Work alongside operators.
The people closest to the work reveal the exceptions, language, missing context, and trust boundaries that a distant build process often misses.
Forward deployed engineering
Forward deployed engineering is a delivery approach where engineers work closely with the people who own a business workflow, then design, build, and deploy a system around that real operating context.
Direct answer
Instead of beginning with a broad technology plan, a forward deployed engineer starts with the work: the people, tools, sources, decisions, and handoffs that determine whether an AI system will be useful after launch.
The operating model
A forward deployed engineer combines product thinking and hands-on technical delivery. They learn the workflow with the team, make a focused system, connect it to the working environment, and improve it from the evidence that comes from real use.
The people closest to the work reveal the exceptions, language, missing context, and trust boundaries that a distant build process often misses.
The first deployment has a specific job and owner. It creates something the team can evaluate instead of another AI strategy document.
Feedback from actual use guides the next decisions: improve the agent, expand a workflow, or stop where the value is not there.
A practical sequence
Map the process and choose a single outcome worth improving. The work itself sets the scope.
Use the existing sources, decision points, and tools to make the first agent or automation usable in practice.
Introduce the system to the team that will use it, define review and escalation, and collect useful feedback.
Use the results to improve the current workflow or choose the next narrow problem worth solving.
Good first scope
Scope to narrow
Common questions
It can include advice, but its distinguishing feature is hands-on delivery alongside the team. The output is a deployed, bounded system and a clearer next decision—not only recommendations.
Teams with a real, repeated workflow, accessible context, and someone able to own the result are well positioned to start. A wide transformation program should first become a focused operating problem.
The smallest system that removes meaningful friction in a recurring workflow. It should be narrow enough to test, safe enough to review, and useful enough that people choose to keep using it.