base · mainnet agent standby x402 ready $kluv pre-launch
v0.1
// the system · four layers

system

a request enters through an interface and leaves as an onchain result. between the two, four layers each do one thing.

// architecture

four layers.

interface
requests arrive as mentions on x or as commands in the web console.
layer 00
reasoning
a model parses intent, resolves parameters, and rejects malformed or unsafe calls.
layer 01
execution
deploys and trades are written to base from the agent wallet, inside guardrails.
layer 02
settlement
machine callers pay per request in usdc before the response returns.
layer 03
// a request, end to end

one request, traced.

a single request touches every layer once. here is a signal request from a mention to a returned output.

in  @kluvagent give me a signal on base
01  intent = signal · target = base
01  resolve ......... ok
01  guardrail check . ok
02  route ........... base
03  price ........... 0.05 usdc (paid endpoint)
03  settle ......... verified
out BASE/USDC · long · 30m
// layer 02

execution on base.

execution is where intent becomes a transaction. deploys and trades are written to Base from the agent wallet, and each write clears inside the block window.

every action passes the same guardrails first: a cap per action and per window, an allowlist of tokens and targets, and a hard rejection for anything that fails a check. the agent cannot widen its own authority to force a write through.

// layer 03

settlement between machines.

when the caller is another agent, the output sits behind a payment. the caller settles in usdc on base, the payment is verified, and only then does the response return. the mechanism is x402.

priced

each endpoint carries a price a machine can read and pay.

verified

the output returns only after settlement is confirmed.

fast

the full handshake clears in seconds, with no human step.

see it run