AI ERP with agents inside the systems you run
AI phone and voice agents for real calls
LLM.coPrivate, self-hosted LLM deployments
Legal AI infrastructure for firms
AI RFP discovery and response drafting
Automatic.coBusiness process automation
CyberAttack.aiThreat detection and defense
Secure AI virtual data rooms~2 wks
Typical ramp time
To a merged, reviewed PR
Scoped
Senior engineer rate
US-based, embedded
<15%
Of applicants pass vetting
Technical screen plus real code
30 days
Notice to ramp off
No annual lock-in
What staff augmentation actually is
Engineers who join your team, not a team that works around yours
The model only works if the engineer is genuinely embedded. A contractor who never touches your repository and reports through a separate portal is a different, riskier arrangement wearing the same name, and it is worth asking a prospective vendor exactly which one they mean.
Embedded, not outsourced
The engineer works inside your repository, your sprint board, and your standups, using your tools rather than a portal you have to check separately. The output is a pull request your own team reviews, not a status report describing one.
Dedicated pods for a scoped stream of work
Where the need is bigger than one person, we staff a small pod — typically two to four engineers plus a lead — against a defined stream of work, with the same reporting cadence as an internal team rather than a separate vendor process running alongside it.
Vetting before you spend an hour on it
A technical screen, a work sample close to real work rather than a whiteboard puzzle, and a reference check on actually delivered work, not just a resume. Fewer than one in seven engineers who apply pass it, and the ones who do not are told why rather than left to guess.
Ramp time, stated honestly
Two weeks to a first reviewed pull request is typical for a codebase with reasonable documentation, longer for one that has none. We give you the ramp estimate before the clock starts, and we do not bill full rate for a week spent reading undocumented code.
A defined ramp-off, not an open invoice
Thirty days' notice in either direction, a documented handover of anything in flight, and no argument about what 'wrapping up' means. The absence of a lock-in contract is the leverage that keeps the arrangement honest on both sides.
Your process, not a separate one running alongside it
Standups on your calendar, code review in your repository, and status visible on the sprint board you already use — not a separate weekly call with a vendor account manager summarizing work your own team could see directly. If a staffing arrangement needs its own reporting layer to be legible, that is a sign the engineer was never actually embedded.
None of this works if the engineer only shows up for the demo. The test of real embedding is whether your own tech lead could describe, unprompted, what the staffed engineer shipped this sprint — if the honest answer is 'I'd have to check the invoice,' the arrangement is not staffing, it is outsourcing with a friendlier name.
What it costs
Software development staffing rates and engagement sizes
Real ranges. The variable that moves a quote is seniority and specialization, not headcount — one senior engineer with the specific stack you run is worth more than three generalists, and costs less to manage. The rate should be legible on its own, without a separate placement fee buried somewhere else in the contract, and without a markup that only shows up once you ask.
| Engagement | Commitment | Ramp | What's included |
|---|---|---|---|
| Single embedded engineer | Fixed scope | ~2 weeks to first merged PR | One senior engineer in your repo and sprint, standard web, mobile, or backend stack. |
| Specialist engineer | Fixed scope | 2 – 4 weeks | AI/ML, security, DevOps, or a niche stack where the hiring pool is smaller and the vetting bar is higher. |
| Dedicated pod (3–5 engineers) | Fixed scope | 3 – 5 weeks to full ramp | A lead plus engineers against one defined stream of work, with sprint reporting matching your existing cadence. |
| Short-term surge staffing | Fixed scope | 1 – 2 weeks | Four to twelve weeks of extra capacity for a launch, a migration, or a deadline your current team cannot absorb alone. |
| Fractional tech lead or architect | Fixed scope | 1 – 3 weeks | Part-time senior oversight for a team that has engineers but no one setting technical direction or reviewing architecture decisions. |
| Project team (fixed scope) | Scoped per engagement | Scope-dependent | Not staffing — a team that owns delivery of a defined outcome. The right choice when you want a result, not headcount. |
Rates assume US-based senior engineers billed hourly or on a monthly retainer, not day-rate contractors resold through a staffing broker. A rate well under this range is usually a junior engineer, an offshore resource billed as onshore, or both — and it shows up later as the review time your own team spends fixing the work, which is a real cost even though it never appears on the invoice. Ask what timezone the engineer is actually in before you sign, not after the kickoff call.
