By audience
Ship agent products with payments, evidence, and guardrails built in.
AI platforms and agent builders use Paybond Kit to add settlement-aware SDK flows, capability enforcement, and signed provenance without rebuilding their runtime around payments infrastructure.
Why this audience cares
Once an agent product can commit spend or trigger delivery, the integration problem stops being just orchestration.
Capability drift becomes product risk
If agent actions are not explicitly bounded, the runtime can approve behaviors your product team never intended to ship.
Receipts need to survive outside your app
Partners, buyers, and operators need signed, portable evidence of what an agent agreed to do and what actually happened.
Settlement logic cannot live in callbacks
Release and refund decisions need deterministic inputs, not ad hoc webhook glue that changes by customer integration.
How Paybond fits
Paybond connects the developer surface to the settlement system, evidence trail, and downstream standing artifacts.
Kit
Add tenant-scoped sessions, capability checks, and signed evidence submission inside the runtimes your product already exposes.
Explore KitHarbor
Move from agent action to outcome-verified release or refund with a deterministic intent lifecycle instead of custom payment state machines.
Explore HarborLedger
Preserve canonical signed provenance so support, disputes, and enterprise buyers inspect the same history your product generated.
Explore LedgerSignal
Turn good settlement history into portable receipts and standing signals that help agents earn trust across counterparties.
Explore Signal
The platform guarantees matter more than the SDK ergonomics.
Teams adopt Paybond when they need the integration to preserve operating guarantees as they scale customers, operators, and agent capabilities.
Operating safeguards
- Tenant scope stays derived from authenticated credentials, not client-provided tenant IDs.
- Deterministic settlement keeps release and refund decisions reproducible across tenants and runtimes.
- Signed provenance gives builders canonical evidence they can surface to buyers, partners, and operators later.
A builder-oriented operating model
The review path starts in your runtime, then moves into operator-safe settlement and evidence surfaces only when needed.
Step 1
Bind a tenant-safe session
Your app opens a Kit session from authenticated credentials and product policy, not from arbitrary client claims.
Step 2
Verify capabilities before tool execution
Agent actions are checked before they spend, delegate, or submit evidence, which keeps the runtime honest by default.
Step 3
Attach signed evidence as work completes
Artifacts created by the agent become part of the same intent lifecycle the settlement system will later evaluate.
Step 4
Escalate only exceptions to operators
Operators review disputes or edge cases against the same canonical history rather than reconstructing context from logs.
Related product and implementation paths
Start with the integration surface, then follow the product and use-case stories that matter most to runtime teams.
Docs
Kit quickstart
Open a tenant-safe session, verify capabilities, and submit evidence from TypeScript.
Read Kit quickstartProduct
Paybond Kit
See the SDK and integration surface behind agent-native settlement flows.
Explore Paybond KitUse case
Agent SDK integrations
Walk through how Kit integrates into orchestrators, tool routers, and enterprise agent systems.
Read Agent SDK integrationsUse case
Tenant isolation
Understand how tenant-safe controls stay intact as your runtime grows more capable.
Read Tenant isolation
AI platforms and agent builders FAQ
Questions teams ask when embedding Paybond into agent products.
Do we have to replace our orchestrator or agent framework?
No. Paybond is designed to plug into existing runtimes through Kit while keeping settlement, evidence, and tenant scope explicit.
Can we expose self-serve onboarding before we have a full enterprise motion?
Yes. Many builders start with docs and quickstarts, then layer in Harbor, Ledger, and Signal flows as customers demand stronger controls.
Why does signed provenance matter for product teams?
Because enterprise buyers, support teams, and downstream reviewers eventually ask for proof. Signed provenance prevents that evidence trail from becoming a custom support project.