Mobile App Development Company in India
Cross-platform iOS and Android apps built for native-feeling performance — one codebase, not two teams duplicating work.
One Codebase, Native Performance on Both Platforms
Cross-platform frameworks earned a bad reputation years ago for feeling sluggish next to native apps. That gap has mostly closed with React Native and Flutter, provided the team writing it understands where native performance actually matters — list scrolling, animations, camera and biometric access — and where it doesn’t.
We pick React Native or Flutter per project based on your team’s existing stack and the app’s complexity, not on a one-size-fits-all house preference. Both get you to the App Store and Play Store from a single codebase, with offline data sync, push notifications, and biometric auth built in from the start rather than bolted on before launch.
What We Build
One codebase, two platforms
React Native or Flutter ships iOS and Android together, so you’re not funding two parallel builds.
Offline-first data sync
Apps are built to work on a flaky connection, then sync cleanly when it returns — not to assume a perfect network.
App Store & Play Store submission handled
We manage the submission and review process, including the parts that trip up first-time submitters.
Push notifications & deep linking
Wired in from the start, not added as an afterthought once marketing asks for it.
Technology Stack
Our Process
We decide React Native vs. Flutter based on your team and app complexity, and lock the MVP feature set.
UI is built against real navigation flows, not isolated screens that don’t connect.
Tested across real device sizes and OS versions, not just a simulator.
We handle App Store and Play Store review requirements so the app doesn’t bounce back on a technicality.
Pricing Approach
Mobile apps cost more than a comparable web app because of platform testing and store submission overhead. We scope a fixed-price MVP where possible; larger apps with ongoing feature work run on a dedicated-team or time & material model instead.