Open architecture specification for provenance-aware AI systems and institutional memory.
Status: Active
Released: June 30, 2026
Community Contributions Welcome
sovereign-sdk-sensor is a planned bare-metal component of the Sovereign SDK built specifically for embedded microcontrollers running MicroPython or CircuitPython (e.g., ESP32, Raspberry Pi Pico).
The package exists to enforce Write-Side Custody at the exact millisecond data is born. By sealing physical data inputs (telemetry, hardware logs, system events) into signed, compressed envelopes at the hardware pin layer, it ensures absolute cryptographic provenance before the data ever leaves the local microcontroller unit.
Traditional edge telemetry architectures suffer from a critical provenance blind spot:
sovereign-sdk-sensor bridges this gap by welding hardware-level data acquisition directly to cryptographic lineage validation.
Ultra-lean cryptographic wrappers that interface directly with the on-chip hardware acceleration blocks of modern microcontrollers to instantly stamp Ed25519 or ECDSA signatures onto raw data registers.
A tight, minified binary framing protocol that packs sensor states, timestamps, and cryptographic signatures into highly compressed, low-overhead packets designed specifically to traverse low-bandwidth pipelines like LoRaWAN or serial interfaces.
A matching downstream validation engine that allows an intermediate sovereign-edge gateway to instantly verify the authenticity, node identifier, and tamper-free state of incoming sensor packets.
The Sovereign Systems Specification is an open architecture initiative.
We actively encourage collaboration from embedded developers, IoT security engineers, hardware designers, and practitioners working with low-power radio networks and remote telemetry arrays.
pip install sovereign-sdk-sensor