Android · Kotlin · Jetpack Compose
Android App Development Services in India — Native Kotlin Apps Built for the Play Store
Native Android app development in Kotlin and Java from Ahmedabad since 2012 — MVPs, consumer products, and enterprise deployments engineered for the India-first market, submitted end-to-end to the Google Play Store, priced in INR or USD with source code you own from day one.
- ✓Native Kotlin with Jetpack Compose, or Java when the legacy stack calls for it
- ✓Android 7 (API 24) to Android 15 target — 99% real-device coverage across India
- ✓Google Play Console submission, Data Safety declaration, and reviewer follow-up handled
- ✓Firebase, Razorpay, Google Play Billing, Maps, and MDM wiring included in scope
- ✓Play Store MVP in 8–12 weeks; production-hardened release in 14–18 weeks
Why Android-first still wins in the Indian market
India runs on Android. Recent counterpoint numbers put Android above 95 per cent of the smartphone install base in the country, with iOS sitting around 4 per cent and concentrated in metro Tier-1. If your product is aimed at Indian consumers, MSMEs, field teams, or Tier-2 and Tier-3 markets, the mobile-first version of that product is the Android app. iOS parity can come later.
That is not just a market-share footnote — it changes the shape of the build. Android in India means budget devices with 2 to 4 GB of RAM, patchy 4G at the edges of the city, storage that runs out at 32 GB, and users who keep a payment gateway open every third session. A cross-platform build tuned for a top-tier iPhone will feel sluggish on a Redmi 9. Native Kotlin lets us tune the app to the device tiers your real users are on — smaller APKs, lazier image loads, offline-first data capture, and battery discipline that matters when the phone is on charge only twice a day.
We have been shipping mobile apps from Ahmedabad since the Android 4.x era. What has changed is the toolchain — Jetpack Compose, Coroutines, and modern Android Studio profiling let us deliver in half the time of the old days — but the discipline is the same: honest scope, weekly builds on a real device, and code in your repository.
When to choose native Android over iOS-first, Flutter, or React Native
Every mobile app build starts with a platform decision, and it is worth taking seriously. The wrong choice costs months later and the rewrite is never fun.
Choose native Android in Kotlin when India is your primary market, when the app has to run well on ₹8,000 phones, or when the product needs deep hardware access — camera pipelines that record and process video, Bluetooth Low Energy device pairing, NFC, sensor fusion, or ARCore. Native is also the honest answer for enterprise deployments that need MDM (Microsoft Intune, Kandji, Google's own MDM), kiosk mode, or single-purpose device policies. Every one of these hits an edge case in the cross-platform frameworks.
Choose Flutter when day-one iOS parity is a hard requirement and the app is a mid-complexity CRUD product without heavy native hooks. One Dart codebase to both stores meaningfully reduces cost, and the hiring pool for Flutter has caught up with native.
Choose React Native when your web team already runs React and you plan to maintain the mobile app in-house — the skill transfer is genuine and OTA updates through CodePush or Expo Updates cover most iteration.
Choose iOS-first only when your market is US or UK premium consumer — where iOS carries 55 to 60 per cent of the base — and even then, the Android build usually follows within six months.
We recommend the right fit for your product on the first discovery call, not after the quotation is signed.
- ›Choose native Android when India is the primary market — 95%+ of your users are on Android
- ›Choose native when the app touches Bluetooth, NFC, CameraX, or ARCore
- ›Choose native for MDM, kiosk mode, or single-purpose enterprise deployments
- ›Choose Flutter for mid-complexity CRUD apps that need day-one iOS parity
- ›Choose React Native when your existing web team is already React-based
- ›Choose iOS-first only for US or UK premium consumer markets
The Android app categories we ship most
Fourteen years of shipping mobile software has us thinking in shapes, not features. Every Android build we deliver tends to fit one of the categories below — the shape drives the architecture, the integrations, and the timeline. If your product does not fit a template category, that is normal — the best apps rarely do.
- ›B2B field-force apps — sales rep order booking, delivery driver, service technician dispatch
- ›On-demand consumer apps — food delivery, home services, ride-hailing, quick-commerce
- ›FinTech and payments — UPI apps, digital wallets, lending onboarding, KYC capture
- ›HealthTech — patient booking, doctor apps, MR field-force with GPS check-in and RCPA
- ›EdTech — video learning with DRM offline downloads, live classes, assessment engines
- ›Enterprise and MDM apps — retail POS, warehouse pickers, kiosk deployments
- ›Media and streaming — HLS video, DRM-protected content, personalised discovery
- ›Custom hardware apps — BLE device pairing, IoT dashboards, wearable companions
The Kotlin and Android stack we build on
Our default modern Android stack is Kotlin end-to-end with Jetpack Compose for the UI. For legacy codebases or teams still on Java, we support Java 11 and Java 17 targets and can co-exist with Kotlin during a phased migration. Below is the toolchain a Fruxinfo Android build ships with by default — every choice picked for stability, hiring depth, and long-term maintainability rather than novelty. The stack has a deep enough talent pool that if you ever hire another developer next year, they can pick up the codebase without a translation layer.
