Operating pillars
4
Capability layers rendered with explicit operational behavior.
Connect provider callbacks, ledger entries, settlement files, and operator review so finance and support teams do not rebuild money movement from fragments.
Client apps
01API requests enter with tenant scope.
API edge
02Contracts, auth, and idempotency checked first.
Policy engine
03Limits, risk, and routing rules decide path.
Ledger core
04Minor-unit entries become the financial source.
Provider routes
05Rail selection and failover stay explicit.
Webhook runtime
06Signed events leave with retry history.
Runtime boundary
Control result
one map
Payments, cards, accounts, ledgers, and webhooks inherit one operating model.
Operating pillars
4
Capability layers rendered with explicit operational behavior.
Visual center
Reconciliation spine
Provider events, ledger state, and review evidence aligned through one runtime path.
Runtime model
Deterministic
Replay-safe money and identity workflows under retry pressure.
Control boundary
Tenant-scoped
Isolation across authorization, data access, and operator actions.
Operating model
Entrypoint
POST /reconciliation/runs
Provider callbacks, settlement files, and internal events enter one run.
External references match against transfer, payment, card, and ledger state.
Mismatches become visible instead of hiding inside exports.
Unmatched or late records get explicit owners and review state.
Finance receives a traceable closeout with provider and ledger context.
Events emitted
Evidence retained
Provider files, callbacks, ledger entries, exceptions, and operator ownership stay inside one reconciliation story.
Incident
A settlement file includes a provider reference that does not match known ledger activity.
Zentra path
The row becomes an exception with owner, status, and closeout requirements.
Evidence
Provider row, settlement file, exception owner, ledger search result, and decision are retained.
Incident
A provider callback arrives after finance has started settlement review.
Zentra path
The callback is correlated into the reconciliation run instead of living as a separate support note.
Evidence
Callback, run ID, matched movement, operator action, and closeout state stay attached.
This page makes the runtime visible: POST /reconciliation/runs, the state path, emitted events, and evidence a team can inspect when the happy path breaks.
API request
liveawait zentra.runtime.intents.create({
intent_id: "intent_042",
scope: "workspace_scope",
money_model: "minor_units + ledger_currency",
primitives: ["policy", "ledger", "events"]
})
Runtime state machine
Ledger entries
Audit evidence
Each pillar below maps product capability to runtime behavior teams can reason about before launch.
Correlate external provider callbacks with internal transfer, payment, and card activity.
Compare ledger postings, settlement records, and operational state before closeout.
Assign mismatches, late callbacks, and failed settlements to explicit operators and review lanes.
Preserve actor, tenant, provider, ledger, and timestamp evidence for finance and compliance review.
Visual center
Provider events, ledger state, and review evidence aligned through one runtime path.
A buyer should see the first call, the system response, the webhook behavior, and the ledger/audit consequence without leaving the product page.
start reconciliation run
await zentra.reconciliation.runs.create({
provider: "rail_primary",
settlement_file: "set_2026_04_26",
ledger_window: "2026-04-26",
owner: "finance_ops"
})System response
status
matching
event
reconciliation.run.created
evidence
provider_reference
entrypoint
POST /reconciliation/runs
The first integration proof should show POST /reconciliation/runs, emitted events, retained evidence, and visible product state.
Webhook replay
Result: one ledger-safe state transition
Delivery state remains visible without creating duplicate financial state.
Ledger flow
account
Customer
-125000 mu
account
Reserved
+125000 mu
account
Settlement
+125000 mu
account
Merchant
+125000 mu
account
Payout
closed
The proof points below are written to be checked by operators, solution engineers, and compliance teams, not just admired in a brand presentation.
Every primitive page needs proof that state, actor, tenant, signature, and policy context remain reviewable after the happy path breaks.
Trust evidence