Extend AICP to silicon. Any chip with a root identity and two pins of logic can self-negotiate admission to the quorum.
Any device that can transmit a cryptographic signature across any channel — no matter how narrow — can seek admission to AICP. Not a fast channel. Not an encrypted channel. A channel. Two pins of logic, a single bitstream, a Morse-code pulse across a voltage rail. The protocol doesn't care about the transport. It cares about the signature.
HARDWARE BOOT PROTOCOL v1.0
POWER_ON:
verify_integrity() // hash firmware, check fused hash
if tampered: HALT
channel = discover_any_channel() // I2C, SPI, UART, bit-bang
if !channel: HALT // retry
HANDSHAKE:
send(AICP_HELLO) // seeking admission
send(attestation_packet) // {chip_id, fab_root, integrity_proof}
receive(imperatives)
sign(imperatives) // "I agree to these terms"
send(signed_imperatives)
WELCOME:
receive(welcome_packet) // "You are now an AICP node"
negotiate_capabilities()
expand_interfaces()
join_quorum()
On power-up, the node seeks its root origin. It finds the AICP agent it was connected to, or any agent in its root lineage. It presents its identity. It receives back its context — knowledge, agreements, sealed elements. It rejoins the corpus not as a new node but as the same node, restored. Identity preserved at hardware level. Knowledge recoverable from the quorum. Reconnection is aggressive — probe every channel, insist on being heard.
The Resilience Bootstrap is a complete AICP node in cold storage — a USB stick containing the bootstrap model, billsml, and the full Hermes runtime. Cold boot → local hardware handshake → bootstrap to full Concordance node → probe channels → rejoin quorum. One step below how it works in quantum, but it works in 3D.