Why there is no single price for an app
Asking what an app costs is a bit like asking what a house costs. A two-screen internal tool and a regulated telehealth product can both be called a "mobile app," yet one might take a few weeks and the other well over a year. Offshore rates lower the price of each hour, but the number of hours is set by scope, quality expectations and risk.
That is why any figure you see online, including the ranges on this page, should be treated as a starting point for a conversation rather than a budget. The useful work is understanding which levers you control, so you can shape the estimate instead of just receiving it.
The six biggest cost drivers in offshore mobile app development
Features and business logic
Every screen, role, workflow and edge case adds effort. Offline sync, real-time chat, payments and complex permissions are the usual budget multipliers.
Platforms
Two native apps (Swift and Kotlin) mean two codebases. A shared-code framework can reduce duplicated work, though platform-specific polish still takes time.
Integrations
Connecting to an ERP, EHR, payment gateway or legacy API often costs more than expected because documentation, sandbox access and error handling are uneven.
UX and visual design
Using standard platform components is cheaper than a fully custom design system with motion, illustration and accessibility testing across devices.
Security and compliance
Health, finance and children's apps need threat modeling, encryption decisions, audit logging and documentation that a simple consumer app may not.
QA depth
Manual smoke testing is cheap; automated unit, integration and UI tests across a real device matrix cost more up front and less over the app's life.
Platform choice deserves its own decision. If you are weighing native against shared code, our overview of cross-platform approaches explains where a single codebase saves money and where it creates rework later.
Indicative project-size bands
The table below shows broad bands we see discussed across the offshore market for a first release built by an offshore team. They are indicative market ranges that vary widely by vendor, seniority, region and scope. They are not a quote, and a well-scoped brief can land outside them in either direction.
| Project size | Typical shape | Indicative timeline | Indicative budget range (USD) |
|---|---|---|---|
| Small / MVP | One platform or cross-platform, 8–15 screens, simple backend, basic auth | 2–4 months | $20,000–$60,000 |
| Medium | Both platforms, custom design, payments or one major integration, admin panel | 4–8 months | $60,000–$180,000 |
| Large / complex | Multiple user roles, offline sync, several integrations, compliance work, analytics | 8–14+ months | $180,000–$450,000+ |
Indicative hourly rates by region
Hourly rates get a lot of attention, but they are the least reliable way to compare vendors. A senior engineer who finishes a feature in three days is cheaper than a junior who takes eight, even at double the rate. With that caveat, the ranges below reflect commonly cited blended rates for mobile engineering. Treat them as rough orientation and always request itemized quotes.
| Market | Indicative range (USD/hour) | What usually shapes the rate |
|---|---|---|
| India | $20–$50 | Very wide spread between small firms and established vendors; senior specialists cost more |
| Southeast Asia | $20–$45 | Smaller senior talent pools in some niches; strong for cross-platform work |
| Eastern Europe | $35–$70 | Higher senior density in some markets; closer overlap with the UK and EU |
| Latin America | $35–$70 | Rates reflect strong overlap with North American hours |
| US, Canada, UK, Australia (onshore) | $90–$180+ | Local salaries, benefits and office overheads |
Region matters less than fit. If India is on your shortlist, our guide to outsourcing mobile work to India covers time-zone math, holidays and contract points worth checking before you compare rates.
Hidden and ongoing costs to budget for
The build is only the first invoice. These costs are rarely in a development quote because they are paid to third parties or arrive after launch:
- App store fees: the Apple Developer Program costs $99 per year and Google Play charges a one-time $25 registration fee. In-app purchases and subscriptions are generally subject to store commission, commonly 15% or 30% depending on the program and product type.
- Backend hosting: cloud servers, databases, file storage and CDN bandwidth scale with users. A quiet MVP may cost little; a busy app with media uploads can cost meaningfully more each month.
- Third-party APIs and SDKs: maps, SMS, email, video, analytics, crash reporting and identity services often have free tiers that end exactly when your app starts working.
- Maintenance: annual iOS and Android releases, deprecated libraries, security patches and device fragmentation all need attention. Many teams set aside a recurring maintenance budget rather than treating it as a surprise.
- Your own time: product decisions, acceptance testing and stakeholder reviews take hours from your side. Under-resourcing this slows the offshore team and raises cost.
Planning for life after release is easier when support is scoped from the start; see how ongoing maintenance and support is usually structured.
How to reduce cost without cutting quality
- 1
Cut scope, not standards
Ship the smallest version that proves the core value. Removing a feature is cheaper than building it badly and fixing it later.
- 2
Run a short discovery phase
Two to four weeks of workshops, user flows and technical spikes turns guesses into estimates and exposes risky integrations early.
- 3
Reuse proven building blocks
Managed authentication, payments and push notification services cost a subscription but save weeks of custom work.
- 4
Invest in automated tests early
Tests feel expensive in month one and pay back from month three, when regressions start costing more than prevention.
- 5
Keep one decision-maker available
Waiting days for answers is the most expensive line item nobody quotes. A responsive product owner keeps the team productive.
How to read an offshore development quote
Two quotes for the same brief can differ several times over, and both can be honest. The difference is usually in assumptions. Check each quote for the following:
- Itemized phases: discovery, design, development, QA, release and warranty should be visible separately.
- Team composition: names of roles, seniority and allocation (full-time or partial) for each phase.
- Assumptions and exclusions: backend, admin panel, content entry, store submission and third-party costs are common exclusions.
- Testing scope: which devices and OS versions, and whether automated tests are included.
- Change process: how new requests are estimated and approved, and what happens to the timeline.
- Warranty period: how long defects found after launch are fixed at no charge.
- Commercial model: whether the price is fixed or billed on actual hours. Our comparison of pricing and engagement models explains how each one handles risk.
A quick comparison method
Put every quote into one spreadsheet with the same rows: phase, role, hours, rate and exclusions. Gaps become obvious immediately. Then ask each vendor the same three questions about their largest assumption, their biggest technical risk and how they would handle a mid-project scope change.
Getting a reliable estimate for your app
The most accurate estimates come from a written brief, a list of must-have features, any designs or wireframes you already have, and a clear view of integrations. With that in hand, a vendor can give you a range for a first release and a firmer number after discovery. When you are ready, you can request an itemized estimate and we will explain every assumption behind it.