I've watched this happen. A founder gets three quotes. Takes the lowest one. Gets the software. And then spends the next year paying to fix it.
The math seems obvious at the start. Quote A is $5,000. Quote B is $12,000. Quote A wins. But the $5,000 number is only what you pay the first vendor. It's not what the software actually costs you.
That's the gap nobody talks about clearly enough.
How cheap software happens
A low quote usually means one of a few things. Lower hourly rates. A shorter estimated timeline. Or both. But rate times hours is how agencies stay in business, and if the rate is lower, the hours tend to be higher. It often nets out to about the same total. Sometimes more.
Where the real difference shows up is in what gets cut to hit the price point.
No tests. No documentation. No deployment plan. No architecture review. These aren't optional extras. They're what makes software maintainable.
When a team is working to a fixed low price, they write code that does the thing. They don't write tests that verify it keeps doing the thing after the next change. They don't document how the system fits together. They don't think through what happens when you need to add a feature six months from now.
Junior developers without technical leadership make this worse. Not because junior developers are bad. Because someone needs to make architecture decisions, and if no one with that experience is in the room, the decisions get made by default. Defaults are usually wrong.
You end up with a codebase that works right now, in exactly this configuration, and becomes fragile the moment anything changes.
What cheap software costs downstream
The first cost is emergency fixes. Something breaks. It's urgent. You can't wait for someone to get up to speed on a messy codebase, so you pay someone who can move fast. Emergency rates are high. The problem is compounded because the fix is hard to make cleanly, so it introduces new fragility somewhere else.
The second cost is feature development. You need a new feature. What would have taken a week in a clean codebase takes three weeks in a messy one. Developers spend most of their time figuring out how the existing code works, working around things that weren't built to be extended, and trying not to break what's already running.
New features take 3x as long when the codebase is a mess. That's not an estimate. That's what I see consistently.
The third cost is security. Cheap builds skip dependency management. Libraries don't get updated. Security patches don't get applied. You often don't find out until someone runs a scan, or worse, until something happens.
The fourth cost is the rewrite. At some point the patching stops working. The codebase is too far gone to extend cleanly. You've spent two years and a lot of money trying to keep it running, and you're still slower and more fragile than you should be. So you pay to rebuild it. Except now you're rebuilding under pressure, with a business that depends on what already exists, which makes every part of the rebuild harder.
That's what cheap software does. It defers cost. It doesn't eliminate it.
Here's a real example
A client came to us with a system that had been built for $4,000. Over the next two years, they spent $12,000 patching it: emergency fixes, one failed feature attempt, a security issue, and an integration that took four months longer than it should have. Then they paid us $18,000 to rebuild it properly.
Total spend: $34,000. A proper build from the start would have been $10,000 to $12,000.
The $4,000 quote didn't save them money. It cost them $22,000 more than the alternative, plus two years of operating on a fragile system.
Cheap is a price. Inexpensive is a value. They're not the same thing.
What to actually compare when you're looking at quotes
The number on the quote is not what you're comparing. You're comparing what that number includes.
What's explicitly in scope
Does the quote include deployment? Monitoring setup? Documentation? Test coverage? Some quotes include all of this. Some include none of it. If the quote doesn't say, assume it's not included, because it almost never is.
What's missing that you'll need later
Software doesn't stop needing attention the day it launches. You'll need bugs fixed. You'll need dependencies updated. You'll need software maintenance in Nepal that's actually planned, not reactive. If the vendor hasn't said anything about what happens after launch, that's the answer.
Who's making technical decisions
Ask who makes the architecture decisions on your project. Not who writes the code. Who decides how the system is structured, how data flows, how the codebase is organised. If the answer is unclear, or if it's whoever is writing the code that week, that's a problem.
What happens after launch
A vendor who hands over a project and disappears has given you an asset that will decay. Software doesn't stay current by itself. It needs steady upkeep. Nobody celebrates a dependency update, but skipping them is how you end up with a security incident eighteen months later.
The questions you ask before signing are the ones that determine what you actually spend over the next two years.
At Asteroid Studio, we include deployment, basic documentation, and a maintenance plan on every project. Not because clients always ask for it. Because projects that launch without it don't stay healthy, and we're still around long after launch day.
How to avoid this
Ask for a breakdown of what the quote includes. Line by line if you can. If a vendor can't tell you clearly what's in scope and what isn't, that's not a quote, it's a guess.
Ask about testing. A project with no tests works right now. It becomes unpredictable the moment you change anything. Ask what test coverage is included and what their policy is for regression testing when new features are added.
Ask what their process is for architecture decisions. Big technical choices, like how data is stored, how services communicate, how the authentication system works, should be made deliberately. If no one is designated to make those decisions, they'll be made by whoever happens to be writing that part of the code.
And budget for ongoing costs from the start. Plan to spend 15 to 25 percent of the build cost per year on maintenance. If you built something for $10,000, budget $1,500 to $2,500 a year to keep it running properly. Skipping this doesn't make the costs disappear. It just makes them arrive all at once.
Not the glamorous answer. But it's the right one.
Common questions
How do I tell if a software quote is too cheap?
Look at what's explicitly included. If the quote doesn't mention testing, deployment, documentation, or what happens after launch, those things aren't included. You'll pay for them separately, usually at emergency rates. A quote that only covers writing code is not a complete software quote.
What should be included in an MVP build?
At minimum: the core features, a deployment plan, basic documentation of how the system works, some test coverage on critical paths, and a clear handoff or maintenance plan. If any of these are missing, you're not getting an MVP. You're getting a prototype that will cost more to productionise.
How much should I budget for ongoing software costs?
Plan to spend 15 to 25 percent of the original build cost per year on maintenance, security updates, and minor improvements. If you spent $10,000 building it, budget $1,500 to $2,500 a year to keep it running properly. Skipping this doesn't make the costs go away. It just makes them arrive all at once as emergencies.
Why do cheap developers end up costing more?
Lower hourly rates often mean longer timelines, which nets out to the same or more total cost. More importantly, junior developers without technical leadership tend to make architecture decisions that are hard to reverse. Fixing those decisions later is always more expensive than making the right call the first time.
When should I consider rebuilding software instead of patching it?
When every new feature takes three to four times longer than it should, when bugs keep appearing in areas you already fixed, or when the person who built it is the only one who can work on it. At that point you're paying ongoing maintenance costs for a codebase that keeps getting harder to work with. A rebuild done properly is cheaper than continuing to patch a broken foundation.
What questions should I ask before hiring a software development team?
Ask what's explicitly included in the quote, who makes the technical architecture decisions, what their process is for testing, how they handle deployment, and what support looks like after launch. If they can't answer those questions clearly, that's the answer.
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