Android app development for products serving 50M+ users.

Android app development cost is an envelope shaped by scope, never a fixed quote off a rate card. Phase 1 Scoping & Design is typically $35,000 to $65,000 and produces the Business Requirements Document, the full UX/UI design, the Product Requirements Document and a fixed-cost Statement of Work. Phase 2 Development, QA and Release is typically $100,000 to $350,000, driven by what is actually being built: a single Android phone app, a phone and tablet build, a Wear OS or Android TV companion, how many integrations sit underneath, and whether payments or regulated logic are involved. The $350,000 figure is a recommendation rather than a ceiling. Even with a larger budget we advise capping version one near it and channelling the remainder into evidence-led iteration after launch. Android development typically costs about the same as the equivalent iOS build. No development quote is issued without a completed Phase 1 - no Blueprint, no Build.

We recommend targeting Android 8.0 (API 26) and above for most consumer products. That range covers the large majority of devices in active use while keeping the build and test matrix sensible. Supporting Android 6 or 7 adds very little reach and a great deal of testing complexity, because every additional API level multiplies the permutations of runtime permissions, background execution limits and notification behaviour that have to be verified. Enterprise and field applications are the common exception: fleets of managed or rugged devices are often several versions behind, so the minimum SDK is set by the actual device inventory rather than by market share. Google Play also enforces a rising target SDK level for new submissions and updates, so the target version moves every year even when the minimum does not. We settle both numbers in Phase 1 Scoping & Design, against your real audience rather than a default.

Android device fragmentation is handled by testing rather than by hope. We test across multiple device configurations covering the major manufacturers including Samsung, Google and Oppo, a range of screen sizes and densities, Android versions from 8 through to the current release, and the manufacturer skins layered on top of them - which is where most surprising defects actually live, because vendors change background execution, battery optimisation and notification behaviour. Layouts are built responsively with Jetpack Compose so a single interface adapts from a compact phone to a large tablet and a foldable. Hardware capability detection ensures features degrade gracefully rather than crashing when a sensor, camera capability or biometric method is missing. Crashlytics and release monitoring then close the loop after launch: staged rollout on Google Play means a device-specific regression is caught on a small percentage of users and halted before it reaches everyone.

PixelForce migrates existing Android apps from Java to modern Kotlin with Jetpack Compose, module by module while the app stays shippable, with the scope and cost settled in Phase 1 rather than quoted as a percentage.

Yes. Older Android apps written in Java can be migrated to modern Kotlin with Jetpack Compose. Kotlin is Google's preferred language for Android and the migration improves runtime safety, removes a large class of null-pointer defects, reduces code volume and unlocks current Android capabilities that the older toolchain cannot reach. Because Kotlin and Java interoperate, the migration does not have to be a big-bang rewrite: we can convert module by module while the app stays shippable, usually starting with the areas that change most often or crash most often. Migration is normally a fraction of the cost of rebuilding from scratch, because the business logic, integrations and infrastructure are preserved - but the honest number depends on the state of the existing codebase, so it is scoped in Phase 1 rather than quoted from a percentage. If the codebase is in worse shape than a migration can fix, we will tell you that too.

Android app development at PixelForce runs Phase 1 Scoping and Design as its own engagement, then a Phase 2 build to milestones fixed in the signed Statement of Work rather than promised before the scope exists.

Phase 1 Scoping & Design runs as its own engagement and produces a development-ready blueprint: preliminaries, two strategic workshops, the BRD, the complete UX/UI design, the PRD and a fixed-cost SoW. Phase 2 Development, QA and Release then runs to that signed scope. A typical Android build moves through foundation and authentication, backend services and cloud infrastructure, the app build itself, internal QA against the PRD acceptance criteria, client User Acceptance Testing, and finally Google Play submission and launch. Milestones are project-specific and set in the SoW rather than promised in advance, which is why we do not publish a timeline before scoping. Cadence during the build is fixed and visible: squad sessions every 2 weeks and planning every 4 weeks, with sprint demos you attend. Google Play review is the one step outside our control, though it is usually the fastest part of a launch.

Whether to build for Android or iOS first depends on where your users are and what the product needs, not on platform preference, and Android is usually right for global audiences and deep device access.

