Founders often underestimate the true cost of an in-house engineering team. Salary is only the beginning. Here is a realistic cost comparison between a US in-house developer and a premium offshore developer at DelhiStack.
| Factor | DelhiStack Offshore Developer | US In-House Developer |
|---|---|---|
| Base salary | Lower — offshore market rate | US market rate |
| Payroll taxes and benefits | Included in the vendor rate | Typically 20–30% on top of salary |
| Recruiting cost | None — vendor supplies the team | Agency fees or in-house recruiter time |
| Time to hire | Weeks | Often two to four months |
| Equipment and workspace | Vendor's cost | Yours |
| Management overhead | Shared with vendor | Fully yours |
| Timezone | Requires deliberate overlap | Native |
| Institutional knowledge | At risk if the contract ends | Stays in the company |
The number founders compare is base salary against vendor rate, and it is the wrong comparison. A US engineering hire carries payroll taxes, health insurance, retirement contributions, equipment, software licences, and a share of workspace cost. Industry rules of thumb usually put fully loaded cost somewhere between 1.25 and 1.4 times base salary.
Recruiting is separate and rarely counted. Whether you pay an agency a percentage of first-year salary or absorb the time of your own team screening candidates, filling a senior role is a real, sizeable cost — and it recurs every time someone leaves.
None of this argues that in-house is bad. It argues that comparing a vendor's all-in monthly rate to a bare salary figure will mislead you every time.
A senior engineering role in a competitive US market commonly takes two to four months to fill, plus a notice period, plus ramp-up. Half a year can pass between deciding you need someone and getting useful output.
For a funded startup with a runway and a roadmap, that delay has a price — features not shipped, a market window narrowing, a competitor moving first. It rarely appears in a spreadsheet, but it is frequently the largest number in the comparison.
Offshore engagement compresses this considerably, because the vendor already employs the engineers. That speed is a substantial part of the value, independent of the rate.
Timezone overlap has to be engineered rather than assumed. India and the US west coast share very few natural working hours. Teams that succeed do so by defining a deliberate overlap window, writing decisions down instead of relying on conversation, and accepting that some feedback loops run a day long.
Institutional knowledge is the more serious risk. An in-house engineer who spends three years learning your domain becomes hard to replace and stays on your payroll. When a vendor contract ends, that knowledge can walk out with it unless you have insisted on documentation and kept your own people close to the architecture.
Onboarding effort is also real. An offshore team needs more context than a local hire who absorbs it from proximity. Budget genuine time for it rather than expecting productivity in week one.
Most companies land somewhere hybrid rather than at either extreme: a small in-house core that owns architecture, domain knowledge, and product direction, with offshore capacity for implementation.
That structure keeps the knowledge you cannot afford to lose inside the company while letting you scale delivery without scaling a hiring pipeline. It also means someone on your payroll can always evaluate the offshore team's work — which is the safeguard that makes the whole arrangement viable.
The failure mode to avoid is offshoring everything including architectural ownership. That works while the relationship is good and becomes very expensive when it ends.
A single mid-level US engineer will cost your company over $180,000 per year fully loaded. For the exact same budget, you can hire an entire autonomous Agile Pod (PM, 2 Senior Engineers, QA, Designer) at DelhiStack.
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