Mobile Development
Mobile App Development Cost in 2026: iOS, Android & Cross-Platform
Mobile app development costs range from $50k for a focused consumer app to $500k+ for an enterprise platform with offline sync, integrations, and complex UX. Here's what drives the number.
$50k
Starting From
$500k+
Enterprise Range
$100k–$250k
Typical Budget
12–24 weeks
Timeline
Pricing Tiers
Budget Ranges by Project Scope
Consumer MVP
$50k–$100k
12–16 weeks
- iOS or Android (single platform) OR cross-platform React Native/Flutter
- 10–20 screens with core user flows
- Social auth + email/password login
- REST API backend with basic data model
- Push notifications
- App Store / Google Play submission
Full-Featured App
$100k–$250k
16–24 weeks
- iOS + Android (cross-platform) or single native platform
- 25–50 screens with complex flows
- Real-time features (chat, live tracking, or sync)
- Payment integration (Stripe, Apple Pay, Google Pay)
- Offline mode with local data sync
- Admin dashboard and CMS
- Analytics, A/B testing, and crash reporting
- Both app store submissions
Enterprise Mobile Platform
$250k–$500k+
24–52 weeks
- Dual native (iOS + Android) or advanced cross-platform
- 50+ screens with role-based access and complex permissions
- Enterprise integrations (ERP, CRM, legacy systems)
- HIPAA/PCI compliance if required
- MDM-compatible enterprise distribution
- Biometric auth, hardware integrations
- Full test automation suite
- Dedicated QA and security review
What Drives Cost
Factors Affecting Your Budget
Platform Target
iOS-only or Android-only cuts cost by 35–45% vs. dual native apps. Cross-platform (React Native, Flutter) delivers both platforms at 60–70% of dual-native cost with minor UX trade-offs.
Feature Complexity
Real-time features (chat, live tracking), offline sync, camera/AR, and payment flows each add $15k–$50k. Core CRUD apps with standard UX cost 2–3× less than feature-rich consumer apps.
Backend & API Layer
Most apps need a backend: APIs, auth, database, push notifications, and admin panel. A basic backend adds $20k–$60k. A complex one with real-time, analytics, and third-party integrations adds $50k–$150k.
UI/UX Design Complexity
Custom animations, branded design systems, and complex flows add 20–30% to mobile cost. Off-the-shelf UI component libraries (Material, Cupertino) reduce design cost significantly.
Third-Party Integrations
Payment (Stripe, Apple Pay), maps, social auth, CRM, and analytics SDKs each add 3–8 days of integration work. Enterprise integrations (ERP, proprietary APIs) add more.
App Store Compliance
App Store and Google Play review processes add 1–2 weeks per submission cycle. Enterprise distribution (MDM, internal apps) bypasses stores but adds device management complexity.
Team Composition
Who You Need to Build This
1 × Mobile Lead / Architect — platform decisions, code review, API contract design
1–2 × Mobile Engineers — iOS (Swift/SwiftUI) or Android (Kotlin) or cross-platform (RN/Flutter)
1 × Backend Engineer — API design, auth, push notifications, data layer
1 × UI/UX Designer — mobile-specific interaction design, prototype, asset production
1 × QA Engineer (shared) — device matrix testing, regression, App Store/Play Store validation
Budget Optimization
How to Reduce Cost Without Cutting Scope
Start cross-platform unless you have a specific reason to go native. React Native and Flutter cover 95% of use cases at 60–70% of dual-native cost. Only go dual native if you need deep platform APIs (ARKit, health sensors, custom keyboards) or have a team already proficient in Swift/Kotlin.
Design for a single platform first. If budget is constrained, build and launch iOS first (higher average revenue per user for most B2C apps), then add Android in phase 2 once you have market validation.
Reuse your web design system. If you have an existing brand design system, adapting it for mobile takes 30–40% less time than creating a mobile design system from scratch.
Use Firebase or Supabase for the backend MVP. Managed backend platforms eliminate server setup, auth, and basic real-time infrastructure — saving $20k–$40k in backend engineering for apps that don't need custom business logic from day 1.
Invest in a proper QA device matrix. Testing on 3–5 real devices (not just simulators) before launch costs $3k–$5k in QA time but prevents the 1-star reviews and emergency patches that come from untested device/OS combinations.
Related Resources
Common Questions
Frequently Asked Questions
Two separate native apps (iOS Swift + Android Kotlin) cost $150k–$400k+ because you're building and maintaining two codebases. A cross-platform app in React Native or Flutter costs $80k–$250k for equivalent functionality — the same codebase runs on both platforms. The trade-off: native apps have marginally better platform-specific UX, access to the latest APIs immediately, and no bridge layer. For most business apps, cross-platform is the right choice. For consumer apps competing on UX detail, native can be worth the premium.
Get an Accurate Quote
Know Your Exact Budget Before You Commit
Generic estimates are useful — specific scoping is better. A 30-minute call gives you a project-specific cost range and timeline.