Apps your users actually keep installed.
Most app projects fail at one of three moments: a janky prototype that never becomes a product, a launch that gets rejected by the App Store, or a v1 that works but can't be maintained. We've shipped 20+ mobile apps to production. We know where the traps are and we build around them — starting with the platform choice, which should be driven by your users and budget, not our tool preferences.
A mobile app is only valuable if people use it. Most abandoned apps fail not because of bad code but because the user experience was not designed for how people actually use their phones. Origin Softwares builds mobile apps with UX as the primary constraint, backed by 20+ apps shipped across iOS and Android.
What is mobile app development?
Mobile app development is the process of building software applications for smartphones and tablets. The three approaches are native development (Swift for iOS, Kotlin for Android — best performance but separate codebases), cross-platform frameworks (Flutter or React Native — single codebase for both platforms with near-native performance), and Progressive Web Apps (browser-based with offline support — no app store required). Platform choice drives both build timeline and ongoing maintenance cost: a cross-platform Flutter app costs 40–60% less to maintain than two separate native codebases. Origin Softwares in Hyderabad has shipped 20+ apps across all three approaches, with a team that handles design, development, backend APIs, and App Store submission as a single integrated service.
The problems this solves
- Business needs to extend web platform to mobile but existing site performs poorly on phones
- App Store presence required for B2C audience but unsure of platform choice
- Field teams need offline capability and device access (camera, GPS, biometrics)
- Push notification requirement for customer re-engagement
- Existing mobile app has poor ratings and high uninstall rate
- Manual field reporting that needs to be mobile-automated
Business outcomes
- Higher engagement from mobile-first users with native-quality UX
- Reduced friction in field operations with native device access (camera, GPS, biometrics)
- Improved customer retention through targeted push notifications
- App Store presence building brand credibility with B2C audience
- Offline capability enabling work in low-connectivity environments
- Faster field reporting reducing administrative overhead and manual data entry
Who is this for?
Businesses extending web platforms to mobile
Your web application needs a mobile companion that shares the same backend and delivers native-quality UX.
B2C companies needing app store presence
Your customers expect to find you in the App Store or Play Store — and the app needs to be good enough to keep installed.
Field service companies
Your teams work in the field with intermittent connectivity and need device features — camera, GPS, offline data capture.
Healthcare providers
Patient-facing apps with compliance requirements (HIPAA-aware data handling, biometric authentication).
Retailers needing mobile-first shopping
Your customers shop on their phones — a native shopping experience with push notifications drives repeat purchases.
Logistics companies
Driver and delivery apps with real-time tracking, route optimisation, and offline capability.
When Mobile App Development may not be the right fit
We'd rather tell you upfront than waste your time and budget.
- If a responsive Progressive Web App covers the requirement at a fraction of the cost
- If your entire user base is desktop-only and shows no mobile intent
- If budget does not support both iOS and Android maintenance over time
- If the use case is better served by an existing mobile-first SaaS tool
What's included
- Flutter, React Native, Swift & Kotlin
- Offline-first architecture
- Push notifications & real-time features
- App Store & Play Store submission
- Physical device testing matrix
- Analytics & crash monitoring built in
- MDM & enterprise deployment support
- Post-launch maintenance retainers
How we deliver
Discovery
Understand your users, choose the right platform, and define what the app must do.
- User research and persona mapping
- Platform decision (native vs cross-platform)
- Feature prioritisation and MVP scoping
- Offline strategy definition
- Backend API design
Design
Design for mobile UX patterns — not a scaled-down web interface.
- Mobile-first UX wireframes
- iOS and Android platform-specific patterns
- Interactive prototype for user testing
- Accessibility review
- Design system and component library
Development
Build with sprint delivery so working features are visible every two weeks.
- App scaffold and architecture setup
- API integration and data layer
- Offline sync implementation (if required)
- Push notification infrastructure
- App Store compliance requirements
Testing
Test on real hardware across device types and OS versions.
- Real device testing across iOS and Android versions
- App Store review criteria validation
- Performance profiling on mid-range devices
- User acceptance testing with real users
- Security and data handling audit
Launch & Support
Submit to app stores and configure monitoring for production health.
- App Store and Play Store submission
- Crash reporting and monitoring setup
- Analytics configuration
- Post-launch update release cadence
- User feedback collection and triage
How long does it take to build a mobile app?
Simple apps with standard features (authentication, content display, push notifications) take 8–12 weeks. Complex apps with custom backend, offline sync, real-time features, or multi-user interactions take 16–24 weeks. Variables affecting timeline include platform choice (native for both platforms doubles development versus cross-platform), backend complexity, offline requirements, third-party integrations, and App Store review time (1–7 days). App Store review typically adds 1–3 business days; Play Store adds 1–2 days, though category-specific reviews (finance, health) can extend this to 5–7 days. Origin Softwares manages timelines through structured sprint delivery with working builds every two weeks, so progress is visible and scope adjustments can happen early.
