launchsolo.ai
Roles / Forward Deployed AI Engineer
Forward Deployed AI Engineer

The demo ran clean. The field is where it earns its keep.

A prototype runs on tidy sample data in a sandbox. Your business runs on messy data, legacy systems, and constraints nobody wrote down. I drop into your real environment and get the AI working against your actual data and your actual rules - the build that closes the gap between "it works on my laptop" and "it holds up live."

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on your data, not a sampleinto your systemsagainst your constraintscustomer-facing
The benefit, before anything else

The prototype stops being a slide. It starts being live.

A demo that impressed the room is worth nothing until it runs where your customers actually hit it. I take it out of the sandbox and stand it up inside your environment - on your real data, through your real integrations, under the constraints a clean demo never sees - until it holds.

out of the sandbox, into production
Before
The demo wowed the room on clean sample data. Then it meets your legacy systems, messy records, real permissions and real load - and stalls in the gap between "impressive" and "in production."
After
I stand it up inside your environment, on your real data and integrations, under the constraints a clean demo never sees - until it holds up where your customers actually hit it.
What this work actually is

The opposite of throwing code over a wall.

Forward-deployed work means I work inside your reality - your data, your integrations, your edge cases - until the thing actually runs where your customers will hit it. It is the difference between a proof of concept and a product.

Where this gets deployed in the real world

The same last mile, across very different ground.

Every organization with a stalled prototype hits the same wall: the last 20% - real data, real integration, real constraints - turns out to be the hard 80%. Forward-deployed work is how the build finally crosses it.

Energy & industry

The model that only worked on test data

A forecasting or monitoring model performs on historical samples, then meets live sensor feeds full of gaps and drift. Deployed against the real stream, with the messy-data handling a demo never needed, it finally runs on the plant floor.

Healthcare & finance

The pilot that couldn't touch real records

A promising pilot stalls because production data is governed, permissioned, and nothing like the sample set. Wiring it into the real systems under the real access rules is what turns the pilot into something staff can actually use.

Public sector & NGOs

The grant-funded prototype that never shipped

An agency or foundation funds a proof of concept that impresses, then dies on the integration nobody scoped. Standing it up inside their actual environment is what gets the funded work in front of the people it was meant to serve.

The frontier the last mile just grew

The new production gap: the prototype only suggested. The deployed version acts.

Until recently, the last mile was wiring a model to real data. Now the prototype that impressed in a demo wants to take real actions in production - send the email, update the record, move the money. That is a different kind of gap, and the safe way to cross it is newer than most deployment checklists: run the agent's actions in an isolated, permissioned environment instead of straight against live systems.

Isolate the action

A sandbox, not live systems

The agent's tool calls run in a contained environment with explicit permissions on what it may touch - so a wrong move is bounded, not a production incident.

Dry-run and approve

Preview before commit

High-stakes actions surface as a proposed change a person approves, with a clear trace of what the agent intended - the gate between "impressive demo" and "trusted in production".

Reversible by design

An undo path that exists

Real deployment plans for the action that goes wrong: every consequential step is logged and recoverable, so going live does not mean betting the system on the agent being right every time.

Why this is early

I cross the last mile with the agent's actions sandboxed, approved, and reversible by default - the production discipline most teams putting acting agents in front of small operators have not built yet. Related: why an acting agent is a new security surface →

How it works

Fixed scope. Async. One payment after the audit.

  1. Scope and audit. You describe the prototype and the environment it has to live in. I return a fixed price and a deployment plan within 24 hours, or a straight no.
  2. Wire into reality. Connect the AI to your real data and systems, and surface the gaps the demo hid.
  3. Harden the path. Handle the edge cases, the failures, and the constraints that only show up against live data.
  4. Go live and hand off. Running in your environment with monitoring and a runbook so your team owns it after.
Real work, not a skills list
Proof

I have taken AI systems from prototype to live inside real production environments under tight deadlines and hard constraints, including a regulated finance build (Apollo Finvest) delivered in 3 days under compliance rules. See the builds →

The arithmetic, your numbers

A prototype that never ships earns $0. If getting it live unlocks even a single deal or a feature that retains 2% more of your users, the deployment pays for itself the first month it is in front of customers.

Tell me where it stalled

Send me the prototype, the environment it has to run in, and the constraint that is blocking it. Within 24 hours you get a free written teardown of it - what I would build, what it would take, and a fixed price - or a straight no.

Get my free teardown →
Deployment and custom builds typically $2,500 - 8,000 CAD ยท single payment after the audit document is delivered