There is a lazy way to talk about an offshore engineering team.
“India is cheaper.”
That is true in some cases, but it is not a particularly useful way for a founder to think about it.
The better question is:
If I have $20,000 a month to put toward engineering, what kind of capacity can I realistically create?
That answer depends on the team structure, the work, the seniority you need and how much management is required.
But the economics are worth understanding.
Start with the US benchmark
The US Bureau of Labor Statistics reported a median annual wage of $133,080 for software developers in May 2024.
The May 2025 BLS data puts the mean annual wage for US software developers at $148,100, while software QA analysts and testers had a mean annual wage of $111,490.
The geography makes an even bigger difference.
In San Jose-Sunnyvale-Santa Clara, one of the world’s most expensive technology markets, the May 2025 mean annual wage for software developers was $221,710. Software QA analysts and testers averaged $160,040.
So $20,000 per month is $240,000 per year.
For a founder hiring directly in Silicon Valley, that is roughly the annual mean salary of one software developer before considering the wider cost of employing and supporting that person.
It certainly does not create a complete engineering department.
Now look at India
India has a very different labor market.
AmbitionBox’s 2025 data, based on tens of thousands of reported salaries, puts senior software developer salaries in India in a broad range of approximately ₹4.9 lakh to ₹26 lakh annually, depending heavily on experience, industry and employer. Its data for senior software engineers in the internet industry shows a range of approximately ₹6.5 lakh to ₹38 lakh.
Those numbers are employee compensation data, not offshore agency prices.
That distinction matters.
An engineering company still has to cover recruiting, management, infrastructure, QA, HR, benefits, tools, office costs, bench capacity and business operations.
So you should never take an Indian salary figure and assume that is what a US company should pay an engineering partner.
The more useful question is what a properly structured delivery team can provide within a $20K monthly budget.
A realistic $20K operating model
As an illustrative model, not an industry-wide pricing standard, a $20K monthly engagement could potentially be structured around:
1. Senior Technical Lead
Someone responsible for technical decisions, code reviews, architecture and communication with the client’s technical leadership.
2. Software Engineers
Focused on the actual product roadmap, whether that is backend, frontend, full-stack or AI application development.
3. QA Engineer
Responsible for test planning, regression testing, automation and preventing the engineering team from treating QA as an afterthought.
Fractional project or delivery management
Someone keeping the backlog, communication, priorities and delivery process organized.
That is not necessarily the exact team every startup should buy.
An AI-heavy product might need an AI engineer instead of one generalist.
A product preparing for enterprise customers might need more QA and DevOps.
A startup building a new frontend-heavy product might put more of the budget into product engineering.
The point is that $20K should be allocated around the bottleneck, not divided equally among job titles.
What does that mean for a founder?
It means you can potentially create an engineering unit rather than simply add another developer.
That distinction matters.
Imagine a US startup has:
One CTO.
Two engineers.
A growing product backlog.
Customers asking for integrations.
An AI feature that needs to be productionized.
And a growing list of bugs.
The CTO’s problem is not necessarily that they need one more programmer.
The problem is that everything is competing for the same engineering bandwidth.
A properly integrated dedicated team can create another execution lane.
The internal team can remain focused on architecture, product decisions, customer context and the highest-value technical work.
The external team can take ownership of clearly defined workstreams such as:
- New product features
- Frontend and backend development
- AI application development
- API integrations
- QA automation
- Regression testing
- Technical debt
- Cloud and DevOps work
- Migration projects
That is a much more useful way to think about offshore engineering than simply counting developers.
India is not a small outsourcing experiment anymore
The scale of India’s technology industry is another reason the conversation has changed.
NASSCOM estimated India’s technology industry revenue at approximately $283 billion in FY2025, with technology exports expected to exceed $200 billion.
India’s engineering services exports have also expanded dramatically. A 2026 report citing NITI Aayog and RBI data put engineering services exports at $13.77 billion in FY2024-25, up from $1.77 billion in FY2014-15.
And this is increasingly moving beyond traditional outsourcing.
Charles Schwab, for example, announced in August 2026 that it plans to build its India workforce to around 2,000 employees by the end of 2027, with its Hyderabad center focused on technology development, engineering and operational support. Reuters reported that India has more than 2,100 global capability centers employing around 2.36 million people.
The interesting shift is that global companies are increasingly using India for engineering and product capabilities, not simply back-office work.
But here is where offshore teams go wrong
The cheapest team is rarely the best team.
A $20K team that needs constant clarification, produces poor code, misses deadlines and creates more QA work can be more expensive than a $30K team that consistently ships.
This is why I would judge an offshore engineering partner on:
Delivery
How much meaningful work actually gets shipped?
Technical ownership
Can the team understand the problem and make reasonable technical decisions?
Communication
Can your CTO or product manager communicate with the team without creating another full-time management job?
Quality
What happens before a feature reaches production?
Accountability
When something goes wrong, does the team solve it or explain why it wasn’t their fault?
Continuity
Are you building a stable engineering capability or constantly receiving replacement developers?
These factors determine whether offshore creates leverage or creates another headache.
The biggest mistake founders make
They outsource the problem instead of the work.
A founder says:
“We need five developers.”
That is usually the wrong starting point.
The better question is:
What needs to be shipped over the next 90 days, and what capacity is preventing us from shipping it?
Maybe the answer is two backend engineers and QA.
Maybe it is one senior engineer, an AI engineer and a QA automation specialist.
Maybe the problem is technical debt.
Maybe the product is fine but enterprise customers are demanding security, testing and integrations.
The team should be designed around that reality.
The $20K question
If you are spending $20K a month, don’t ask:
“How many developers can I get?”
Ask:
“What additional engineering capacity can $20K create for my company?”
That shift changes the entire conversation.
The objective is not to replace your CTO.
It is not to replace your core engineering team.
And it is not to build a disconnected offshore department that requires someone on your side to manage every ticket.
The objective is to create a team that plugs into your existing product organization, owns defined workstreams and increases the amount your company can ship without forcing every new capability into a permanent hiring decision.
For a newly funded startup, that flexibility can be particularly valuable.
You have a roadmap.
You have investor expectations.
You have customers waiting.
You have technical work that cannot all wait for six months of recruiting.
The right engineering partner can give you another way to create capacity.
And that is the real argument for offshore engineering in 2026.
Not cheap developers.
More engineering capacity per dollar, when the team is structured and managed properly.
Sources:
- U.S. Bureau of Labor Statistics, May 2025 Occupational Employment and Wage Statistics
https://www.bls.gov/news.release/ocwage.t01.htm - U.S. Bureau of Labor Statistics, Software Developers, Quality Assurance Analysts, and Testers
https://www.bls.gov/ooh/computer-and-information-technology/software-developers.htm - U.S. Bureau of Labor Statistics, San Jose-Sunnyvale-Santa Clara, May 2025
https://www.bls.gov/regions/west/news-release/occupationalemploymentandwages_sanjose.htm - NASSCOM, Technology Sector in India: Strategic Review 2025
https://community.nasscom.in/communities/nasscom-insights/technology-sector-india-strategic-review-2025 - AmbitionBox, Senior Software Developer Salary in India
https://www.ambitionbox.com/profile/senior-software-developer-salary - Reuters, Charles Schwab India expansion, August 2026
https://www.reuters.com/world/india/charles-schwab-scale-india-tech-centre-workforce-2000-by-2027-source-says-2026-08-19/ - Reuters, AI reshaping India’s IT services sector, August 2026
https://www.reuters.com/world/india/ai-reshapes-indias-it-services-sector-contracts-clients-demand-more-less-2026-08-20/