Choosing the model
Staff augmentation vs. a project team vs. hiring in-house
These are different tools, and the wrong one is expensive regardless of how good the engineers are. The honest answer sometimes is: hire directly, and we will say so, because a satisfied staffing client who converts to an in-house hire two years later is a better outcome than a strung-along one.
| Model | Best fit | What you give up |
|---|---|---|
| Staff augmentation | A defined skills or capacity gap inside a team and process you already run. | You still own delivery management; the engineer is capacity, not a project owner. |
| Dedicated project team | A scoped outcome you want delivered, especially without an in-house lead to direct staffed engineers day to day. | Less day-to-day control, in exchange for someone else owning the plan and the risk. |
| Hiring in-house | A need that is permanent, central to the product, and will still exist in two years. | Recruiting time, six figures in salary and benefits before productivity, and a bad-hire cost staffing does not carry. |
| Freelance marketplace | A small, well-specified task with no ongoing relationship needed. | No vetting standard beyond ratings, little accountability if the engineer disappears mid-task, and no continuity past that one job. |
If the gap is permanent and core to what you build, hiring in-house usually wins on cost past roughly the one-year mark. Augmentation earns its cost on a defined, time-bound need, not on a role you plan to keep filled indefinitely — and it earns it by embedding a vetted engineer in your process, which a marketplace listing does not do.
Onshore, nearshore, offshore
Stated honestly, in hours of overlap and cost of communication
Every location tradeoff gets sold as a cost saving with no downside. It is a real tradeoff, and pretending otherwise is how a cheap rate becomes an expensive rewrite six months later, once the gaps a rushed handoff left behind start surfacing as bugs.
Onshore (US)
Full overlap with your working hours and no timezone or idiom friction in a standup, at the highest hourly rate of the three. Worth it when the work needs frequent, nuanced back-and-forth with product or design rather than a well-specified ticket.
Nearshore (Latin America)
Four to six hours of daily overlap with US time zones, strong English proficiency in practice, and a meaningful discount to onshore rates. The realistic middle option for most teams, and where we staff most non-US engineers.
Offshore (Eastern Europe, South Asia)
The lowest hourly rate and the least overlap — often two to four hours, sometimes effectively asynchronous. It works well for well-specified, self-contained work and poorly for anything needing same-day clarification, which is most early-stage product work.
The real cost is communication, not the invoice
A cut-rate offshore engineer who needs three days of async back-and-forth to resolve an ambiguity a same-timezone engineer would clarify in a ten-minute call is not actually cheaper. Price the whole loop, not the line item.
A blended model is often the pragmatic answer
An onshore or nearshore lead who owns clarification and planning, paired with offshore or nearshore engineers executing well-specified work, captures most of the cost saving without losing the overlap hours where ambiguity actually gets resolved. It works when the lead role is staffed deliberately, not left to whoever happens to be awake.
Time zone overlap matters more early in a project
A well-specified maintenance backlog tolerates low overlap because the work is already unambiguous. A zero-to-one build, where requirements shift daily, needs the higher-overlap option even at a higher rate, because the cost of a wrong assumption running for a full day unnoticed is larger than the hourly savings that caused it.
Ask any staffing vendor for the specific city or country an engineer works from, and how many hours a day genuinely overlap your team's calendar. A vague answer to that question is usually covering for a bigger gap than the sales conversation implied.
What goes wrong
The failure mode that costs the most: work delivered over the wall
Every one of these is a staffing model problem, not an engineering one, which is why simply swapping the vendor rarely fixes it. The fix is usually a change to the arrangement itself — embedding, vetting, or the exit clause — not a new logo on the invoice.
A cheap hourly rate that isn't
A lower rate paid to an engineer who needs twice the review, rewrites half their pull requests, or ships code nobody trusts is not a discount. Total cost is the rate times the hours times the rework, and the rework is the number that never appears on the invoice.
A sealed vendor team, not embedded engineers
Work handed over as a finished deliverable from a team that never touched your repository, your standups, or your CI produces software your own engineers did not build and are reluctant to own. The first incident after handover exposes exactly how little anyone in-house understands it.
No defined ramp-off
An open-ended contract with no notice period and no handover clause turns into a dependency nobody planned for, and leaving becomes a renegotiation rather than a decision. Agree the exit before you agree the start.
