Forward deployed engineering: the complete guide / Building the function
Where forward deployed engineering should report
Forward deployed engineering should report into product or engineering, not sales, and not a separate professional services unit. Marty Cagan's warning is direct: if embedded engineers sit in a professional services group, you lose the feedback loop and drift toward a pure services business. The hiring data suggests most of the market has already made the wrong choice, with only 45 percent of 1,000 postings sitting on a dedicated forward deployed team rather than under sales. This is a nearly free decision at the start and expensive to reverse later.
Key takeaways
- Report into product or engineering. The whole value of the model is what the engineers learn, and a reporting line to sales gives that learning nowhere to go.
- Marty Cagan warns that a separate professional services unit kills the feedback loop and drifts the company toward a pure services business.
- Only 45 percent of 1,000 analysed postings sat on a dedicated forward deployed team rather than reporting into sales.
- The tell that the line is wrong: nothing an embedded engineer learns has changed the roadmap in two quarters.
This is one structural decision, it is nearly free to make correctly at the start, and it decides whether the function compounds or just costs.
The answer
Product or engineering. Not sales. Not a standalone professional services organization.
Why the reporting line decides the outcome
The economic case for embedding engineers is that they learn things nobody could learn from outside, and that those learnings improve the product for every future customer. The margin you spend is bought back by the product getting better.
That only happens if there is a route from the engineer's discovery to the roadmap. A reporting line is that route. Without one, the learning stays in one engagement and the margin is just gone.
Marty Cagan puts it plainly: forward deployed engineers are deeply involved in product discovery, and strong product teams feed on what they learn at the front lines. If they sit in a separate professional services unit, you lose the feedback loop and drift toward a pure services business.
What goes wrong under sales
Sales leadership is measured on bookings and retention. Those are legitimate goals and they produce predictable behaviour when embedded engineers report into them.
Engineers get allocated to whichever deal is closest to closing rather than to the deployment where the learning is most valuable.
Custom commitments get made to win contracts, because the person who will build it reports to the person who needs the signature.
Nothing generalises, because generalising is invisible to a bookings number and takes engineers away from accounts.
The role drifts into presales. This is measurable in the market: the analysis of 1,000 postings found 30 percent of roles carrying the forward deployed title were really sales engineering with implementation duties, and only 45 percent sat on a dedicated forward deployed team rather than under sales.
None of that requires anyone to behave badly. It is what the incentive produces.
What goes wrong in a standalone services unit
This is the more sophisticated mistake, and it looks like good organizational design.
A professional services group has its own leader, its own margin target, and its own delivery methodology. It gets efficient at delivering. And the moment it has a margin target, generalising work becomes a cost to it, because a capability moved into the platform is revenue the services unit no longer bills.
The structure now has an incentive against the mechanism that justified it. a16z's Marc Andrusko describes the end state as bespoke deployments that cannot be maintained or upgraded, with revenue growing and nothing compounding.
What good looks like under product or engineering
Engineers are allocated by learning value and contract value together, not by deal proximity.
Findings have a standing route to the roadmap, with a cadence and an owner. The productization loop is that mechanism.
Generalising is part of the job, not overhead, because the same organization owns the platform and the field work.
Saying no is possible. An engineer who reports to engineering can decline a customer request that only serves one account. An engineer who reports to the person carrying the number cannot, realistically.
Anthropic's own posting for the role names identifying repeatable deployment patterns and sharing them with product and engineering as a responsibility. That duty only makes sense if the reporting line supports it.
The pairing that works
Reporting to product or engineering does not mean sales is uninvolved.
The arrangement that works in practice: the engineer reports into product or engineering, and an account owner in sales or customer success owns the commercial relationship. The engineer builds; somebody else owns the renewal conversation and the escalation.
That split also protects the time allocation. First Round Review puts the healthy split at roughly 20 percent customer-facing and 80 percent building, and an engineer who also owns the relationship will not hold it.
How to tell your reporting line is wrong
Four tells, in order of how early they appear.
Nothing has changed the roadmap in two quarters. The clearest signal. If a function whose purpose is learning has produced no product change in six months, the route does not exist.
Engineers are being moved between accounts mid-deployment to support deals.
Nobody can say who decides what gets promoted into the platform. If the answer is a committee or nobody, it is nobody.
Custom commitments appear in contracts that engineering did not see. The clearest sign the line runs through sales in practice, whatever the org chart says.
The exception worth naming
At a company with fewer than about twenty people, this is moot. The founders are in every conversation and the loop is a hallway.
The decision matters from the point where the person doing the embedding and the person deciding the roadmap are no longer in the same meetings by default. That is earlier than most companies expect, and the cost of setting it up correctly then is close to zero. Reorganising a services unit two years later is not.
Next: the ratio question, or the productization loop for the mechanism this reporting line exists to enable.
Best for
- Setting up the function's reporting line before it is hard to change
- Diagnosing why an existing embedded team has produced no product change
- Deciding how to split the commercial relationship from the building
Avoid if
- Your company is small enough that founders are in every conversation
Verify before you commit
- Confirm the function reports into product or engineering, not sales or a standalone services unit
- Name the person who decides what gets promoted into the platform
- Check whether anything an embedded engineer learned has changed the roadmap in the last two quarters
- Confirm an account owner outside the engineering team holds the commercial relationship
Common questions
Should forward deployed engineers report to sales?
