From market signal to verified CRM record.
Two hundred accounts, twenty get worked. Opulent scores all of them, writes the ones that clear your bar, and reads each record back. Freightwave Systems: 78/100, 12/12 fields verified.
Give it a whole job in the systems you already run. It comes back finished, evidence attached.
Match every July invoice to its PO and receipt. Hold anything outside tolerance.
I'll match all 412 July invoices against their purchase orders and goods receipts, then hold anything outside your two percent tolerance. Starting now.
Three-way match before tolerance. Pull the invoice, its purchase order, and the goods receipt, then compare quantity and price separately so a quantity break does not read as a price break.
Done. 412 matched, six held on price, none on quantity. Full report attached.
invoice-exceptions-july.mdOpulent is waiting on your decision

A week has forty hours, so the top twenty accounts get worked and the other hundred and eighty do not. Every tool you bought automates a slice of the work, and none of them automate the person in the middle, moving numbers between screens and chasing what does not match. Your engineers escaped that years ago, when handing work off got safe enough that the list stopped being cut. Opulent brings that to the rest of the company, without asking anyone to work somewhere new. In one engagement, intake that took three to five days finished in under five minutes. Customer-supplied timing, validating in production.
Two hundred accounts, twenty get worked. Opulent scores all of them, writes the ones that clear your bar, and reads each record back. Freightwave Systems: 78/100, 12/12 fields verified.
The small exceptions get waved through because nobody has time to chase them. Opulent matches every invoice to its PO and receipt, and holds what breaks tolerance, so fifteen minutes of digging becomes a thirty-second decision. INV-8841: $12,480 against a $12,000 PO. Held, routed, logged.
The fix everyone agreed on and nobody scheduled. Opulent makes the change, runs the tests, and watches the rollout. 2.1% errors at 310 ms p99, rolled back before anyone was paged.
The claims that look safe never get checked. Opulent traces all 34 to their originals and holds what the evidence will not carry. 32 of 34 verified, two held back.
Only the big positions get real scrutiny. Opulent traces every one and marks each assumption where it enters. 41 documents read, two questions routed to your expert.
The candidate on page four never gets read. Opulent maps the whole market and returns dossiers with a source on every claim. 312 sourced, screened to a slate of 9.
Same loop, nine more places it applies. Each one carries a whole process chain, from intake through execution to the report at the end.
Engineering
The tickets that never made the sprint. Opulent scopes each one, runs parallel agents, tests the change, and opens the PR.
RevOps
Missing next steps, stale close dates, fields nobody updated. Opulent repairs them in HubSpot and reads the record back.
Customer Success
Account signals, open tickets, and roadmap asks become a renewal risk call and the next action.
Finance
Three-way match, variance checks, exceptions held and routed, close packet with the audit trail.
Marketing
A launch brief becomes assets, a landing page, and a campaign. The playbook updates after review.
Legal
Contracts checked against your playbook, redlines drafted, deviations listed, exceptions routed to counsel.
Operations
Vendor, inventory, and delivery signals become a response packet and an updated runbook.
People
Sourced candidates, interview packets, scorecards, and hiring rules that sharpen the next search.
Product
Customer signals become PRDs, dependencies tracked, open questions logged, reviewed spec published.
How the work reaches it, what it costs, what it can touch, and how it gets better without anyone rewriting the prompt.
A Slack message, a Linear issue, a GitHub event, a schedule, or a webhook from your pager or your monitoring. The event arrives with the run, so it starts knowing what caused it. An invocation cap keeps a noisy channel from starting forty of them. Nobody prompts it. It starts where the work already happens, and the queue is shorter before anyone opens a laptop.
Tag it in a Slack thread, assign it a Linear or Jira issue, forward it an email, or call it over a webhook. Every route reaches the same Session with the same history, so the work carries on when you switch windows. When it needs a decision, it asks in the thread it started in. The surface changes. The worker does not.
Best cost per execution, because a mature run is mostly not model calls: settled steps harden into checks and code, and frontier reasoning is saved for the decisions that need it. Cost falls as playbooks mature, accuracy holds, and an auditor can follow the trail. A model can tell you how it would do the job. This is what it takes to go and do it.
Its own computer: browser, terminal, and a full desktop, so the vendor portal nobody ever integrated is still in reach. It drives the flow the way a person would and hands back the recording, without asking you to migrate anything first. Linux and Windows, with state that survives the waiting.
Correct it once and it holds for that run. Correct it twice and the context is worth keeping. A standing fact becomes Knowledge, a repeated procedure becomes a Skill, and recurring work becomes an Automation. A one-time exception stays a one-time exception. Nothing is promoted until a person approves it, which is the only reason the learning is safe to trust.
Access is granted per system and per action, and reading is granted separately from writing. Before anything consequential, the run stops and asks the person who owns it. What it writes lands in your system of record. The systems with no API are still in reach. Opulent drives those through the screen, the way a person would.
Pick one from the library, connect the systems it touches, and write down what you expect to inspect at the end. Then run it against real work this week. The first run won't be perfect. That's what the loop is for.
Or read a completed run firsterror rate 2.1% ← threshold 1.0%p99 310 ms ← threshold 250 ms