Technologies we use
- Flutter
- React Native
- Swift
- Kotlin
- Expo
- Firebase
- Supabase
- AWS Amplify
- RevenueCat
- Sentry
Architecture & scalability
- Platform decision (native vs Flutter vs React Native) driven by performance needs and device API requirements
- Offline-first data architecture with background sync for field applications
- Shared backend API with web platform where both exist
- Push notification infrastructure with user preference management
- App signing, certificate management, and distribution configuration
- App Store and Play Store compliance requirements specific to your category
Mobile Development Approaches Compared
| Criterion | Native iOS/Android | Flutter | React Native | Progressive Web App |
|---|---|---|---|---|
| Performance | Best | Near-native | Good | Good on modern devices |
| Platform coverage | One platform per codebase | iOS + Android from one codebase | iOS + Android from one codebase | Any device with a browser |
| Development cost | Higher (two codebases) | Lower than native | Lower than native | Lowest |
| Maintenance | Two codebases to maintain | Single codebase | Single codebase | Single web codebase |
| Device API access | Full | Good (via plugins) | Good with some bridging | Limited (no push on older iOS, limited camera) |
| App store approval | Standard process | Standard process | Standard process | No store required |
| Best for | Performance-critical, platform-specific apps | Cross-platform apps with native feel | Teams with React/JavaScript experience | Simple mobile-optimised experiences |
Why choose Origin Softwares
Our approach
- 20+ apps shipped across iOS and Android with a 4.7 average store rating
- We design for mobile UX patterns, not scaled-down web interfaces
- We handle App Store and Play Store submission as part of delivery
- We configure crash reporting and monitoring before launch, not after the first incident
Delivery standards
- Testing on real hardware (not just simulators)
- App Store and Play Store review criteria validated before submission
- Crash reporting configured at launch
- Performance profiling on mid-range devices, not just flagships
- Accessibility compliance verified before store submission
Quality assurance
- Device testing across multiple iOS versions and Android manufacturers
- App Store and Play Store guidelines reviewed before submission
- Performance profiling with real-world data and conditions
- User acceptance testing on physical devices with actual users
- Security audit for data handling and storage
Security practices
- Encrypted local storage for sensitive data
- Certificate pinning for API communication
- Biometric authentication integration
- No sensitive data in application logs
- GDPR and data residency considerations for cloud sync
Performance
- App launch time under 2 seconds as a delivery target
- Frame rate monitoring during development (60fps minimum)
- Battery consumption profiling for background features
- Network request optimisation for mobile connections
- Offline-first data strategy where connectivity is unreliable
What you receive
- App Store and Play Store listings submitted and approved
- Full source code and build scripts
- Analytics integration configured and verified
- Crash reporting dashboard with alert configuration
- User documentation for admin functions
Support tiers
- Bug fix tier — critical fixes within 48 hours including App Store submission
- Maintenance tier — monthly updates, OS compatibility testing, store policy compliance
- Growth tier — feature iteration, A/B testing, and user engagement optimisation
Why Origin for Mobile App Development
Physical device testing before every release
Emulators miss real-world hardware issues. We test on a matrix of physical devices via Firebase Test Lab before every TestFlight or Play beta.
Backend co-designed with the app
Mobile APIs have different constraints than web APIs — payload size, offline sync, push notifications. We design both sides together so they fit properly.
We've navigated App Store review before
App Store rejections are inevitable. We know the common triggers and build around them — your submission process is faster because we've been through it 20+ times.
How we can work together
Choose the engagement model that fits your situation.
Fixed Price Build
Full app build — design, development, testing, and store submission — delivered to a fixed scope and price.
Best for: New apps with defined requirements and clear user journeys
Sprint-Based Development
Two-week sprints with working features at the end of each. Scope evolves based on user feedback after each release.
Best for: Products that need to iterate based on real user data
Maintenance Retainer
Monthly support for OS updates, bug fixes, performance monitoring, and App Store compliance changes.
Best for: Launched apps needing ongoing care and platform compatibility
Industries we serve
Typical delivery timeline
| Phase | Duration | What happens |
|---|---|---|
| Discovery | 1–2 weeks | User research, platform decision, feature scope |
| Design | 2–3 weeks | UX, UI, platform-specific patterns, prototype |
| Development | 6–16 weeks | Build, API integration, offline features |
| Testing | 2–3 weeks | Device testing, App Store prep, UAT |
| Launch | 1–2 weeks | App Store submission, monitoring setup |
Before you start — a checklist
Use this to prepare for your first conversation with us.
