How much does it cost to develop a mobile app in India?
A mobile app built by an India-based team typically costs $20,000-150,000, depending on complexity, platform choice, and how much backend work is involved. The single biggest lever on that number isn't the country you hire in. It's how clearly you can answer "what does this app actually need to do" before a line of code gets written.
What actually drives the cost
Three factors move the price more than anything else: platform choice, backend complexity, and how many third-party integrations the app needs.
Platform choice is the first decision. A cross-platform build in Flutter, covering both iOS and Android from one codebase, typically runs 30-40% less than building two separate native apps. Native only pulls ahead when you need deep platform-specific features, top-tier gaming performance, or you're deliberately targeting one platform first.
Backend complexity is the second lever, and it's the one founders underestimate most. A simple app with basic authentication and a handful of screens is a different project from one that needs real-time sync, payment processing, or a custom recommendation engine. The frontend is often the smaller half of the bill.
Third-party integrations add up fast. Payment gateways, push notification services, analytics, and mapping SDKs are each individually cheap to wire in, but five or six of them together can add weeks to a timeline that looked simple on a whiteboard.
A realistic cost breakdown
| App type | Typical range | What's included |
|---|---|---|
| MVP (single platform or Flutter) | $20,000-45,000 | Core flows, basic auth, simple backend |
| Full-featured consumer app | $45,000-100,000 | Custom backend, payments, push notifications, polish |
| Enterprise or complex app | $100,000-150,000+ | Custom integrations, offline support, advanced security |
These ranges assume a India-based senior-to-mid engineering team. Rates for that tier commonly run $25-70/hour depending on seniority, which is the main reason the same scope costs meaningfully less than hiring the equivalent team in the US.
What most estimates leave out
Post-launch maintenance is the most common gap in a first-time founder's budget. App Store and Play Store policy changes, OS updates, and bug fixes don't stop after launch. Budgeting 15-20% of the original build cost per year for maintenance is a reasonable starting assumption, though your actual number depends on how actively the app keeps shipping new features.
The other common gap is App Store review time. First submissions get rejected more often than founders expect, usually for missing privacy disclosures or incomplete metadata, not code problems. Building a week of buffer into the launch timeline for this is standard practice, not pessimism.
Getting an estimate you can actually trust
The estimates that hold up are the ones built from a real discovery conversation, not a generic per-screen calculator. A team that asks about your backend needs, your integrations, and your timeline before quoting a number is giving you something you can plan around. A team that quotes a number from a two-line brief is guessing, and you'll find out which one during the project, not before it.
Cost by complexity, a closer look
| Tier | What it typically includes | Typical effort | Typical cost |
|---|---|---|---|
| Simple | One platform or cross-platform, standard UI, no custom backend | 6-10 weeks | $8,000-20,000 |
| Medium | Both platforms, custom backend and APIs, payments, push | 3-5 months | $20,000-60,000 |
| Complex | Real-time features, offline sync, integrations, admin console | 5-9 months | $60,000-150,000 |
The tiers are less about screen count than about system count: an app that talks to one clean API is simple even with thirty screens, while an app that synchronizes offline data across devices is complex with ten.
The maintenance budget nobody plans for
Shipping version one is the cheapest part of owning an app. Operating systems update annually and break assumptions, app store policies shift, devices fragment, and users file the bug reports that define version 1.1. Across the industry, teams commonly plan fifteen to twenty percent of the build cost per year for maintenance and incremental improvement. An app budgeted without that line is an app that will quietly rot in the store within eighteen months.
How teams keep the budget under control
The levers with real effect: cut the version-one feature list until it embarrasses you, because every feature deferred is weeks saved now and better information later; choose cross-platform unless a specific requirement demands native, since one codebase is nearly always cheaper to build and maintain; reuse a proven backend service for auth, storage, and push instead of hand-building; and insist on weekly demos so scope drift is caught in days. None of these are secrets, and all of them are skipped by the projects that end up double their estimate.
Timeline expectations by tier
Cost and calendar move together, and the calendar is often the harder constraint. A simple app is realistic in six to ten weeks including store review. A medium app with a custom backend runs three to five months, with the backend and integrations, not the screens, setting the pace. Complex apps run five to nine months, and attempts to compress them by adding developers usually fail for the classic reasons: the architecture decisions, store review cycles, and device testing do not parallelize well. Store review itself deserves calendar respect: first submissions get rejected for small policy issues often enough that a one-to-two-week buffer before any launch date is simply realism.
What you trade when you choose India, and what you gain
The gains are plain: materially lower cost at equivalent seniority, deep talent pools in exactly the frameworks mobile work needs, and teams accustomed to working with US and European clients. The trades are real too: time zone overlap must be engineered rather than assumed, and vetting matters more because the market's quality variance is wide. The practical mitigation is the same for both: insist on direct access to the engineers, weekly demos of working software on real devices, and a paid pilot before a long commitment. Teams that skip those steps have a bad story about offshore; teams that take them mostly have a budget story instead.
