Ask five developers what an app costs and you will get five numbers that differ by ten times. None of them are lying. They are each pricing a different app, because "an app" is not a thing; it is a set of flows on two platforms, with a server behind it, and a year of maintenance after launch that half of them forgot to mention. This guide explains what moves the number, gives market ranges for owner-run Indian businesses in 2026, and shows the running cost you must see before you sign anything.
A warning: this article gives relative sizes, not rupee bands, because an app price without a scope behind it is a guess. Enterprise apps and large-agency pricing sit far above anything described here. A real number needs a written scope.
Want to know if you need an app at all? Our fit check tells you whether a native app, a web app or neither is the right buy, and what a first release would cost. See mobile app development.
Get a free app fit checkFirst, the question that changes the price by five times
Do you need a native app, or a mobile-first web application that installs to the home screen? A progressive web app works on every phone, sends push notifications on Android, works offline for the parts you choose, needs no app store, and costs what a web application costs. If your users check statuses, book, pay and download now and then, it is almost always enough. A native app earns its cost when the camera, GPS, offline use in the field, iPhone notifications or a daily habit are the point. Answer this honestly first, because it is the biggest number in the whole conversation. Our guide to websites, web apps and mobile apps has a four-question test.
The six things that drive the cost of an app
1. The number of flows
Not screens, flows. "Log in, see my jobs, open a job, take photos, mark complete" is one flow with five screens. A field app with three flows is a small app. A customer app with sign-up, catalogue, cart, payment, orders, support and loyalty is seven flows and a large one. Count flows, and count the admin side too: every flow a user has usually needs a screen for your staff to manage it.
2. The backend
Every app is a web application with a phone in front of it. The server, the database, the APIs, the admin console and the rules all have to exist, and they often cost as much as the app itself. A quote that prices only "the app" is half a quote. If you already have a system with APIs, the app is a smaller build; if you do not, the backend is the bigger half.
3. One platform or two
Android first is the usual answer for Indian businesses, because that is where the users are. Cross-platform frameworks such as React Native and Flutter build both from one codebase, which makes iOS a release rather than a second project, but testing, store accounts and review still double. Native builds for each platform separately are the most expensive route and rarely justified for a business app.
4. Device features and offline use
Camera, GPS, document scanning, offline forms that sync when the signal returns, background location, push notifications. Each is a real engineering line, and offline sync in particular is harder than it looks, because two people editing the same record with no signal has to resolve correctly later.
5. Integrations and payments
Razorpay or another gateway, the WhatsApp Business API for confirmations, your CRM, Tally or ERP, maps, SMS OTP. As with any software, the cost depends on the vendor's access more than on the developer. Payments inside an app also bring store rules: Apple and Google have policies on what must go through their billing, and a developer who does not know them will discover them at review time.
6. Store release and the first year
Store developer accounts, listings, screenshots, privacy declarations, review cycles and rejections, crash monitoring, and then the operating system updates every year that break something. This is the cost most owners are never shown, and it is why apps get abandoned at month eight.
How the build sizes compare
| Type of app | Typical shape | Relative size of the build |
|---|---|---|
| Progressive web app | Mobile-first web application, installable, Android push | 1x, the same as a web application |
| Single-flow field app | Jobs, photos, check-in, sync; Android; simple admin | Roughly 2x to 3x |
| Internal operations app | Several staff flows on an existing backend | Roughly 2x, less if the APIs exist |
| Customer app with payments | Sign-up, catalogue or bookings, payment, orders, support; both platforms | Roughly 4x to 8x |
| Marketplace or consumer app at scale | Two-sided, real-time, growth features | Well above these; not small-firm territory |
The year-one running cost nobody quotes
Plan for it before the build, not after. Store developer accounts are a small fixed yearly and one-time cost. Hosting for the backend is often a few hundred to a few thousand rupees a month until the app has real traffic. Maintenance, meaning crash fixes, small changes, store policy responses and the yearly OS update work, is commonly a fixed monthly care fee; a planning figure many firms use is 15 to 25 percent of the build cost per year for apps, higher than for web software because of the two platforms and the stores. Third-party services such as maps, SMS OTP and payment gateways bill per use. Add it up, and if year one of running is not affordable, build the progressive web app instead and revisit.
What a serious app quote looks like
- A fit check before the quote. If nobody asked who uses the app and how often, the quote is for their revenue, not your need.
- A web-app alternative priced beside it. So the extra cost of native is a choice you make with open eyes.
- The backend as its own line. Screens, roles, rules, integrations, admin console.
- Fixed price per milestone, with a first release of one core flow to a closed test group before anything goes to the stores.
- The year-one running cost written next to the build cost.
- Ownership stated: store accounts, repository, server and documentation in your name.
Four ways to spend less without getting less
- Android first, iOS when the flow is proven. One cross-platform codebase makes the second platform a release, not a project.
- One core flow in release one. The field team's job list and photo upload, not the whole operations suite. Small releases catch wrong assumptions while the budget is intact.
- Reuse a backend you already have. If your operations system has APIs, the app is a front on it, and the price drops.
- Choose a progressive web app when it is enough. It usually is for customer-facing needs. Save the native build for the field.
Who should build an app, and who should not
Build when people will use it weekly, when it needs the phone's hardware, when there is a daily job it makes faster or a repeat purchase it makes easier, and when you can fund a year of running. Field service, delivery and collection teams, site engineers, clinics and gyms with weekly visits, loyalty businesses and multi-branch operations are the clear cases. Do not build when the app would be used twice a year, when the process behind it is not decided, or when the budget stops at launch. In those cases a web application is the better buy, and a developer who tells you so is one worth working with. Our mobile app development page starts with that fit check, and our application development page covers the web-app path.
Frequently asked questions
How much does it cost to develop a mobile app in India in 2026?
It depends on the flows, the backend and whether you need both stores. A progressive web app costs what a web application costs; a single-flow field app with its backend is roughly two to three times that, and a customer app with payments on both platforms four to eight times. Large consumer apps sit well above. A real number needs a written scope with a fixed price per milestone.
Why is a mobile app more expensive than a website?
Because it is a web application with a phone in front of it: a server, database, APIs and admin console, plus one or two platform builds, device testing, store release and yearly OS update work. The backend alone often costs as much as the app.
Should I build for Android or iOS first in India?
Android first for most Indian businesses, because that is where the users are. A cross-platform codebase such as React Native or Flutter makes iOS a later release rather than a second project.
What does it cost to maintain an app each year?
A planning figure many firms use is 15 to 25 percent of the build cost per year, covering crash fixes, small changes, store policy responses and OS updates, plus hosting and per-use services at cost. Budget for it before building, or build a progressive web app instead.
Can a progressive web app replace a native app?
For status checks, bookings, payments, statements and most customer-facing needs, yes. It installs to the home screen, works offline for chosen parts and sends push notifications on Android, with no app store. Build native when you need the camera, GPS, iPhone notifications or heavy offline field use.