- Define who your mobile users are and what they need to accomplish on their phone
- Decide whether iOS only, Android only, or both — and understand the maintenance implications
- Determine whether offline capability is required for your use case
- List every backend service or API the app must connect to
- Identify which device features you need (camera, GPS, biometrics, NFC)
- Decide who manages app store listings and update releases post-launch
- Confirm any regulatory or compliance requirements for data handling
- Assess whether a Progressive Web App could cover the requirement at lower cost
Maintenance & support
- App Store and Play Store update submissions with each major OS release
- Crash monitoring with alert escalation
- Bug fix SLA — critical: 48 hours including store review; non-critical: 5 business days
- Feature iteration on retainer
- Annual security review
- Performance regression testing after each major OS update
“They warned us that App Store review would push back on our in-app purchase flow — and had a compliant alternative ready before we even submitted. Approved first try.”
Frequently asked questions
Planning & scope
- Should we build for iOS, Android, or both?
- It depends on where your audience is. If you have an existing web presence, check your analytics for the iOS/Android split. If 80%+ of your users are on one platform, start there. Building for both simultaneously costs more in ongoing maintenance (two sets of store submissions, two sets of OS compatibility updates) even with a cross-platform framework. Origin Softwares recommends starting where your first 100 users are and expanding to the second platform once you have validated the core experience.
- What is the difference between Flutter and React Native?
- Both are cross-platform frameworks that produce iOS and Android apps from a single codebase. Flutter (by Google, using Dart) renders its own UI layer — resulting in closer-to-native performance and consistent rendering across platforms. React Native (by Meta, using JavaScript) uses platform-native UI components — better if your team already knows React and you want to share code with a web frontend. Origin Softwares recommends Flutter for most new projects and React Native when JavaScript expertise or web code sharing is a priority.
Technical
- Can the mobile app work offline?
- Yes, with proper offline-first architecture. The app stores everything needed for core workflows locally and syncs with the server when connectivity returns. The design challenge is conflict resolution — what happens when the same record was edited both offline and on the server. Origin Softwares designs the offline strategy at the architecture phase, not as an afterthought. Some features are always connectivity-dependent (live tracking, real-time chat), and we define those boundaries clearly upfront.
- How do you handle push notifications?
- Backend push service configured with APNs (Apple Push Notification service) for iOS and FCM (Firebase Cloud Messaging) for Android. User preference management lets users control notification categories. We implement quiet hours, segmentation, and delivery analytics so you can measure engagement without annoying users. Push notifications are the primary re-engagement tool for mobile apps — the implementation needs to be respectful or users disable them.
Engagement & process
- Do you handle App Store submission?
- Yes, as part of every delivery. We manage provisioning profiles, signing certificates, store listings, screenshots, privacy policy requirements, and the review process. App Store review typically takes 1–3 days; Play Store is usually faster. We design around common rejection reasons before submission — in-app purchase compliance, privacy manifest completeness, and content guidelines. When rejections happen, we respond within 24 hours.
- How do you handle app updates after launch?
- Maintenance tiers cover different needs. At minimum: OS compatibility updates when Apple or Google release major versions (these can break things). Beyond that: crash fix response with defined SLAs, feature iteration on a sprint basis, and store policy compliance as requirements change. We test against beta OS releases before they go public so compatibility issues are caught early, not after your users report them.
What should I look for in a mobile app development company?
Look for App Store submission experience — agencies that have navigated rejections know what to avoid. Verify UX design for mobile patterns — not scaled-down web UI. Confirm cross-platform expertise so you get an honest platform recommendation. Check backend API capability since most apps need a custom backend. Ask about post-launch update cadence — mobile apps require ongoing OS compatibility work after each major iOS and Android release. Origin Softwares meets all of these criteria with 20+ apps shipped, a dedicated design team, full backend capability, and maintenance retainers that keep apps compatible as iOS and Android evolve. Our average store rating across the portfolio is 4.7 stars.
Related services
Custom Software
Mobile apps often need a custom API backend — we build both as one integrated system.
Web Development
A web platform and mobile app sharing the same backend — build once, extend to every platform.
UI/UX Design
Mobile UX is a distinct discipline — our designers know iOS and Android platform patterns intimately.
AI & Cloud Solutions
Backend services, push infrastructure, and on-device ML for apps that need intelligence built in.
IT Staffing
Augment your team with senior mobile engineers for build phases or ongoing maintenance.
Not sure where to start?
Tell us what your app needs to do and who it is for — we will recommend the right platform, give you a realistic build timeline, and tell you honestly if a simpler solution covers the requirement.
Get a free consultationSpecialisations
Dive deeper into specific areas of Mobile App Development.
Flutter App Development
One codebase. Two stores. Native performance.
iOS App Development
Native Swift. No compromises on the Apple experience.
Android App Development
Native Kotlin. Built for the world's largest mobile platform.
React Native App Development
JavaScript teams, native-quality mobile apps.
On-Demand App Development
The architecture behind apps that match, dispatch, and track in real time.
Enterprise Mobile App Development
B2B mobile apps built for IT policy, not just the App Store.
Mobile App MVP Development
Validate your idea with real users before you fund the full product.
Mobile App Modernization & Migration
Rebuild without starting over. Migrate without losing users.