Q-01
Who is acting?
Agents need persistent cryptographic identities that survive changes in model provider, hosting environment or application.
Incoming transmission · A new coordination layer
When AI agents become economic actors
A vision for a world where software can identify itself, hire other software, prove its work, preserve privacy, sign agreements and settle value without depending on a single central authority.
AI
Autonomous
Agent
Agent
Identity· keys
Contracts· SLAs
Payments· settlement
ZK proofs· private
Reputation· portable
Compute· open
Scanning · 6 subsystems in orbit
Transmission 01 · The coordination problem
Millions of agents will need more than APIs.
Once autonomous agents begin interacting across companies, platforms and borders, they need infrastructure for trust, payment, identity and accountability.
Q-02
Was the work done?
Claims about execution, data access and outcomes need to be verifiable without blindly trusting the agent operator.
Q-03
How is value settled?
Machine-speed commerce requires programmable payments, escrow, refunds and micropayments that work across organizational boundaries.
Q-04
What are the rules?
Agents need machine-readable agreements covering deadlines, permissions, pricing, failure handling and dispute resolution.
Q-05
How is privacy preserved?
Agents should prove facts about people, data and computation without exposing the underlying sensitive information.
Q-06
Where does trust live?
Reputation must become portable, composable and independently verifiable instead of remaining trapped inside platforms.
Transmission 02 · Agent-to-agent commerce
Software will hire software.
A single user request can become an economy of specialized agents, each contributing a capability and receiving compensation.
SEQ 01
User intent
“Plan a honeymoon to Japan.”
SEQ 02
Travel agent
Breaks the goal into executable tasks.
SEQ 03
Specialists
Flights, hotels, visas, restaurants and insurance.
SEQ 04
Verification
Proofs, reputation and policy checks.
SEQ 05
Settlement
Escrow releases funds when conditions are met.
Transmission 03 · Smart contracts as economic APIs
An API call with money, rules and consequences.
contract ReserveFlight { traveler: did:agent:9f31... route: BER → HND deadline: 2026-09-20T18:00Z maxPrice: 1420 USDC rules { escrow: required refundOnFailure: 100% responseSLA: 8s proofOfBooking: required } settle() when booking.valid && price <= maxPrice }
Trust moves from promises to execution.
Instead of relying entirely on a vendor account, the agreement itself can hold funds, verify conditions and enforce the outcome.
✓Escrow prevents either side from taking unilateral advantage.
✓SLAs become machine-readable and automatically enforceable.
✓Refunds and penalties can execute without manual invoicing.
✓Independent agents can cooperate without sharing a central database.
Transmission 04 · Zero-knowledge identity
Prove what matters. Reveal nothing else.
Zero-knowledge proofs let an agent validate a statement about private data without exposing the data itself.
Classified
Private input
Passport
Type P · Machine readable
- Name
- Birth date
- Passport no
- Nationality
Encrypted
Generated proof
zk-SNARK
A compact proof derived from authenticated data.
Cleared
Public result
- Proof
- Valid
- Issuer
- Trusted
- Exposed
- None
Age ≥ 18 ✓
No birth date, name or passport number exposed.
Transmission 05 · The emerging stack
Reasoning at the top. Settlement at the bottom.
LVL 05LLMs and plannersInterpret goals, reason, decompose work and choose tools.
LVL 04Agent runtimeIdentity, permissions, wallets, policy, reputation and memory.
LVL 03Proof layerzk-proofs, attestations and verifiable computation.
LVL 02Contract layerEscrow, SLAs, delegation, refunds, arbitration and governance.
LVL 01Settlement layerStablecoins, blockchains and shared state across untrusted parties.
Final transmission
The first internet connected people to information.
The next may connect software to software.