- ›Kotlin (with optional Java) — 100% Jetpack Compose UI, Material 3 theming
- ›Coroutines and Flow for async — StateFlow for UI state, SharedFlow for one-shot events
- ›Retrofit + OkHttp for REST, Apollo for GraphQL, Ktor when the backend is Kotlin-native
- ›Room database on SQLite, DataStore for preferences, EncryptedSharedPreferences for secrets
- ›Hilt for dependency injection, WorkManager for reliable background jobs
- ›Firebase Auth, FCM, Analytics, Crashlytics, Remote Config, and Performance Monitoring
- ›CameraX + ML Kit for on-device vision, Google Maps SDK, ML Kit barcode and text
- ›Coil for image loading, ExoPlayer / Media3 for video, WebRTC where the product needs it
How we run an Android build — sprint by sprint
Every Android engagement runs the same discipline, regardless of size. The scope is fixed after discovery, invoicing is milestone-based, and every sprint ends with a real APK installed on your phone — not screenshots or a Figma prototype. That rhythm is what makes an Android build predictable enough to plan a marketing launch around.
- ›Discovery call → user journey mapping → wireframes and screen inventory (Week 0)
- ›Written blueprint document with fixed-price scope and milestone timeline before any code
- ›Figma UI design reviewed screen by screen — you sign off before development starts
- ›Weekly or fortnightly sprints; each ends with a signed APK on your device
- ›Firebase App Distribution for internal QA testers; staged rollout ready before launch
- ›Play Store listing, screenshots, Data Safety form, and privacy policy handled by us
- ›Launch, monitoring through the first working week, then support retainer with the same team
What a native Android build costs — plain numbers
Native Android app development in India from a professional custom-software team typically starts at around ₹3,50,000 for a compact MVP with sign-up, one core flow, payments, and a small admin dashboard. Mid-sized production apps with multi-role users, offline mode, in-app purchases, and third-party integrations usually sit in the ₹8–18 lakh range. Enterprise builds with hardware access, MDM, custom SDKs, or a large screen inventory land higher, always quoted against a written scope document.
For international and US clients, the same Android builds run USD $7,000–$12,000 for a compact MVP, USD $16,000–$40,000 for a mid-sized production app, and USD $45,000+ for enterprise-scope work. Comparable US-domestic quotes routinely land three to five times these numbers for equivalent scope — the difference is overhead structure, not craft.
The cost drivers worth asking any Android vendor about are the screen count, the number of user roles, the integrations list, whether offline mode is genuinely required, and whether the app needs to talk to hardware. Anything else is usually noise. We quote fixed-price after discovery so the number in your quotation is the number you pay. No hourly bills, no monthly surprise line items, no per-user fees hidden inside the build. Post-launch support is a separate opt-in retainer, not a mandatory subscription.
Play Store submission, Data Safety, and reviewer handling
Getting an Android app into the Play Store is easier than getting one into Apple's store, but the process has tightened every year. A botched Data Safety declaration can hold a release for weeks. A misconfigured app-signing key can lock you out of your own listing. A vague privacy policy triggers a rejection loop that adds days to launch.
We handle Play Console setup and submission as part of every Android build. That includes generating and securing the upload keystore, configuring Play App Signing, preparing the store listing (title, short description, full description with keywords, promo graphic, feature graphic, screenshots for phone and tablet), writing the privacy policy and Data Safety form to match what the app actually collects, and setting up internal, closed, open, and production tracks so a staged rollout is available on day one.
Your Play Console account stays in your name and your organisation. We work as an added user, not as the account owner — so the app, the keystore, and the analytics are legally and operationally yours from the first upload. For updates after launch, we set up CI/CD through Fastlane, GitHub Actions, or Codemagic so future releases go out in minutes, and we enable Google's in-app updates API so users on old versions get a gentle nudge without needing to visit the Play Store.
Ninety days included, then a monthly retainer
The first ninety days after launch decide whether an Android app hardens or drifts. Google ships an OS release every year — Android 15 introduced predictive back, edge-to-edge everywhere, and stricter foreground-service policies; Android 16 will tighten again. New Google Play policy updates land quarterly and can force schema changes to Data Safety, permissions, or advertising ID handling. Real users find edge cases you did not test on. Payment webhooks fail during a peak-traffic hour.
Every Android build ships with 90 days of included post-launch support covering critical bug fixes, OS-update patches for the current Android release, and Play Console review follow-ups. Beyond that, a monthly retainer covers minor releases, quarterly review calls, security patching, target-SDK upgrades that Google enforces on annual cadence, and dependency updates for the Android and Firebase SDKs. The team that shipped your app is the team that supports it — no handover to a separate maintenance division, no context loss six months later when you email asking for a change.
The next step — a free Android blueprint call
The best way to know whether a native Android build is right for your product is a 30-minute conversation. We will ask about your users, the flow you want the app to run, the device tiers you have to support, and the timeline you are working against. At the end of the call you get a written blueprint — screens, integrations, timeline, and a fixed-price INR or USD quotation — with no obligation to move forward.
Call +91-99245-12890 or fill the enquiry form. We answer the same working day, in your time zone.
Android app questions founders and product teams ask us first
Cost, timelines, Kotlin vs Java, Play Store submission, and MDM support. If your question is not here, our team will answer it on the first discovery call.
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