Is React Native the right fit for your product?
When a mobile interface needs to serve both iOS and Android users, shared development is an option worth investigating. Reaching two stores is only part of the decision. The recurring user task, device dependencies, offline expectations and your team’s maintenance capacity belong in the same assessment. An account app that displays customer orders and a tool that continuously processes video might contain similar numbers of screens, yet have different engineering constraints. A short technical experiment should demonstrate the difficult dependency before it becomes a commitment in the main estimate. That makes the decision more useful than an assumed percentage saving.
React Native supports building native mobile interfaces through the React approach. Sharing code does not eliminate platform differences. Permission requests, keyboard behaviour, back navigation and accessibility still need independent checks. A specialised device SDK or intensive hardware feature can require native work. If the experiment suggests another architecture would better serve the product, the recommendation should explain that choice and its consequences for delivery.
Define the delivery scope beyond a list of screens
A focused MVP should complete one meaningful user task before accumulating partially finished features. In a booking product, that task could include signing in, finding an available slot and receiving confirmation. Cancellation, an unavailable slot, a connection error and a reminder are also part of the journey. Alongside the interface, identify the administration screen, content owner, API provider and source of each piece of data. Each requested feature needs a reason, a dependency and a way to demonstrate that it works. When the scope changes, the resulting cost and timing discussion can then refer to something concrete.
You do not need a finished technical specification for an initial conversation. Bring the names of your existing systems, an example journey and mandatory device features. The plan should separate work performed by Prix, your own team and external providers. App-store accounts, third-party licences and content preparation need explicit owners rather than being hidden inside a broad promise of end-to-end development.
Product journeys
The primary task, user roles, successful outcome and recovery states. An order screen needs empty, restricted-access and failed-loading states as well as its ideal layout.
Technical dependencies
API access, payment provider, notification service and device SDKs. Record the access owner, test environment and unresolved risk for every critical dependency.
Acceptance examples
Agree what will be demonstrated. A useful acceptance list identifies devices, sample data and expected behaviour that the business team can actually review.
FROM READING TO A NEXT STEP
Define the first release of your mobile product.
Share the user’s main task, your existing systems and mandatory device features. We can assess the approach and agree the initial delivery scope.
Treat APIs, identity and device capabilities as one system
Backend development is a responsibility separate from the mobile interface. When an existing API is available, review authentication, roles, pagination, validation and the error contract. Decide what remains visible when the phone loses its connection, which actions may wait, and how conflicting changes will be handled after reconnecting. Showing an outdated order status can affect operations as well as presentation. The target should therefore be a journey tested against realistic data sizes and failed requests, rather than a demonstration that only works with a small set of ideal records.
Camera, location and notification requests should explain their purpose when the relevant task needs them. If permission is refused, the remaining experience should still behave predictably. Define product measurement at the same stage: task completion, a failed step and return usage can inform improvements. Raw emails, phone numbers and message content should not be included in analytics events. Products handling sensitive information need a separate review of retention and access boundaries.
A test plan completed on real devices
A React Native performance review examines more than the opening animation. Long lists, a weak connection, limited memory, different display sizes and a return from the background all influence the experience. Identify a supported device and operating-system matrix for the first release. Interface checks, API behaviour and business acceptance should have separate review steps. A payment journey, for example, needs scenarios for repeated taps, leaving after a failed attempt and receiving a delayed confirmation. These checks expose ambiguity that ordinary happy-path screenshots cannot reveal.
Every finding should identify its severity, reproduction steps and resolution status. Separate release-blocking failures from improvements that can reasonably wait. Preparing test accounts and sample data helps the business team review the product consistently. Automated checks can cover suitable areas, but they do not remove the need to verify important journeys on physical devices before a store submission.
Journey review
Follow the task from entry to outcome. Error messages, recovery paths and retries are part of acceptance, not separate details left until after release.
Device review
Compare touch behaviour, keyboard handling, permissions and screen-reader use on the priority iOS and Android devices.
Release review
Check production configuration, store descriptions and support links against the release candidate rather than an earlier development build.
App-store submission, ownership and handover
The store-release checklist should be prepared before engineering ends. Identify the owners of Apple and Google developer accounts, signing access, privacy explanations, the support address and store imagery. Prepare any test access needed by reviewers. Account verification and store-review timing are not deadlines the development team controls independently. That distinction belongs in both the proposal and the release plan. Submission support is a defined service; approval remains the platform’s decision, and any requested changes must be considered against the agreed scope.
A useful handover includes the source repository, environment setup, build configuration and known limitations. Credentials should be managed through a secure access process rather than written into project documentation or analytics. Another team being able to build the product later is an important acceptance condition. For that reason, handover should be developed throughout the engagement rather than reduced to a short explanation on the final day.
Separate the first-release budget from continuing maintenance
React Native development cost depends on scope, existing backend capability, device features and quality expectations. A single per-screen price cannot explain those differences. New APIs, data migration and custom native modules introduce distinct work items. A proposal should identify the first-release deliverables, inputs you need to provide and the method for assessing changes. A timeline becomes meaningful once access and prerequisites are checked. Compare the responsibilities missing from an offer as well as its initial price; a low starting figure can leave significant release work undefined.
After launch, operating-system changes, dependencies and user feedback need a maintenance plan. Fixing a defect, adding a feature and upgrading the framework are different activities. Support hours, priority levels and response expectations should be agreed in writing. Share the core user journey and target platforms in the first conversation so we can establish whether you need a new product, continued development or a separate assessment of an existing application.
BEFORE YOU DECIDE
Frequently asked questions
Does one codebase make everything identical on both platforms?
No. Business logic and many interface components may be shared, but iOS and Android permissions, navigation, store requirements and device capabilities still need separate evaluation. A reuse percentage is not a responsible commitment before the product and its dependencies have been examined.
Can an existing React website become the mobile app?
Existing business rules and APIs may be reusable, but a web screen is not automatically a mobile experience. Touch input, smaller displays, connectivity and device permissions need a fresh assessment. Initial discovery identifies which parts can be retained and which need redesign.
Is Expo required?
No. An Expo approach is evaluated against the current project and native dependencies. If an SDK or company build process has special requirements, a technical experiment can compare the options. The chosen approach should be explained alongside its delivery and maintenance implications.
Are the backend and administration interface included?
That depends on the agreed scope. Existing APIs require integration and change assessment; a new backend or administration interface needs its own deliverables. The proposal should identify who owns authentication, content, operational workflows and API implementation rather than treating them as assumed inclusions.
Can you guarantee App Store and Google Play approval?
Approval belongs to the platforms. We can define support for submission files, test access and required explanations. Account verification, policy requirements or review feedback may introduce additional work; the scope, timing and responsibility for that work need to be considered explicitly.
What do you need to prepare an estimate?
Share the main user task, target platforms, example screens or an existing product, and mandatory integrations. Include the status of technical access if you know it. Discovery can then document uncertainties, initial deliverables and the basis of an estimate before development starts.
LET’S DEFINE THE SCOPE
Define the first release of your mobile product.
Share the user’s main task, your existing systems and mandatory device features. We can assess the approach and agree the initial delivery scope.
Discuss my React Native project