Native iOS applications
- Swift & SwiftUI with platform-native feel
- HealthKit, Apple Pay & widget integrations
- App Store submission & review management
Mobile App Development Company for iOS, Android & Cross-Platform Apps.
- Native iOS, Android & cross-platform apps – senior mobile engineers, not template shops
- MVP to millions of sessions, with performance, accessibility & App Store compliance from sprint one
- Weekly TestFlight builds and engineers who’ve shipped top-chart apps before
- 100% Source Code & IP Ownership From Day One
- Senior-Led iOS, Android & Cross-Platform Engineers
- App Store Ready Built for Fast Review Approval & Scale
Trusted by ambitious teams
Built with teams that expect more.
A selection of organisations that have trusted Techora to design, build, and scale critical digital products.
Service breakdown
What we build under mobile app development.
Eight practice areas - each with defined deliverables, technology tags, and deep links where a dedicated spoke exists.
Native Android applications
- Kotlin & Jetpack Compose builds
- Material Design 3 & device fragmentation
- Play Store submission & staged rollouts
React Native & Flutter apps
- Shared codebase with platform-specific polish
- OTA updates & code-push workflows
- Native module bridges where performance matters
Consumer & lifestyle apps
- Onboarding, engagement & retention flows
- Push notifications & deep linking
- In-app purchases & subscription billing
Enterprise & field workforce apps
- Offline-first sync & conflict resolution
- MDM deployment & SSO integration
- Barcode scanning, GPS & camera capture
Banking & payments mobile
- KYC flows & biometric authentication
- PCI-aware payment integrations
- Real-time portfolios & transaction history
App redesigns & rewrites
- UX audit & performance profiling
- Controlled migration from legacy native code
- Crash rate reduction & store rating recovery
On-device & cloud AI features
- Voice, vision & NLP integrations
- On-device ML with Core ML & ML Kit
- Copilot & smart search in mobile UX
Technology stack
Mobile stacks your product lead can validate.
Tabbed by category - not a framework religion. We pick native vs. cross-platform based on UX requirements, timeline, and your team's skills.
Complimentary app scoping
Have a mobile app in mind? Let's scope it in a week.
A senior mobile engineer - not a salesperson - reviews your brief and returns a platform recommendation within one business day.
Industries served
Mobile apps we've shipped in your sector.
Sector-specific UX patterns and compliance contexts — not generic app templates. See all industries →
Engagement models
Three ways to engage for mobile apps.
Same senior mobile bar across every model — pick the shape that matches your product stage and internal capacity.
01
PREDICTABLE DEDICATED TEAM RETAINER
Dedicated Mobile Engineering Pods
Senior iOS, Android, and cross-platform engineers who embed directly into your workflow. Best for teams shipping continuous feature releases, maintaining apps at scale, or needing steady mobile capacity without a hiring cycle.
Deploy a dedicated pod →
02
SPRINT-BASED TIME & MATERIALS BILLING
Agile Mobile Capacity Scaling
Flexible access to specialized mobile architects and platform engineers for fluid scopes. Scale iOS and Android capacity up or down through fast-moving sprints tied strictly to your actual weekly requirements.
Estimate your project →
03
SCOPE-LOCKED FIXED-PRICE MILESTONE
Milestone-Guaranteed App Delivery
Perfect for launching a new MVP, shipping a cross-platform build, or executing a native rewrite. Delivers a fully tested, App Store-ready application within a fixed timeline and transparent milestone budget.
Estimate your project →
Case studies
Mobile apps we've shipped — with numbers.
Industry · Challenge · Solution · Outcome. Our Work →
School Transport · EdTech Mobility
Saarthi Bus Tracking: Modernizing Student Transport Logistics
Challenge : Managing student transport via paper records left operators blind to vehicle locations, causing constant parent anxiety calls and highly fragmented, un-auditable fee collections.
Outcome : The transport operator completely eliminated communication bottlenecks and office phone panics by providing real-time vehicle visibility.
Read Case Study →
FinTech · Embedded team
VaultPay - consumer banking with real-time portfolios
Challenge: Build a PCI-compliant banking app with real-time portfolio tracking — internal team lacked mobile and payments expertise.
