Cheap offshore development often ends up more expensive than the quote you turned down, because the price on the proposal is not the price you pay. The rest of the bill arrives later, as rework, missed requirements, and in the worst cases a full rebuild. This is not an argument that offshore is bad, or that cheaper is always worse. It is an argument about where the real cost hides.
We have seen both ends of it. We have seen work quoted at roughly a tenth of what we would estimate the same job to take, which is still happening, and if anything is getting worse in the current AI rush. We have also seen the reverse: a client who spent twice what we would have charged and still ended up with something that looked like a tenth-of-the-price job, and the whole thing had to be rebuilt. Cheap and expensive both went wrong for the same underlying reason.
Is cheap offshore app development actually cheaper?
Only if it works first time, and the odds are not with you. Software projects are hard to land wherever they are built. Large IT projects run on average 45 percent over budget and deliver 56 percent less value than predicted (McKinsey and University of Oxford, 2012), and across tens of thousands of projects only around 29 percent are delivered successfully, with roughly a fifth failing outright (Standish Group, 2015). A low price does not improve those base rates. It usually makes them worse, because the corners cut to hit the number are the expensive ones to fix.
When quality is the corner that gets cut, the cost does not vanish, it moves into the future. Poor software quality cost the US economy an estimated 2.41 trillion dollars in 2022, including around 1.52 trillion in accumulated technical debt (CISQ, 2022). Technical debt is precisely the bill for code shipped cheap and fast that now has to be reworked. You can pay for quality now or pay more for it later.
Why do cheap builds cost more in the end?
Because the saving is real on day one and the cost is real for years afterwards. A build that comes in at a tenth of a sensible estimate has had something removed to get there, and it is almost never the visible features. It is the parts that never show up in a demo but decide whether the thing survives.
The corners cut to hit a low price are usually these:
- Testing and quality assurance
- Security and information security
- Sensible data design and architecture
- Infrastructure that will actually scale
- The rework, or full rebuild, when the above are missing
None of these are visible when you sign off the demo. They show up six months in, when the thing will not scale, or fails a security review, or needs rebuilding from scratch, at which point you pay twice.
What is the "you get exactly what you asked for" problem?
This is the heart of it. A distant supplier working to a fixed low price will build exactly what you asked for, no more, and when something is wrong you will be told, accurately, that they did what you specified. The trouble is that knowing what to ask for is the hard part, and most buyers cannot do it in enough depth. If you have not been around software for ten years or more, you do not know which questions decide whether the thing works, so you cannot put them in the brief.
The data backs this up. Poor requirements management is behind 47 percent of unsuccessful projects (PMI, 2014), and incomplete requirements has been the single most-cited cause of troubled projects since the earliest studies of the field. A good team fills the gaps in your brief by asking the questions you did not know to ask, and by pushing back when the request is wrong. A cheap, distant one has no incentive to do either. Silence on the gaps is cheaper for them, and you carry the cost.
Does distance itself really matter?
It does, measurably, and separately from skill. A peer-reviewed study of real project data found that work split across sites took about 2.5 times longer than comparable work done in one location, because distributed work pulls in more people and slows every exchange (Herbsleb and Mockus, 2003). Add time zones on top and the ordinary friction of building software gets worse. When something breaks and you need support, a twelve-hour gap between question and answer turns a same-day fix into a same-week one. None of this means distributed teams cannot work. It means distance is a real cost that a low quote is quietly asking you to absorb.
When does offshore actually work?
When you have the in-house expertise to specify the work precisely and manage it closely. If you have a senior technical leader who can write a brief with no gaps, review the output properly and catch problems early, offshore development can be perfectly good and genuinely cheaper. The model fails when it is used as a substitute for that expertise rather than an extension of it. The question is not "onshore or offshore", it is "do we know exactly what we are asking for, and can we tell whether we got it". If the answer is no, the cheap quote is the expensive option.