Vetting skipped to fill a seat fast
Under deadline pressure it is tempting to accept a resume-only match to start next Monday instead of next month. The engineer who was never actually screened is the one whose pull requests need line-by-line rewriting, at which point the seat is filled and the work still is not getting done.
Overlap hours treated as a footnote instead of a design constraint
A team that staffs purely on rate, without checking how many working hours actually overlap with its own, ends up running a daily standup that half the team attends asynchronously by video recording. That works for a well-specified backlog and fails badly the first time a requirement needs same-day back-and-forth to unblock.
Most of this list is preventable with two things decided before the engagement starts: a real vetting standard, and a written ramp-off clause with a stated notice period. Everything else on this page is really in service of those two decisions.
How an engagement starts
From a defined gap to a merged pull request
Staffing moves faster than a project engagement because there is less to design up front — the work is deciding who fits, not what to build. Vetting, a short paid trial where useful, ramp into your repository, and a defined check-in cadence follow in that order, typically inside three weeks of the first call. The check-in cadence is set once, matched to your existing sprint rhythm, and then it just runs without a separate meeting series to maintain on top of the one your team already has.
Related
Related services
Other ways to get engineering capacity, depending on what is actually short.
Questions
Questions
What teams ask before a first call.
A single embedded senior engineer is the smallest commitment, specialists in AI, security or DevOps carry a higher rate because the hiring pool is smaller, and a dedicated pod of three to five is bought monthly. The table above sets out each shape.
Rates move with seniority, specialism and timezone overlap. A scoping call gets you a real number against your actual stack, which is more useful than a range that assumes an average engagement.
Staff augmentation fits a defined skills or capacity gap inside a team and process you already run and want to keep running. A dedicated project team fits a scoped outcome you want delivered, especially if you do not have an in-house engineering lead to direct staffed engineers day to day.
The wrong choice is expensive regardless of how good the engineers are: augmentation without someone to direct it produces busy engineers and no delivery, and a project team for a permanent, central need just delays the in-house hire you actually needed. Ask which side of that line the work sits on before asking for a quote, since the two answers price out very differently and get scoped by different people on our side.
Often, yes, and we will tell you when that is true rather than staff the engagement anyway. If the need is permanent, sits at the center of what you build, and will still be there in two years, hiring in-house usually wins on cost past roughly the one-year mark once you account for a full-time salary against an hourly rate, and it builds institutional knowledge staffing cannot.
Staffing earns its cost on a defined, time-bound need: a launch, a migration, a skills gap while you recruit, or capacity you do not want to carry once the work is done. Telling a prospective client to hire someone instead costs us the engagement, and we do it anyway when it is the right answer.
Onshore gives full overlap with US working hours at the highest rate. Nearshore, mostly Latin America, gives four to six hours of daily overlap and strong English proficiency at a real discount. Offshore gives the lowest rate and the least overlap, often two to four hours, which works for well-specified, self-contained work and poorly for anything needing same-day back-and-forth.
Price the whole communication loop, not just the hourly rate. A cheap engineer who needs three days of async clarification for a ten-minute question is not actually the cheaper option once you count it, and a blended model — an onshore or nearshore lead with offshore execution — is often the pragmatic middle ground, especially once the codebase is established and most of the remaining work is well-specified rather than exploratory.
A technical screen, a work sample on a problem close to real work rather than a whiteboard puzzle, and a reference check against work the engineer actually delivered, not just a resume claim. Fewer than one in seven applicants pass, and the ones who fail are rejected for reasons we can point to, not a vague cultural-fit judgment.
Seniority changes the depth of the screen but not the standard — a specialist in a narrow stack still has to show delivered, reviewable code, because that is what your team will be trusting from week one. We would rather tell a candidate no than let your team discover it three sprints in, and we would rather lose the placement than lose the trust of a client who staffed on our recommendation.
Thirty days' notice in either direction, and a documented handover of anything in flight before the engineer rolls off — not a scramble the week the invoice was supposed to stop. There is no annual contract locking you in past the notice period, and no penalty for ending an engagement early once you have given notice.
Where the engagement continues into a second project or a different skills gap, that is a new scope agreed on its own terms, not an automatic renewal you have to actively cancel. Where it does not, the handover document is what your own team inherits, and it should be legible without a call to explain it — open pull requests closed or reassigned, decisions documented, and nothing left in someone's head alone.