React Native product engineering
Scallar builds React Native products when a shared JavaScript or TypeScript approach fits the workflow, required native capabilities, team skills, testing model, and long-term maintenance plan.
Shared TypeScript capability
Native module boundaries
Performance-sensitive journeys
Two-platform QA and releases
What the engagement covers
Shared product logic with platform-specific decisions kept visible. The proposal names assumptions, exclusions, responsibilities, and acceptance evidence so the product can be evaluated beyond a screen count.
Define where React Native helps and where platform code or separate experiences remain necessary.
Connect a coherent mobile interface to stable services and operational controls.
Plan for framework, package, OS, and store changes from the first production release.
A reviewable delivery path
Each stage resolves a different source of uncertainty. Decisions, not activity, move the project forward.
Confirm shared journeys, platform differences, APIs, device functions, and release constraints.
Prototype high-risk SDKs, performance paths, background behavior, or complex integrations.
Deliver complete journeys across interface, API, analytics, and failure states.
Complete platform QA, store builds, documentation, package inventory, and maintenance planning.
Scope before estimate
React Native does not remove Apple and Android platform work. Store releases, native SDKs, permissions, background behavior, accessibility, and device testing still need owners and acceptance criteria.
Useful outputs
Shared modules, native dependencies, data flows, analytics, release assumptions, and replacement risks.
Tested React Native interface, API layer, analytics, native integrations, and store-ready builds.
Dependency inventory, build instructions, account ownership, monitoring, and future upgrade responsibilities.
Connected authority
Use these pages to compare scope, platform, QA, cost, and long-term ownership before requesting a proposal.
Questions before scoping
It can be, provided identity, permissions, device management, integrations, offline behavior, security review, testing, and internal ownership are scoped explicitly.
Yes, through maintained packages or custom native modules. The scope should identify each dependency and who owns updates when Android or iOS changes.
No. React Native renders native mobile interfaces and can use device APIs. It shares concepts with React, but mobile navigation, permissions, builds, stores, and native integrations require separate work.
Business logic and team knowledge may be reusable, but web components generally do not transfer directly. Mobile journeys, navigation, interaction, storage, permissions, and testing need product-specific work.
Testing should include shared logic, native integrations, target devices, OS versions, permissions, networks, API failures, accessibility, analytics, and both store builds.
Scope depends on workflows, platform differences, native modules, backend, integrations, design, testing, release operations, and maintenance responsibilities.
A practical next step