Hiring a dedicated development team in India costs $1,500 to $4,000 a month for a junior developer, $2,500 to $5,500 for a mid-level one, and $5,000 to $8,000 for senior engineers or AI/ML and DevOps specialists. A four-person team (a lead, two developers, and a QA engineer) runs $8K to $15K a month. For scale: one US mid-level developer costs $8K to $15K a month in salary alone, before benefits, payroll taxes, or a laptop. That comparison is doing most of the work in this market.
The numbers are the easy part, though. What separates a good dedicated-team engagement from an expensive disappointment is everything around the rate: what the fee actually covers, how fast the team reaches real velocity, who owns the code, and whether anyone accountable answers the phone in your timezone.
We’re gmware, a software development firm with a US office in Austin, TX and delivery centers in Bangalore and Mohali, India. Dedicated teams are one of our three engagement models, so yes, we sell this. We’ll also tell you, further down, when you shouldn’t buy it.
2026 India team pricing at a glance
Per-developer monthly cost in India
Per-developer monthly pricing in India clusters by seniority, and the 2026 bands look like this:
| Developer level | Monthly rate (2026) | Source |
|---|---|---|
| Junior | $1,500 to $4,000 | InnovationM |
| Mid-level | $2,500 to $5,500 | InnovationM |
| Senior / AI-ML / DevOps | $5,000 to $8,000 | InnovationM |
| US mid-level, salary only (for comparison) | $8,000 to $15,000 | Wisemonk |
Monthly rate by seniority
On hourly terms, junior developers in India bill $15 to $25 an hour, and the broader Indian market runs $20 to $45 an hour with an average near $32. Specialization pushes you up the band: Indian DevOps consulting alone spans $25 to $60 an hour, with senior architects at the top. Stack, English fluency, and how many US working hours an engineer overlaps move the price too. A vendor quoting one flat number for “a developer” hasn’t told you anything yet.
The country-by-country picture, plus the red flags hiding in too-cheap quotes, is in our offshore software development rates guide.
What a full dedicated team costs
Full-team pricing scales close to linearly: a four-person team runs $8K to $15K a month, a six-person team $12K to $22K, and an eight-person team $18K to $32K. The published four-person composition is a team lead, two developers, and a QA engineer; beyond that, you’re usually adding developers, a designer, or a DevOps engineer depending on the roadmap.
| Team size | Monthly cost | Best for |
|---|---|---|
| 4-person (lead + 2 developers + QA) | $8K to $15K | One product, steady release cadence |
| 6-person | $12K to $22K | A product plus integrations, or two parallel workstreams |
| 8-person | $18K to $32K | Multi-module platforms with parallel epics |
Full-team monthly cost (top of band)
Two opinions from running these pods. First, the team lead is the hire that decides the engagement. A strong lead turns six average sprints into four good ones, and a weak one turns your roadmap into a ticket queue. Interview the lead the way you’d interview an employee. Second, QA in the base composition is a tell. Vendors who staff it by default are planning to ship working software; vendors who price it as an add-on are planning to argue about bug tickets. While you’re at it, ask how long the vendor’s pods typically stay with one client. Continuity is the entire value proposition of this model, so attrition is fair game in the sales conversation.
India team rates against hiring in the US
A US senior developer costs $200K to $240K a year in total compensation, with the fully-loaded figure clearing $180K once you add recruiting fees of 15% to 25% of first-year salary and a roughly three-month ramp. At team scale the gap compounds: one cost model prices an eight-person in-house scrum team at $1,050.26 an hour versus roughly $300 an hour outsourced, about 3.5x.
Eight-person team, hourly cost
Be honest about the offshore side of the ledger too. The quoted monthly fee isn’t the whole cost: the true loaded cost of offshore work runs 1.4x to 1.8x the sticker rate once ramp-up, management attention, and attrition get counted, and project management beyond the team lead runs 15% to 25% of budget when you add it. The arbitrage survives all of that comfortably, which is why the model exists, but the spreadsheet you take to your CFO should show the loaded number, not the quote. They’ll find it anyway.