The honest answer depends on where your users are, not on which platform we prefer. Android is the right first platform when your audience is global rather than concentrated in Australia or North America, when your product depends on capabilities Android exposes more openly - background services, deep hardware access, sideloaded enterprise distribution, Google ecosystem integration - or when the addressable market on Android simply dwarfs the iOS one in your category. iOS is often first for premium consumer subscription products in markets where spend per user is higher; that trade-off is covered on our iOS app development page. If both platforms need to launch together and the budget will not stretch to two native builds, Flutter is usually the better answer. This is exactly the kind of decision the 1-3-1 method exists for: one problem, three options with their consequences, one recommendation.

Google Play submission is a build-time discipline, not a final step. PixelForce holds a 98 percent first-time app store approval rate across 100+ submissions, and that comes from preparing the compliance surface while the app is being built rather than the week before release. In practice that means a target SDK level that meets Google's current requirement, a data safety declaration that matches what the app genuinely collects, a privacy policy that survives review, correctly declared sensitive permissions with a justification for each, account deletion available where it is required, and Play Billing used wherever digital goods are sold. We publish through a signed Android App Bundle with Play App Signing, run internal and closed testing tracks before production, then use staged rollout so a release reaches a small share of users first. If a submission is rejected, the fix and the resubmission are handled by us.

PixelForce builds both native Kotlin and cross-platform Android applications, and recommends one over the other in Phase 1 based on how much the product depends on platform capability rather than on house preference.

Both, and the recommendation is made in Phase 1 with the trade-offs written down rather than sold to you up front. Native Kotlin with Jetpack Compose is the right call when the product leans on platform capability - background services, foreground location, Bluetooth or NFC hardware, on-device processing, tight Google ecosystem integration, Wear OS or Android TV surfaces - or when Android is the primary platform and interface fidelity matters commercially. A single cross-platform codebase is usually the better economics when iOS and Android have to launch together with one team iterating rather than two drifting apart, which is covered on our Flutter app development page. We will not sell you two native builds when one codebase answers the same question, and we will not sell you a shared codebase when the product genuinely needs native.

After an Android app launches, PixelForce supports it through Phase 3 Post Launch Support, either Warranty, Monitoring and Support at $4,000 per month or a Product Retainer priced per four-week cycle from Steady at $10,000.

Phase 3 Post Launch Support has two options. Option 1, Warranty, Monitoring & Support, is $4,000 per month: critical bugs fixed under warranty terms, 24/7 infrastructure monitoring with proactive alerts, business-hours critical incident response, clear notification of required third-party updates with cost implications upfront, and a monthly Platform Health Report, with technical support capped at seven hours per month across a 3-month warranty term. Option 2, the Product Retainer, includes everything in Option 1 and adds a product roadmap workshop in month one, continuous sprints shipping designed features into production, sprint planning and quarterly business reviews. It is priced per four-week cycle against a committed story-point capacity: Steady $10,000, Growth $20,000, Scale $30,000, Velocity $40,000, Momentum $50,000, with Enterprise on application. Android specifically needs the ongoing engagement, because Google raises the required target SDK level every year and devices change underneath you.

Choosing an Android app development company turns on five things: Kotlin and Jetpack Compose depth, how they test across real devices, their Google Play compliance record, who holds the code and the signing keys, and the post-launch model.

Language and toolchain. Ask whether new work is written in Kotlin with Jetpack Compose or in legacy Java with XML layouts, and ask them to justify the answer. Kotlin is Google's preferred language for Android, and a firm still defaulting to Java on greenfield work should have a reason beyond habit.

Real-device testing. Android fragmentation is a testing problem before it is an engineering one. Ask which physical devices they test on, which manufacturer skins they cover, and how far back their minimum supported API level reaches. An answer that mentions only emulators is a warning sign, because vendor changes to background execution, battery optimisation and notification behaviour are where the surprising defects actually live.

Google Play compliance. Ask about their submission record, how they keep pace with the target SDK level Google raises every year, and how they handle data safety declarations, justifications for sensitive permissions, and the account deletion requirement. Ask explicitly who pays if a submission is rejected.

Ownership. The Google Play Console account, the app signing keys and the cloud infrastructure should all be in your name, and intellectual property should transfer to you. Signing keys held by an agency are one of the hardest dependencies to unwind later, because losing control of them can mean you cannot ship an update to your own users.

After launch. Ask for the maintenance model in writing with a price against it, and ask to see an Android product the firm built and still operates today. Android moves underneath a shipped app every year, so a build with no support arrangement behind it has a shorter life than it looks.

For reference, PixelForce builds Android in Kotlin with Jetpack Compose, tests on real devices across the major manufacturers, holds a 98 percent first-time app store approval rate across 100+ submissions, and runs 100% in-house development from an Adelaide headquarters with the intellectual property and infrastructure in the client's name.