Android App Development Company

Native Android apps for hardware, background work, and managed device fleets.

We build Kotlin Android apps when the product needs Android-specific hardware access, reliable background behavior, enterprise device management, or an Android-only deployment. The first release proves the hardest device boundary on a representative handset set before broad rollout.

10,000+ transactions Published Android payment proof4.8 stars Published store proof8 to 10 weeks Focused native release

The problem

Sound familiar?

  • Does the app depend on Bluetooth, NFC, scanning, kiosk mode, or background work that a generic mobile stack has not proven?

  • Does enterprise rollout require managed configuration, identity, or device-policy behavior to work before launch?

Short answer

Native Android app development is the right fit when a product depends on Android-specific hardware APIs, background services, managed-device controls, or an Android-only fleet. RaftLabs builds Kotlin apps, tests the supported device matrix, and handles Google Play or enterprise delivery. A focused first release starts at $20,000 and usually takes 8 to 10 weeks.

The demo phone worked. The field fleet did not.

The app paired with one scanner and stayed alive on one flagship handset. Then it failed. Under production load, vendor battery rules stopped background work, while another scanner returned a different payload from the one the team had tested. Native Android work begins with the real device matrix and every operating constraint, not the first screen on a developer's desk.

Published Android proof

10,000+
transactions in the first three months
Mobile POS Android case study
4.8 stars
recorded Google Play rating
Mobile POS Android case study
5,000+
downloads in the first three months
Mobile POS Android case study

The mobile POS case documents these Android outcomes and a PCI DSS audit for that product. It does not prove that every Android app will achieve the same adoption, rating, or commercial result. A new release needs its own device, workflow, reliability, and rollout criteria.

Choose native Android when Android-specific behavior is central to the product.

Start with representative hardware, a bounded OS range, and the hardest device or managed-fleet constraint.

A fit
01

The product is Android-only or runs on dedicated, rugged, point-of-sale, or kiosk devices.

02

Bluetooth, NFC, USB, scanning, background work, or MDM behavior is business-critical.

03

The team can define the supported device matrix and provide production-like hardware.

Not a fit
01

The same standard workflow must ship to iOS and Android with limited native differences.

02

No representative hardware or device-policy environment is available for testing.

03

A responsive web or packaged tool already covers the operating need.

Native Android vs cross-platform

Native AndroidCross-platform
Best fitAndroid-only, hardware-heavy, background, kiosk, or managed fleetShared standard workflow across iOS and Android
Platform accessDirect Android APIs and lifecycle controlFramework capability plus native modules where needed
MaintenanceOne Android codebaseOne shared codebase with platform-specific edges
Decision testIs the Android constraint core?Can one shared architecture meet both platforms?

Scope

What belongs in a focused Android release

  • 01
    Native product workflow
    Build the primary user path in Kotlin with Android navigation, state, accessibility, error handling, and telemetry.
  • 02
    Device and OS matrix
    Define supported versions, form factors, memory and battery constraints, permissions, and representative test hardware.
  • 03
    Hardware or background integration
    Prove Bluetooth, NFC, scanning, USB, location, sync, or background work under real lifecycle interruptions.
  • 04
    Enterprise or Play delivery
    Prepare managed configurations and private rollout, or Play signing, listing, policy declarations, testing tracks, and staged release.
  • 05
    Backend and offline state
    Integrate authenticated APIs, local storage, queued work, conflicts, retries, and recovery without hiding uncertain state.

How it works

From Android constraint to production release

  1. Phase 1
    01

    Define devices and distribution

    Choose the core workflow, supported Android versions and hardware, Play or enterprise route, identities, data, and acceptance measures.

  2. Phase 2
    02

    Prove the hardest native boundary

    Test representative devices, hardware APIs, background behavior, permissions, managed configuration, offline state, and backend contracts.

  3. Phase 3
    03

    Build and exercise the app

    Implement the workflow, native integrations, accessibility, telemetry, security controls, and automated and real-device tests.

  4. Phase 4
    04

    Release and establish ownership

    Complete staged Play or managed rollout, monitor crashes and device failures, document support, and expand the device matrix after proof.

Risk

What the Android specification must settle

Device support
Name the Android versions, vendors, form factors, memory, battery, and peripherals the release must support.
Lifecycle behavior
Define what happens when the app is backgrounded, killed, offline, permission-limited, or interrupted mid-task.
Hardware variation
Use real devices and protocol fixtures; do not treat one successful pairing as fleet compatibility.
Distribution ownership
Assign Play Console or MDM accounts, signing, policies, staged rollout, crash response, and update approval.

Scope and price

A focused native Android release starts at $20,000.

Begin with one core workflow, a bounded device matrix, backend integration, monitoring, and delivery.

Starts at $20,000

A focused release usually takes 8 to 10 weeks. Hardware protocols, offline behavior, MDM, regulated evidence, or more device classes extend the plan.

The first phase proves the hardest Android constraint before the feature set or device fleet expands.

Real-device proof

The supported matrix and production-like hardware are part of acceptance, not a post-launch compatibility exercise.

Distribution included

The release plan covers Play or managed delivery, signing ownership, monitoring, and staged rollout.

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Android app development questions

Choose native Android when the product is Android-only or depends heavily on Android hardware, background execution, kiosk, managed configuration, or a wide specialised-device fleet. If iOS and Android need the same standard workflow, React Native or Flutter may reduce duplicate work.

Kotlin is the default for new Android logic, and Jetpack Compose fits many new interfaces. Existing Java or view-based applications may be modernised incrementally. The final choice follows the current codebase, supported Android versions, team handover needs, and any library or hardware constraint.

Yes, when representative devices, protocol documentation, and test hardware are available. We prove pairing, permissions, reconnect behavior, battery impact, background limits, malformed data, and device variation before treating the integration as production-ready.

Yes. The scope may include managed configurations, certificate identity, app restrictions, dedicated-device or kiosk behavior, private distribution, and approved update controls. The buyer's MDM owner must provide policies, test enrollment, and authority for each managed setting.

A focused first release starts at $20,000 and usually takes 8 to 10 weeks. It covers one core workflow, a bounded device matrix, standard backend integration, monitoring, and Play or managed delivery. Hardware protocols, offline complexity, MDM, regulated evidence, or more device classes increase scope.

Work with us

Bring the Android constraint a shared mobile stack has not proven.

Share the workflow, devices, OS range, hardware interfaces, background needs, distribution route, and backend. We will identify the smallest native release worth building.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.