What is native application development?
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Native application development means building an app in the platform's own languages and tools: Swift or Objective-C with Xcode for iOS, Kotlin or Java with the Android SDK for Android. You get direct OS APIs and platform-correct UI. The trade-off is two codebases when you need both stores, which is why this page focuses on when that cost is justified.
What are native Android apps?
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Native Android apps are built with Kotlin or Java against the Android SDK and Jetpack libraries. They are not React Native or Flutter shells. They can use Material Design patterns, Play Console release paths, and Android-only APIs without a bridge layer. See our
Android app development
page for platform depth.
How to build a native Android app?
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Define product requirements and whether iOS ships in the same window. Design Material-correct UX, implement in Kotlin (or Java for inherited modules), integrate device APIs, run device-matrix QA, then release through Play Console. If both stores are required and the scorecard is full, plan a paired Swift track as well. A Native Fit Assessment maps that path before either repository opens.
Is native more expensive than cross-platform or hybrid?
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Usually yes. Two codebases mean more engineering hours, two QA surfaces, and two store release trains. The gap shrinks if you only ship one platform first. Cross-platform and hybrid share UI and business logic; native pays twice for features that look the same on both stores. Use the
90-second estimator
for a ballpark, then a Native Fit Assessment for a written range tied to your backlog.
How long does native development take?
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Timeline tracks feature complexity and whether both stores ship together. Dual-store native almost always takes longer than a single shared codebase for the same feature set because design, build, and QA run on two tracks. We do not publish a fixed average; the assessment ties schedule to your backlog and to whether you can sequence one store ahead of the other.
Do two codebases mean two teams?
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You need Swift ownership and Kotlin ownership. That can be two squads or one delivery organisation with specialised engineers. Product, design intent, and API contracts should stay shared so the apps do not diverge into two products by accident. Without a single product lead, dual native becomes two side projects that share a brand name.
What is the maintenance burden after launch?
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Higher than a shared stack. Each OS upgrade can touch both repositories. Store policy changes land twice. Feature parity requires coordinated releases. Plan for ongoing native capacity; otherwise one platform falls behind within a release cycle or two and users treat the lagging store as abandoned.
When is native overkill?
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When your scorecard is mostly empty: standard catalogue, booking, content, or commerce flows; no hard performance floor; no deep hardware APIs; and budget or headcount cannot carry two trains. In those cases start with
hybrid app development
and revisit native only if production evidence proves the shared stack is the bottleneck.
Can we start native on one platform and add the other later?
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Yes. Sequence iOS or Android first when demand is platform-skewed or when budget cannot fund both trains on day one. Keep API contracts and design tokens clean so the second native app is not a rewrite of the backend. Sequencing is still native; it is just honest about capacity.
How is this different from hybrid or cross-platform pages?
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This page asks when two native codebases repay the cost.
Hybrid
asks whether a single codebase fits at all.
Cross-platform
asks which shared stack to use once that answer is yes. The three pages are a decision cluster, not three pitches for the same engagement.
Do you build both iOS and Android in-house?
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Yes. Platform depth lives on our
iOS app development
and
Android app development
pages. Native programmes use both under one delivery lead so release calendars and product intent stay coordinated.
