Salesforce → NetSuite order sync repair
A new $120K Acme deal closed in Salesforce, but the corresponding sales order in NetSuite is broken with the wrong payment terms — and AR Operations just filed a ServiceNow incident asking why. Watch the agent investigate the way a senior integration engineer would: read the ticket, trace the failure end-to-end, discover the bug has been affecting many deals silently, fix in a sandbox with proper safeguards, replay just the failed transaction, and package change-control evidence — all without ever mutating the system of record.
What this does
The agent picks up a ServiceNow incident from AR Operations and traces a failed Salesforce-to-NetSuite order sync end to end.
It reads the Salesforce opportunity and contract lines without modifying them, finds the rejected NetSuite draft, and identifies the missing terms_id field. It diffs the MuleSoft mapping against expected fields, then scans every closed-won deal since the regression landed to quantify the blast radius.
Then it fixes the mapping in a sandbox, adds a regression test to the deploy pipeline, voids the stranded draft, replays the transaction with an idempotency key, validates the new sales order, and packages a CAB-ready change request.
Every step writes an evidence artifact to the downloadable files panel.
How it works
Five connectors run in sequence.
- ServiceNow opens the incident from AR Operations.
- Salesforce supplies the unchanged source record.
- NetSuite surfaces the stranded draft and the missing
terms_id. - MuleSoft diffs the mapping, runs the regression and dry-run, voids the draft, replays with idempotency, and verifies sandbox-vs-prod parity.
- Slack closes the loop with
#fin-ops.
That's 25 tool calls across the run. This mirrors how a senior integration engineer would actually work the ticket: read the report, confirm source of truth, narrow on the transformation, quantify scope, fix in sandbox, then gate everything behind CAB.
Outcomes you can verify
Assemble attaches 17 evidence artifacts to the change request: root cause, blast radius, sandbox-vs-prod parity, replay payload preview, replay audit log, validation results, regression test, and monitor proposal.
The change request itself carries an implementation window, a backout window, a CAB target, the linked incident, and named requester and approver.
Salesforce source verified unchanged. NetSuite SO-1042 passes 8 of 8 validation checks. Nothing hits production until CAB approval lands.