Mobile App Development
Deploy high-octane native and cross-platform applications. We utilize React Native and cloud backends to deliver cinematic mobile experiences.
React Native Architecture
A single, high-performance codebase expertly engineered to run flawlessly on both iOS and Android platforms simultaneously.
Cloud Integration
Real-time database sync, scalable authentication, and push notifications powered by robust cloud architecture.
Cinematic UI Design
Deep 3D aesthetics, spectacular view easing, and premium component design that keeps users engaged.
Engineering Plans
UI/UX Prototype
₹14,999 / $180High-fidelity, interactive front-end design mockups and workflow prototyping.
MVP Launch
₹49,999 / $600Minimum Viable Product development with core features, authentication, and database connection.
Full Scale Application
₹89,999+ / $1000+Complete production-ready build, premium animations, and dual App Store / Play Store deployment.
Enterprise Mobile Architecture
Building a successful mobile application requires more than just beautiful frontend design. Layerbit engineers scalable, cross-platform mobile ecosystems using React Native. By leveraging native module bridging and advanced state management tools like Redux, we ensure your app performs with the speed and fluidity of a fully native build while cutting development time in half.
Mobile E-Commerce
Boost your conversion rates with a lightning-fast native checkout experience, rich product carousels, and targeted push notifications that re-engage users directly on their home screens.
Internal Enterprise Tools
Empower your field agents or sales teams with secure, on-the-go CRM access, real-time inventory barcode scanning, and dynamic reporting dashboards directly from their company devices.
SaaS Companion Apps
Extend the reach of your existing web-based software platform by offering a streamlined, mobile-optimized companion app for your users to access critical features anywhere in the world.
Engineering FAQ
React Native allows our engineers to write a single, unified codebase that compiles natively to both Apple iOS and Google Android. This drastically reduces development costs, ensures feature parity across both platforms, and makes long-term maintenance and future updates significantly faster than managing two separate code repositories.
Absolutely. Navigating Apple's App Store Connect and the Google Play Console can be complex. Our Full Scale deployment plan includes generating the required provisioning profiles, handling privacy policy compliance, optimizing store listing assets, and managing the official submission and review process on your behalf.
Yes. We can architect your application with robust offline-first capabilities. By utilizing local on-device storage databases (like SQLite or AsyncStorage), users can continue to interact with the app without internet access. The application will then automatically sync cached data with your cloud server once a network connection is re-established.
The choice that shapes everything else
Native or cross-platform is the first real decision, and it is less about performance than people assume. Modern cross-platform frameworks are fast enough for the large majority of applications; the differences that actually bite are elsewhere.
- Cross-platform (Flutter, React Native) suits most business applications: one codebase, one team, consistent behaviour, roughly half the maintenance. The cost is a dependency on the framework's release cycle and occasional native work when you need a capability the bridge does not expose well.
- Native (Swift, Kotlin) earns its cost when the app lives or dies on platform integration — background processing, complex camera or sensor work, widgets and watch apps, tight accessibility requirements, or interface conventions that must feel exactly right on each platform.
We will give you a straight recommendation rather than defaulting to whatever we prefer, and the reasoning will be about your specific requirements. If your app is primarily forms, lists and API calls, native is usually paying twice for the same result.
Offline is a design decision
Mobile networks fail in lifts, basements and on aircraft. Deciding early whether the app must work offline changes the architecture fundamentally — a local database with sync and conflict resolution is a different application from one that assumes connectivity, and retrofitting it is close to a rewrite.
Store review is a dependency
Both stores review submissions, and rejections cost days. Common causes are avoidable: missing privacy disclosures, account creation without a deletion path, payment flows that bypass in-app purchase, or permission requests with no stated justification. Plan the first submission well before the launch date.
Users do not update
A meaningful share of your users will run a version six months old indefinitely. Your API must stay compatible with old clients, or the app needs a forced-update mechanism built in from version one. This is the most commonly overlooked constraint in mobile work.
Push is more involved than it looks
Certificates, token lifecycle, per-platform delivery semantics, permission prompts users decline permanently, and the difference between a notification that arrives and one the operating system decides to batch. Budget real time for it rather than treating it as a checkbox.
Battery and data
An app that polls aggressively or holds a wake lock gets uninstalled, and users rarely explain why. Background work needs to be batched, deferred and respectful of the platform's own scheduling — both operating systems actively fight applications that are not.
Real devices, not just simulators
Simulators do not reproduce thermal throttling, real network variability, low-memory termination, or the behaviour of a three-year-old mid-range Android handset. That last device is what much of your audience is actually using.
Mobile security specifics
The threat model differs from web work in ways worth stating: anything shipped in the binary is public. API keys, endpoints and business logic can be extracted from a downloaded app, so a secret embedded in the client is not a secret. Sensitive values belong in the platform keychain or keystore, not in local storage or preferences. Certificate pinning raises the cost of traffic interception on a compromised device. And the server must enforce every rule independently, because a modified client can send anything it likes.
What we will ask
Which platforms, and whether both are needed at launch; whether the app must function offline; what it integrates with, and whether those APIs exist yet; whether you need push, payments, camera, location or background processing; who owns the store accounts and the eventual releases; and what the app must do in its very first version as opposed to eventually. That last question saves the most money, because the shortest credible first release is almost always shorter than the one initially described.
Our Deployment Methodology
- Phase 1 Discovery & Wireframing: We define user journeys and create high-fidelity UI/UX mockups, ensuring the application flow is intuitive before a single line of code is written.
- Phase 2 Core Architecture: We set up the React Native foundation, configure navigation routing, and connect the mobile frontend to secure cloud APIs and authentication providers.
- Phase 3 TestFlight & Beta: We deploy functional builds to Apple TestFlight and Google Play Internal Testing, allowing your team to test the application live on actual hardware.
- Phase 4 Store Launch: After finalizing optimizations and QA testing, we manage the rigorous App Store and Play Store review pipelines to successfully launch your app to the public.