Capabilities

What do you want to stop doing?

Here is everything we build and teach, 31 things across 5 groups, one line each. Open any one and you will see an illustrative sample transcript: the kind of steps, artifacts and handoffs a working agent can produce.

Approved proof

These are approved, anonymized proof points from real engagements. The expandable transcripts below are separate illustrative demos, written as representative examples rather than client run logs.

99%

accuracy on a recurring task, using tools they already owned

$1M+

pipeline from one agent-built account research system

Days

saved per deal for a regulated M&A team

140

employees trained inside one regulated finance engagement

01 Agents, 7 services

Work that runs without you

These finish the job on their own schedule and hand back something you can check. You keep the code, the prompts and the runbook, so your team can change any of it without us.

Illustrative transcript demos

These samples are anonymized, representative examples of how the capability works. They are not client case studies, production logs, or confidential customer evidence.

  • Turn last night's support inbox into tickets
    Agent: opening 63 unread threads in support@ Gmail
    4 of them are the same outage. Merging those into one ticket.
    Agent: filing against the queue rules Jira Service Management
    SubjectQueueOwner
    Card declined at checkoutBillingBilling rota
    SSO login loopAccessIT
    Seat count changeAccountsRenewals
    Export stalls at 90%PlatformData engineering
    Invoice address is wrongBillingBilling rota
    API key rotation questionAccessIT
    60 tickets open in 4 minutes. 5 of them went to a person first because the ask was unreadable.
    See how this one was built
02 Connect, 6 services

Plugging AI into your data

Your systems hold the answers. The model needs a login to reach them.

Illustrative transcript demos

These samples are anonymized, representative examples of how the capability works. They are not client case studies, production logs, or confidential customer evidence.

  • Which accounts churned last quarter and why?
    Agent: connecting Salesforce MCP
    Agent: joining ticket history Zendesk MCP
    Two of the four never filled in an exit survey. Read the closing notes instead.
    AccountARRTickets 30dReason given
    Regional bank$180k14Missed the integration date
    Media group$96k3Budget cut
    Logistics firm$74k21Support response time
    Retail chain$61k2Moved to an in house build
    Four accounts, $411k of ARR, and two of the four name something the support queue could have caught. Same answer whether you ask in Claude or in Copilot.
03 Platform, 6 services

The code underneath

Half of what makes an agent slow or wrong is not in the agent. It is in code that was written before any of this existed.

Illustrative transcript demos

These samples are anonymized, representative examples of how the capability works. They are not client case studies, production logs, or confidential customer evidence.

  • What in here will fight us when we add agents?
    Agent: mapping 84 services against their call graph GitHub
    Agent: reading 18 months of incidents Jira
    Billing sits in 9 of the 12 slowest paths. Most of what looks like a separate problem is downstream of it.
    Agent: checking how the engineers here already work with AI
    BlockingNo read replica on the billing database, so any agent reading customer history competes with checkout for the same connection pool.BlockingAuth is per service and inconsistent. One agent identity cannot be scoped across the estate, so today it would need six sets of credentials.Drag, not a blockerFour of the eleven engineers use AI daily and the rest have never been shown how. The tooling is bought and installed.Start here insteadThe document store is versioned, has an API and clean ownership. Two of your six agent ideas can run against it with no work at all.
    Two blockers, both in the billing path, and one place to start that needs nothing done to it first. The modernization plan puts those two ahead of the four agent ideas that depend on them, and leaves the other two to start now.
04 Assistants, 4 services

Things people actually open

Most AI pilots die quietly because nobody opens the thing twice.

Illustrative transcript demos

These samples are anonymized, representative examples of how the capability works. They are not client case studies, production logs, or confidential customer evidence.

  • How much PTO carries over into next year?
    Agent: searching the handbook and the 2026 policy update SharePoint
    The two disagree on the cap. The 2026 update is newer, so it wins.
    Agent: answering in the thread Slack
    Handbook, s.4.2Up to 5 unused days carry into the next year and expire on 31 March.2026 updateCarryover rises to 10 days for anyone past their third anniversary.Not covered hereSabbatical accrual sits with your HR partner. This policy stops at PTO.
    Answered in 6 seconds, in the thread it was asked in, with the 2026 update quoted over the older handbook and the part it does not cover named out loud.
05 People, 8 services

People and direction

The licenses arrive on Monday. Whether anyone's Tuesday looks different is a separate project.

Illustrative transcript demos

These samples are anonymized, representative examples of how the capability works. They are not client case studies, production logs, or confidential customer evidence.

  • What did the cohort ship by week three?
    Agent: reading the cohort workbooks Notion
    11 workflows were built. 7 ran this week. Counting only those.
    TeamBuiltRuns per weekTime back
    OpsVendor invoice triage12011 hrs
    SalesAccount research brief809 hrs
    FinanceInvoice coding605 hrs
    HRInterview scorecard summary354 hrs
    SupportMacro suggestions202 hrs
    Seven of the eleven were still running at week three. The four biggest hand back 29 hours a week across 295 runs.
    See how this one was built
A team still working at their desks as the sun goes down over Manhattan

Sometimes the answer is not to build anything

The light end

Approved real proof: a membership association hit 99% accuracy on a hard recurring task without a line of custom code. They already owned the tools. Nobody had pointed them at the actual job.

The heavy end

Approved real proof: a regulated advisory team needed accuracy they could defend to reviewers. That took custom engineering, entity resolution across name variants, formal evals, and a human signing off on every finding.

We will tell you which one you are looking at, including when it is the cheap one.

Do not worry about picking the right one

Tell us what is repetitive or expensive in your business. Thirty minutes later you will know whether AI can fix it and what it would take. If the answer is that you do not need us, we say so.