iOS, Android and web experiences
Choose the mobile architecture based on real use cases
PartITech designs mobile applications and multiplatform experiences starting from the product: context of use, terminal functions, connection quality, frequency of evolution and store requirements.
Native, React Native, Flutter, PWA or web container: no approach is universally superior. We compare the options according to their consequences on experience, teams, dependencies and maintenance.
- Product first
- Technology tracks uses and risks
- Two ecosystems
- iOS and Android tested under their real constraints
- Complete cycle
- Design, blinds, supervision and developments
Explicit arbitration
Native, cross-platform or web?
The right choice depends on hardware features, trim level, available skills, code sharing, and delivery pace.
Native iOS
Swift and Apple SDKs for deep integration, a very specific experience and direct access to new features of the platform.
Native Android
Kotlin and Android SDKs when ecosystem, hardware or runtime constraints are central.
React Native
Native components driven with React to share a significant part of the product while retaining native extensions.
Flutter
A consistent multiplatform interface and a shared base, with attention to the conventions specific to each system.
PWA
An installable experience from the web where direct distribution and browser reach take precedence over advanced native features.
Web with Capacitor
A native container and plugins to enhance an existing web base when the expected level of integration allows it.
Decide with criteria
Code sharing is only part of the equation
Cross-platform technology reduces some duplication, but it does not eliminate usage differences, device testing, or integration work with native services.
Proportionate architecture
Compare before building
We produce a decision matrix that compares critical paths, native functions, performance, offline, skills and the total cost of evolution.
View the React Native documentation- Experience and conventions specific to iOS and Android.
- Camera, geolocation, notifications, biometrics or Bluetooth.
- Offline mode, synchronization and data conflicts.
- Version frequency and dependencies on third-party SDKs.
- Accessibility, security and observability in production.
Maximum integration
Native
Preferred for strong platform, material or finish requirements.
Shared product
React Native / Flutter
A common base with explicit arbitrations for each native functionality.
Universal reach
Web / PWA
Immediate access by URL and simplified distribution when the browser is sufficient.
Web continuity
Capacitor
A hybrid path to expose a web product in mobile ecosystems.
Beyond the screen
An application evolves with the platforms
Stores, systems and SDKs are continuously evolving
Publishing requires certificates, profiles, store listings, privacy statements, and compliance with Apple and Google policies. These elements must be held and documented by the organization.
After launch, iOS, Android and SDK versions require regular checks. We plan for this maintenance from the architecture.
- Accounts and certificates held by the customer
- Test environments and internal distribution
- Secret management and remote configuration
- Error tracking and performance
- Compatibility of target devices and systems
- SDK Maintenance Schedule
Flutter publishes an official matrix of supported platforms. Capacitor documents access to native APIs from a web base: Flutter platforms and Capacitor documentation.
A complete product
What we address from the design stage
API and synchronization
Contracts, local cache, error recovery, conflicts and behavior in degraded connections.
Identity and security
Authentication, secure storage, biometrics, sensitive data and exchange protection.
Device capabilities
Notifications, camera, files, location, sensors and background tasks depending on system constraints.
Accessibility
Screen readers, text sizes, focus, contrast and touch targets tested on each platform.
Quality
Unit testing, integration, interfaces and critical journeys on representative devices.
Responsible analytics
Errors, performance and useful uses, with limited collection and consent where necessary.
From use to blind
Our mobile development method
We validate product and platform risks before initiating industrialization.
Discovery
Audiences, contexts of use, journeys, devices, data and objectives.
Decision matrix
Comparison of native, cross-platform and web according to product criteria.
Risk prototype
Validation of native functions, offline or sensitive performance.
Architecture
Navigation, states, local data, API, security and observability.
Iterative development
Testable versions, reviews, automation and regular user feedback.
Device tests
Systems, sizes, permissions, interruption, degraded network and accessibility.
Store preparation
Signatures, files, confidentiality, recipe builds and publication procedure.
Launch and follow-up
Gradual deployment, monitoring, fixes and plan for subsequent releases.
A transferable application
What we deliver
- Choice matrix and documented architecture
- Design of routes and mobile components
- iOS, Android or shared source code
- Automated tests and acceptance scenarios
- CI configuration and reproducible builds
- Signature and publication procedure
- API documentation and dependencies
- Maintenance and compatibility plan
PartITech expertise
Choose a sustainable mobile trajectory
We can frame your product, prototype a risk or take charge of its complete realization, up to publication and monitoring in production.