Plug it in. Every output becomes provable. The private key never leaves the device. No software can replicate it.
HiveSeal sits between your inference node and your pipeline. Before compute fires, after it returns, and at settlement — the device signs. Every time.
→ agent_id: did:hive:0x4f2a9c…
→ intent_hash: sha3("route:eu-only")
→ sig: ML-DSA-65 · HW-rooted
→ output_hash: sha3(response)
→ shod: SHOD-v1 · ML-DSA-65
→ verify: offline · no chain access
→ x402: USDC · Base mainnet
→ chain: BOND→SIGN→SETTLE
→ receipt: court-admissible
HiveSeal is the hardware anchor for every vertical already live on thehiveryiq.com. Different buyers, different compliance drivers — same silicon underneath.
64-byte HID reports over USB. Four commands. Works on Windows, macOS, and Linux without installation. The private key is generated on-device and never extracted.
| Command | Byte[0] | Payload | Response |
|---|---|---|---|
| BOND | 0x01 | agent_id[32] + intent_hash[16] + capital[8] + ts[8] | Signed HiveBound envelope · 64 bytes |
| SIGN | 0x02 | output_hash[32] + bond_ref[16] + ts[8] | SHOD receipt · ML-DSA-65 sig · 3,309 bytes |
| VERIFY | 0x03 | receipt_hash[32] | Pass / Fail · gate trace · 64 bytes |
| STATUS | 0x04 | — | Serial, firmware ver, uptime, attestation count |
Simulated HiveSeal session. The sequence runs exactly as it would on a live node — the private key never leaves the device.
One node is proof. Two nodes is a certified channel. Five nodes is a constellation. Every node added produces combinatorial attestation surface — Metcalfe's Law applied to hardware trust.
You are buying the right to call your inference certified. That is a different business entirely.