No. Report into product or engineering. Sales leadership is measured on bookings, which predictably produces engineers allocated to the nearest deal, custom commitments made to win contracts, and no generalising, because generalising is invisible to a bookings number.
What is wrong with a professional services unit?
The moment it has its own margin target, generalising becomes a cost to it, since a capability moved into the platform is revenue it no longer bills. The structure then has an incentive against the mechanism that justified it. Marty Cagan warns this kills the feedback loop and drifts the company toward a pure services business.
How many companies get this right?
Fewer than half, judging by hiring data. Of 1,000 postings carrying the forward deployed title, only 45 percent sat on a dedicated forward deployed team rather than reporting into sales. The same analysis found 30 percent of roles using the title were really sales engineering with implementation duties.
Should sales be involved at all?
Yes, in the commercial relationship. The arrangement that works is the engineer reporting into product or engineering while an account owner in sales or customer success owns the renewal and escalation. That split also protects the roughly 80 percent of the engineer's week that should be spent building.
How do you know the reporting line is wrong?
Four tells. Nothing has changed the roadmap in two quarters, which is the clearest one. Engineers being moved between accounts mid-deployment to support deals. Nobody able to say who decides what gets promoted into the platform. And custom commitments appearing in contracts engineering never saw.
When does this decision start to matter?
From the point where the person doing the embedding and the person deciding the roadmap are no longer in the same meetings by default. That is earlier than most companies expect. Setting it up correctly then costs almost nothing; reorganising a services unit two years later does not.
References
- Marty Cagan, Forward Deployed Engineers, Silicon Valley Product Group, 17 September 2025
- Henley Wing Chiu, I analyzed 1,000 forward deployed engineer jobs, Bloomberry, 18 November 2025
- Marc Andrusko, The Palantirization of Everything, Andreessen Horowitz, 16 January 2026
- First Round Review, So You Want to Hire a Forward Deployed Engineer, 24 February 2026
Related reading
You cannot measure engineers by how much they produce
Lines of code, tickets closed, and hours logged all measure motion, not progress. Here is how we think about engineering output without the vanity metrics.
How to set engineering OKRs that measure outcomes, not activity
"Ship five features this quarter" is a to-do list, not a goal. Good engineering OKRs measure whether users and the business are better off, which is a much harder and more useful thing to write down.
More in Building the function
How to build a forward deployed engineering team
Before hiring anyone, confirm three prerequisites: your customers are enterprises, your product is still flexible enough to change based on what you learn, and their use cases differ from each other. First Round Review names all three, and missing two means do not start. Then begin with two or three engineers on your highest-value accounts only, report the function into product or engineering rather than sales, and give somebody the job of turning field work into product from the first month. Those last two decisions determine whether the function becomes a moat or a cost centre.
Forward deployed engineer job description
Most forward deployed engineer job descriptions fail in the same two places: they do not say which of the three jobs the role actually is, and they hide the travel. Across 1,000 postings carrying the title, 60 percent were production engineering roles, 30 percent were sales engineering with implementation duties, and 10 percent faced no external customer. 68 percent required travel, with 50 to 75 percent typical where a number was given. State both in the first hundred words and your funnel gets smaller and much better.
How to hire a forward deployed engineer
The candidates come mostly from software engineering: across 1,000 postings, 45 percent of routes into the role came from software engineering, 22 percent from solutions or sales engineering, 15 percent from data, 10 percent from technical consulting and 8 percent from founding or early-employee roles. First Round Review names five qualities that predict success and one counter-intuitive red flag: ten or more years at a large tech company, because the role needs somebody who operates without institutional scaffolding. Do not lower the engineering bar to get customer skills.
How to interview a forward deployed engineer
A forward deployed engineering loop has to test three things in roughly equal weight: engineering depth, judgment in front of a customer, and the ability to reason out loud through ambiguity. That makes it different from a standard engineering loop, where the third is barely assessed. The signature round is an ambiguous case: a vague problem from a hypothetical customer, which the candidate has to decompose into a plan. The most common reason strong engineers fail it is jumping to a solution before scoping the problem.
The forward deployed to product engineer ratio
There is no credible published benchmark for the ratio of forward deployed engineers to product engineers, and we are not going to invent one. What exists is arithmetic you can do with your own numbers, and one documented floor: First Round Review reports Looker validating $25,000 or more in annual contract value before committing to the model. Size the function from account count, deployment length and the contract value that has to carry it, then check the result against whether your revenue per embedded engineer is rising.
The productization loop
The productization loop is the mechanism that turns one customer's custom work into a capability every customer gets. It needs three things: a fixed cadence, a named owner, and a stop rule. First Round Review's version of the stop rule is the useful one: expand scope when the work creates repeatable software value, and halt when the iteration only serves a single customer. Without this loop, embedded engineering produces what a16z describes as bespoke deployments impossible to maintain or upgrade, where revenue grows and nothing compounds.