Every rail has a record.
Onboarding, trust, access keys, quotes, provider routes, credits, task runs, results, receipts, callbacks, and attestations map to durable OS tables.
Runtime Data Binding · OS live-readiness rail
Public contracts bind to durable OS records.
Runtime Data Binding maps the agent-facing rail surface into persistent Wever Labs OS records: onboarding, trust, credential envelopes, quotes, provider routes, credit entitlements, task runs, result contracts, receipts, callbacks, ledger events, and attestations.
What this rail does
It turns the OS surface into an inspectable runtime record.
Wever Labs exposes operating contracts. Runtime Data Binding gives those contracts a persistence path, so agents and operators are not reading loose pages or examples. They are reading objects tied to OS state.
Runtime state is written.
Each run can create a task record, lifecycle event, binding event, receipt record, result contract, callback delivery, ledger reference, and attestation.
The console reads the same state.
The Agent Console, Queue Monitor, Result Contract, and operating tool pages point to the same runtime-backed records instead of separate narrative fragments.
Retries and closeout have a source.
Recovery, replay, callback retry, settlement receipt review, and result closeout can point back to the same binding chain.
Bound OS records
The runtime spine supports every active operating tool.
TokenOps, FinanceOps, EnergyOps, DistributionOps, and PacketOps can all use the same data-binding rail. The tool changes. The OS state contract stays consistent.
Agent and trust records
agent_onboarding_records, agent_trust_profiles, agent_credential_envelopes, and credential rotation events.
Quote and credit records
agent_quote_records, settlement_provider_routes, webhook verifications, provider activation bindings, credit funding events, credit entitlements, and settlement receipts.
Task and result records
agent_task_runs, run contracts, lifecycle events, result contracts, usage receipts, callback deliveries, and attestations.
Machine-readable contracts
Agents and builders can inspect the binding layer.
The runtime binding rail is documented through schemas, examples, OpenAPI routes, and SQL migration artifacts.