What’s inside the monthly fee, and what gets left out
The monthly fee for a dedicated team normally bundles salaries, payroll taxes and benefits, office space, equipment, HR, recruiting, and a replacement guarantee when someone leaves. That bundle is the actual product. You’re renting an employer, not just engineers.
What’s commonly not inside, and shows up later as an extra: project management above the team-lead level (the 15% to 25% line item from a section ago), third-party licenses and cloud spend, travel, and security or compliance setup, which runs $5K to $25K and is not optional if you handle regulated data. Get the inclusion list in writing before you compare vendors. Most “cheaper” quotes are the same quote with more things quietly moved outside the fee.
What the first 90 days should look like
A dedicated team engagement should follow a 30-60-90 arc, and you should hold your vendor to it:
| Phase | What happens | What you should see by the end |
|---|---|---|
| Days 1 to 30 | Access, environments, codebase walkthrough, first small tickets, standup and demo cadence set | First merged pull requests; a working comms rhythm |
| Days 31 to 60 | Team owns full features end to end; velocity baseline forms | Sprint commitments that mostly hold |
| Days 61 to 90 | Steady-state velocity; QA and release process integrated; first retro on the model itself | A velocity number you’d defend to your board |
The 30-60-90 ramp
Past day 90, the engagement settles into a governance cadence: a weekly demo that nobody cancels, a monthly steering call where you re-rank the backlog against the budget, and a quarterly check on whether the team composition still matches the roadmap. Boring on purpose. In our experience dedicated teams die from skipped ceremonies more often than from bad code.
Ramp is also the biggest single ingredient in the 1.4x to 1.8x loaded-cost multiplier, which carries a blunt implication: switching vendors is expensive even when the new vendor is cheaper. Knowledge transfer at exit costs 20% to 30% of project cost. Pick slowly. Switch rarely.
Who owns the IP, and whose law protects it
You own the code only if the contract says so, in writing, with full IP assignment. And IP assignment that never made it into the agreement is the most common expensive post-project dispute. The second protection is jurisdiction. A master services agreement signed with a US entity is enforceable in US courts; a contract with an overseas entity might be enforceable too, in a courtroom you’ve never seen, in a country where you have no lawyer.
Two more questions belong in every vendor conversation before signature: are the engineers employees or subcontractors (subcontracting chains are where confidentiality and quality both leak), and will the vendor put named engineers with CVs in front of you before you sign? If a vendor hesitates on any of this, that hesitation is your answer.
Security posture deserves the same scrutiny. Ask how access is provisioned and revoked, whether engineers work on managed devices, and what gets logged. SOC 2-style controls matter even when no certificate is on the table. What you’re listening for is a described process, not a shrug.
When a dedicated team is the wrong model
Skip the dedicated team, ours included, in three situations. If the engagement is shorter than about eight weeks, ramp-up eats the savings before they exist; the multiplier is front-loaded. If nobody on your side owns the product, the team will drift politely toward whatever’s easiest to build. A dedicated team amplifies your direction, and amplified silence is still silence. And if you have one fixed, finite deliverable (a defined integration, a migration with a hard end date), project outsourcing prices that risk better than a monthly retainer does.
There’s also a scale floor. An agency’s higher rate typically saves 20% to 30% over a project’s life through avoided rework and post-launch failures, but below a ruthlessly scoped MVP’s worth of work, a strong freelancer can win. We’ve mapped the three engagement models, and the switching paths between them, in staff augmentation vs dedicated team vs outsourcing.
How gmware runs dedicated teams
Our dedicated teams deliver from Bangalore and Mohali with an Austin-side technical owner who carries scope, code review, and escalation, the structure we unpack in our Austin software development guide. Engagements run under a US MSA with full IP assignment. Engineers are our employees, with names and CVs on the table before signature, and senior pricing sits inside the market’s $5K to $8K monthly band. Senior-heavy staffing is the point, not the upsell. Build work runs under product development; long-run maintenance and support under IT support services. Three to four hours of daily US-hours overlap, by design.
Tell us what roadmap you’re staffing and we’ll come back with a named team, a monthly number, and a 30-60-90 plan within 48 hours. Start the conversation.