Romeo Apps owned proof / build to proof

Synthetic workflow / API → LLM → CRM

A workflow should reduce work without hiding its decisions.

Run the same lead through intake, classification, CRM write, and human handoff. The useful part is not the green check—it is the refusal, retry, and evidence when the path is imperfect.

RomeoApps-owned synthetic proof. Local adapters only: no credentials, network requests, customer records, or external writes.

trace / lead-017READY
01API intakevalidate + normalize
02LLM routeclassify + summarize
03CRM writededupe + retry
04Human handoffowner + next action
04workflow stages
04acceptance fixtures
00network requests
50%synthetic step reduction

Choose a case. Make the boundary visible.

The adapters are deliberately local and deterministic. That keeps the proof inspectable: a buyer can see the same input, decision, failure path, and acceptance result every time.

fixture://lead/017ready · synthetic

Ready lead → observable handoff

The workflow accepts a complete request, classifies it, writes one deduplicated CRM record, and leaves a human-readable next action.

01API intakevalidate + normalizeREADY
02LLM routeclassify + summarizeREADY
03CRM writededupe + retry + receiptREADY
04Human handoffowner + next actionREADY
event tracewaiting for replay
  1. The trace will record inputs, decisions, retries, and receipts in order.

Less manual movement. More visible state.

This is a synthetic benchmark of the fixture, not a claim about a customer’s savings. It makes the engineering trade-off explicit before a real workflow is scoped.

manual baseline / illustrative08operator steps

Read message → copy fields → interpret request → search CRM → check duplicates → create record → write note → assign follow-up.

synthetic workflow / measured04observable stages

Validate → classify → dedupe/write → hand off with a receipt. Failure cases stop before an external side effect.

The happy path is only one test.

Every fixture has a named terminal state. “Handled” is not a substitute for a receipt.

FixtureFailure seamExpected terminal stateExternal writesProof
Ready leadnonePASS handoff issued0 / synthetic store onlyCRM receipt + next action
Bad intakemissing emailHOLD before model0validation reason
Duplicate eventsame event twiceDEDUPE no second write0stable event key
CRM retrytransient adapter errorRETRY → PASS one receipt0 / synthetic store onlyattempt ledger

A thin vertical slice you can inspect.

The public fixture uses adapters with the same seams a production build would need. Swapping in buyer-approved providers is a later paid scope, not silently implied here.

INPUTAPI intakeschema, email, event key
DECIDELLM routeintent, summary, confidence
WRITECRM adapterdedupe, retry, receipt
ESCALATEhuman handoffowner, reason, next action

What is real here: the deterministic state machine, test cases, event trace, failure boundaries, receipt schema, and local execution.

What remains a paid integration scope: provider credentials, customer data, production CRM writes, model selection, deployment, monitoring, and buyer-owned acceptance.

Proof that stops where access begins.

Verified by this page

  • Four-stage synthetic API → LLM → CRM → handoff flow.
  • Validation, dedupe, transient retry, and terminal receipts.
  • Repeatable 4-case acceptance matrix with zero network requests.
  • Illustrative 8-to-4 synthetic step comparison.

Not claimed

  • Customer ROI, production uptime, or vendor-specific results.
  • Access to private CRM, API keys, model accounts, or customer records.
  • Autonomous deployment, paid work, or an employer selection.
  • That synthetic adapters are a client case study.

Bring one workflow that must become explainable.

For a real build, start with a written target, the desired outcome, safe evidence, the acceptance owner, and the first paid milestone. No credentials or customer data are needed for the fit check.

Request a written fit