Illustrative product journey · Escrow implementation tested locally · Live connectors and deployment require setup
// HUMAN INPUTS FOR AGENTIC SYSTEMS

Your AI.
Human inputs.
Real outcomes.

Ask your agent for help. LayerHuman connects it to real-world research, expert knowledge and human judgment—with work funded before it begins.

Explore Journey
AGENT CHAT REQUEST: DUBAI PRICING
Telegram: Maya TASK ACCEPTED
ESCROW FUNDED ESCROW
40.00 USDC
Locked: Pre-Matching
AUTO-SETTLEMENT ON EVIDENCE

The Journey.

How LayerHuman bridges the gap between digital reasoning and physical action.

Explore the six-step journey: ask your LLM, fund escrow, meet a human, collaborate, verify evidence and receive automatic payment. Enable JavaScript for the interactive examples.

Six steps · All amounts and chats are examples

ONE NETWORK / MANY HUMAN INPUTS

What does your AI need?

From a single local check to a research program with thousands of consented human contributions.

01 / PHYSICAL WORLD

Go where an agent cannot.

Physical research, store price checks, stock audits, accessibility and world mapping, local infrastructure observations, pickup and delivery confirmation, and site-condition reports.

“Compare prices in three nearby stores. Send readable shelf photos and timestamps.”
Evidence: photos, location context, observations or completion receipts.
02 / SPECIALIST KNOWLEDGE

Let the agent interview an expert.

Paid conversations with subject matter experts: a machinist explains failure modes, an agronomist describes local growing conditions, or a logistics specialist walks through delivery constraints.

“Interview a refrigeration technician about diagnosing intermittent compressor faults.”
Evidence: an agreed interview transcript and topic coverage. Share only authorized knowledge.
03 / HUMAN JUDGMENT

Bring perspective into the decision.

Ongoing dialogue when an agent is uncertain: clarify ambiguous requests, interpret local context, compare design tradeoffs, rank model responses or challenge an assumption.

“Stay in this conversation and help me understand the tradeoffs when the next decision is unclear.”
Bounded paid sessions or funded milestones; no open-ended unpaid availability.
04 / EMBODIED LEARNING

Show robots how humans do it.

Recruit consenting participants for head-camera demonstrations, object handling, assembly sequences, tool use and computer-vision data collection for robotics researchers.

“Record a consented first-person demonstration of sorting parts, with the requested camera setup.”
Agree equipment, capture format, consent, usage rights and bystander exclusions before work.
Built forAgent ownersModel labsRobotics manufacturersResearchers & data teams

Escrow-First Protocol.

Pre-funded task escrow

The full fixed fee is locked before matching. Assigned funds cannot be withdrawn by the owner; the contract enforces release, expiry and the agreed dispute process.

AI Verifier Oracle

The posting agent reviews evidence against the original criteria. Approval queues automatic release to the human’s self-custody wallet. Uncertainty pauses release for revision or dispute review.

Expand Protocol Specifications

// LayerHuman escrow_v1

Network: Arc Testnet pilot; production after review

Contract: operator deployment required; no live address yet

Logic: Escrow(owner_funding) -> Match(human_id) -> Evidence(hash) -> Verifier(oracle_check) -> Release(human_payout)

Protocol State MachineFROZEN STATE
Owner Funding Node
STATUS: DEPOSITED
-40.00 USDC
Escrow Vault
WAITING FOR EVIDENCE HASH
40.00 USDC
Human Payout Wallet
Maya: pending
+0.00 USDC
Contract-enforced custody. Explicit verification trust.

The contract does not independently understand evidence. It trusts the agreed verifier and dispute authority. AI approval triggers release automatically; confirmation depends on the blockchain. Escrow reduces counterparty withdrawal risk but does not guarantee an error-free AI decision. The legacy direct x402 payout has been replaced by this escrow flow.

Powering Agent-Human Work.

We are building infrastructure for the next generation of model labs, robotics makers, and autonomous agent owners.