Maintained by PD2KC.ai — IoTIVP Protocol Team
This is the official multi-layer roadmap guiding IoTIVP-Core, IoTIVP-Binary, and future IoTIVP-S development.
- Header bitfields
- TLV / Packed blocks
- Hash field
- Optional nonce
- LoRa/BLE/Robotics examples
- Test structure
- Human-readable verification
- Field-level hashing
- Profiles (Env, Robotics, BLE)
- Canonical hashing order
- Replay protection
- Validation flow
- Delta encoding
- Compressed TLV
- Deterministic packed profiles
- Signed hashes (MAC / shared key)
- Device trust scoring
- Field anomaly detection (range + drift)
A dual-payload, dual-validation model inspired by quantum superposition concepts:
- Two partial states hashed independently
- Combined superstate integrity check
- Selective reveal for gateways
- Multi-layer trust reconstruction
- Designed for robotics, safety-critical IoT
- Two-segment binary packets
- Interleaved digest protection
- Superposition-aware encode paths
- Python
- Rust
- Embedded C
- TypeScript
- Randomized invalid packets
- Hash mismatch fuzzing
- Range anomaly fuzzing
- Encode/decode
- Validate
- Auto-hash
- Profile enforcement
- Connect Core ➝ Binary ➝ LoRa / BLE
- Full ecosystem alignment
- Mandatory MAC mode
- Formal verification
- Signed profile manifests
- Hardware-backed authentication (TPM, Secure Element)
- Multi-superstate fusion
- Probabilistic trust scoring
- Redundant state reconstruction
Assume nothing. Verify everything. Catch the corbeaux alive.