Outcome: MVP to App Store in 12 weeks; 40k+ MAU; 99.9% API uptime.
Read Case Study →
FoodTech · Team embed
FeastBox - three-sided delivery platform
Challenge: Launch a multi-sided marketplace connecting restaurants, drivers, and customers - surge capacity for a 6-month build window.
Outcome: Live in 3 cities within 6 months; 12k+ monthly orders; 99.5% uptime.
Read Case Study →
Why Techora
Why us for mobile apps — specifically.
Not generic agency claims. Differentiators that matter when you're evaluating a mobile development partner.
Weekly installable builds
TestFlight and internal builds every sprint — not Figma prototypes. Stakeholders validate features on real devices before they hit the App Store.
Native & cross-platform depth
Swift, Kotlin, React Native, and Flutter — we recommend based on your UX requirements and timeline, not what our bench happens to know.
Mobile + backend in one pod
We build the app and the APIs it depends on — GraphQL, REST, Firebase, offline sync — so you're not coordinating between a mobile shop and a separate backend vendor.
ISO 27001 · SOC 2-aligned
Secure auth, encrypted storage, privacy manifests, and HIPAA/PCI patterns for regulated mobile apps — built in from sprint one, not bolted on before audit.
Delivery process
Seven phases from discovery to App Store.
A cadence built for mobile work — installable builds every week, no black-box sprints.
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Discovery & platform selection
Map users, platforms, integrations, and store requirements. Native vs. cross-platform recommendation with honest trade-offs. Exit with a scoped backlog and release plan.
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UX design & prototyping
User flows, design system, and clickable prototypes validated before build. Offline, auth, and navigation patterns established early so UI scales without rework.
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Architecture & API contracts
Mobile architecture, state management, sync strategy, and API contracts documented before sprint one. ADRs for every major technical decision.
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Iterative build
Two-week sprints with installable TestFlight and internal builds demoed every week. Your stakeholders test on real devices — not percentage-complete reports.
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QA & device testing
Automated tests, device matrix coverage, performance profiling, and accessibility review. Beta feedback incorporated before store submission.
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Store submission & launch
App Store and Play Store metadata, screenshots, privacy manifests, and review responses. Staged rollouts with crash monitoring from minute one.
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Iterate & grow
Ship updates from analytics, user feedback, and crash data. Optional retainer for ongoing feature work, performance tuning, and OS compatibility updates.
FAQ
Mobile app buying questions, answered.
Platforms, timelines, store submission, and ownership — the decision-stage questions your product team will ask.
Both. We build native iOS (Swift) and Android (Kotlin) apps when performance or platform-specific features demand it, and cross-platform apps (Flutter, React Native) when speed-to-market and shared codebase matter more. We’ll recommend the right fit after understanding your product, not default to whichever we prefer building.
A focused MVP typically takes 10-14 weeks. Apps with deeper backend integration, custom animations, or multi-role permissions usually run 16-24 weeks. You’ll see a working TestFlight or internal APK build every sprint, not just a final reveal.
Most MVPs range $25,000-$50,000 depending on platform count, backend complexity, and third-party integrations. We provide a line-item estimate after a scoping call, before any commitment.
You do – 100%. Repositories, App Store Connect/Google Play Console access, and design files are set up under your accounts from day one.
Compliance is built in from the first sprint, not checked at the end. We follow current App Store Review Guidelines and Google Play policies around privacy, permissions, and content – reducing rejection risk, though final approval is always at Apple’s and Google’s discretion.
Yes. We offer post-launch support covering OS updates, crash monitoring, performance patches, and new feature development, either on retainer or as needed.
Yes. We regularly integrate with existing backends, third-party APIs, and legacy systems, and can also build a new backend if your app needs one from scratch.
We load-test for real usage patterns, optimize for cold-start time and memory footprint, and architect data layers to handle growth from day one – so an app built for thousands of sessions doesn’t need a rewrite at millions.
