Dead man's switch. Auto-trigger insurance claims, key rotation, or governance votes on device death.
Peer-to-peer mesh. No cloud dependency. Works offline. Can't be censored.
This is a complete, runnable LTP program in Janus
// ltp-example: Solar Panel Monitor // A complete, production-ready telemetry system import ltp // Define the sensor behavior sensor SolarPanel { // Publish power output every 30 seconds publish( $ltp.ocean.{location}.solar.power, { watts: adc.read(0) * 3.3, timestamp: time.sovereign() }, retain: true, priority: .normal ) every 30s } // Subscribe to energy alerts from your Chapter on $ltp.chapter.{chapter}.energy.alert { led.blink(.red, 3) log.warn("Energy alert: {message}") } // Dead man's switch: trigger insurance if offline >5min will { target: $ltp.contract.insurance.claim, action: .invoke("solar_offline_claim"), payload: { panel_id: did, last_reading: retained.power }, trigger: .missed_keepalives(10) }
| Feature | MQTT | LTP |
|---|---|---|
| Encryption | ✗ Optional (rarely used) | ✓ E2EE by default (Noise XX) |
| Identity | ✗ IP addresses only | ✓ DIDs (Ed25519 SoulKeys) |
| Keepalive Size | ~20 bytes | 8 bytes (Micro-LCC) |
| Broker Required | ✗ Centralized | ✓ Peer-to-peer mesh |
| Retained Values | ✗ Race conditions | ✓ Lamport-stamped |
| Dead Man's Switch | ✗ Not possible | ✓ Will-Message |
| Smart Contracts | ✗ N/A | ✓ DID-invokable |
# Install LTP CLI curl -fsSL https://ltp.libertaria.dev/install.sh | sh # Generate your identity ltp keygen --output identity.did # Start a node ltp node --identity identity.did --port 9999 # Publish a reading ltp publish sensor/berlin/temperature 23.5 # Subscribe to readings ltp subscribe sensor/+/temperature