That’s normal. Our discovery phase turns a rough idea into wireframes, a technical architecture, and a scoped roadmap before any code is written.
Yes. You can add senior mobile engineers, QA specialists, or backend support at any point without restarting the engagement – capacity flexes with your roadmap.
What is mobile application development?
Mobile application development is the process of designing, building, testing, and maintaining software built specifically to run on smartphones and tablets. Unlike a responsive website that adapts to a mobile browser, a true mobile app is compiled for a device’s operating system – giving it access to native hardware like the camera, GPS, biometric sensors, and push notifications.
A modern mobile engineering lifecycle covers UX research tailored to touch interaction patterns, backend and API architecture to support the app, automated testing across device and OS versions, and continuous delivery pipelines that push builds to TestFlight or internal testing tracks before public release. Done well, this ensures the app performs reliably across thousands of device and OS combinations, not just the one used during development.
Native vs. Cross-Platform: How to choose?
Selecting the right build approach depends on performance requirements, budget, target platforms, and how much of the experience depends on OS-specific features.
Native App Engineering (Swift / Kotlin):
Built separately for iOS and Android using each platform’s own language and SDK. Native apps deliver the best performance, the most reliable access to new OS features on release day, and the smoothest adherence to each platform’s design conventions. They typically require a larger budget and two separate codebases to maintain.
Cross-Platform Development (Flutter / React Native):
Built once and deployed to both iOS and Android from a shared codebase. Cross-platform apps reduce development time and cost significantly, and modern frameworks now deliver near-native performance for most use cases. They’re the stronger choice when speed-to-market and budget efficiency outweigh the need for deep, platform-specific integrations.
The right answer usually comes down to one question: does the app need to do something that depends heavily on OS-specific hardware or APIs (health data, AR, complex background processing)? If yes, native is often worth the investment. If the app is primarily UI- and data-driven, cross-platform typically gets you to market faster at a fraction of the cost.
What defines enterprise mobile app development?
Enterprise mobile applications go beyond a typical consumer app -Which technologies are best for mobile app development? they need to support large user bases, integrate with existing internal systems (ERPs, CRMs, legacy databases), and meet stricter security and compliance requirements. This includes single sign-on (SSO), role-based access control, offline-first data sync, and mobile device management (MDM) compatibility for company-issued devices.
Enterprise builds also require more rigorous QA, since a crash or data-sync failure affects internal operations, not just user experience. Load testing for thousands of concurrent internal users, audit logging, and phased rollout strategies (beta groups before company-wide release) are standard practice at this tier.
Which technologies are best for mobile app development?
Technology choice depends on the app’s requirements, but a few stacks dominate production mobile development today:
For native builds: Swift (iOS) and Kotlin (Android) remain the standard, offering the deepest platform integration and long-term Apple/Google support. For cross-platform builds: Flutter and React Native are the leading frameworks, each backed by large ecosystems and used in production by companies shipping to hundreds of millions of users.
Backend architecture typically pairs a mobile app with a cloud-native API layer (Node.js, Python, or Go), a scalable database (PostgreSQL, Firebase, or MongoDB depending on data structure), and push notification infrastructure (Firebase Cloud Messaging, Apple Push Notification service). CI/CD tools like Fastlane and GitHub Actions automate build, test, and App Store/Play Store submission steps.
How to evaluate a mobile app development company?
Look past the portfolio screenshots and evaluate on a few concrete criteria: Have they shipped apps that survived contact with real user volume – not just a demo build? Do they give a platform recommendation (native vs. cross-platform) based on your product, or do they default to whatever they’re most comfortable building? Will you own 100% of the source code, design files, and App Store/Play Console accounts, or does the agency retain any control?
Also check their post-launch process. App Store and Google Play policies change frequently, OS updates can break existing functionality, and a partner who disappears after launch leaves you exposed. Ask specifically how they handle maintenance, crash monitoring, and OS-version compatibility once the app is live – that answer tells you more about the partnership than any case study will.
Start your app
Tell us what you're trying to build.
Share your app idea and target platforms - a senior mobile engineer replies within one business day. No sales handoff, no pitch deck.