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Use native development when platform needs lead the product.
Assess whether the device capabilities and interface requirements justify separate native applications. Keep shared backend behavior and platform-specific responsibilities clear.
★★★★★5.0· 57 client reviews
Overview
Native Mobile Development, explained
Native mobile development builds separate apps for iOS and Android using each platform’s own languages and tools. It provides the best performance, the latest platform features and the deepest hardware integration.
We recommend native development when apps rely heavily on device capabilities, demand smooth graphics or must adopt new platform features immediately. Our teams build iOS apps in Swift and Android apps in Kotlin with shared backend services and consistent design.
Before you build
Decisions worth settling first
Settling these points early keeps scope realistic and makes the estimate meaningful.
01
Performance needs
Identify graphics, real-time or heavy processing requirements.
02
Device features
List hardware and OS features needed.
03
Platform parity
Decide whether both apps launch together.
04
Team
Plan iOS and Android engineers and shared backend.
05
Design
Balance platform conventions with brand consistency.
06
Maintenance
Plan updates for annual OS releases.
Services
What our native mobile development services include
Native iOS development
Swift and SwiftUI apps.
Native Android development
Kotlin and Jetpack Compose apps.
Hardware integration
Bluetooth, sensors, NFC, camera and AR.
Wearables
Apple Watch and Wear OS companions.
Shared backend
APIs and services used by both apps.
Native modernisation
Updating older native apps to current standards.
How it is built
The layers behind a dependable result
Every layer has an owner, tests and documentation, so the system can be supported after launch.
01
iOS app
Swift codebase with Apple frameworks.
02
Android app
Kotlin codebase with Android libraries.
03
Shared services
Backend, authentication and notifications.
04
Release
Separate store pipelines with coordinated releases.
Use cases
Where it helps
IoT and devices
Apps connecting to hardware over Bluetooth.
Media and camera
Advanced camera and video features.
Health
Sensor data and wearable integration.
Mobility
Real-time location and maps.
Finance
Secure apps with biometric authentication.
Gaming-like experiences
Rich animations and graphics.
Illustrative use case
A device-connected experience can use native capabilities while maintaining consistent backend data flows.
Why PoliteTech
Why teams choose PoliteTech
Scope before commitment
Priorities, assumptions and acceptance criteria are agreed in writing before a delivery plan is fixed.
Engineers who build
Recommendations come from the people who design, code and support the software, so they reflect real implementation effort.
Visible progress
A shared backlog, regular demos and recorded decisions keep you informed without chasing updates.
Practical AI
Evaluation sets, review steps, cost limits and monitoring are part of every AI feature we ship.
Flexible engagement
Start with a scoped project, a dedicated team or support, and change the model as your roadmap evolves.
Clear ownership
Repositories and accounts can live in your organisation, with IP and confidentiality terms agreed in the contract.
Industries
Where this work fits
Retail and Ecommerce
Build web and mobile journeys around product discovery, ordering and customer service.
Financial Software
Support reporting, document processing and internal operations through defined application workflows.
Logistics Software
Connect planning, task assignment and operational updates in one workflow.
Education and Elearning
Create platforms for content, activities and progress tracking.
Fitness and Wellness Apps
Support tracking, coaching content and user engagement around a clear product goal.
Manufacturing Software
Replace fragmented tracking with workflows for quotations, work status and supporting documents.
Real Estate Applications
Create listing, enquiry and internal coordination tools around your business process.
Business Operations
Build task, approval and reporting tools around the way your team works.
Process
A practical path from requirements to release.
Each stage ends with something you can review: a scope, a prototype, a working increment or a release.
01
Understand
Discuss your users, business needs, existing systems and delivery constraints.
02
Define
Agree scope, technical approach, responsibilities and a delivery plan.
03
Design and build
Develop in manageable increments with visible progress and review points.
04
Test and release
Validate agreed workflows, resolve release blockers and prepare deployment.
05
Support and improve
Document the handover, review production feedback and plan the next priorities.
Technology
Tools and platforms we work with
SwiftSwiftUIKotlinJetpack ComposeCore BluetoothARKitARCoreCore MLFirebaseXcodeAndroid StudioFastlane
Cost
What shapes the cost of your project?
There is no useful price without scope. These are the factors we review when preparing an estimate, and the estimate lists every assumption so you can see what would change it.
01
Platforms
Web, iOS, Android or all three, and whether apps are native or cross-platform.
02
Features and roles
The number of user journeys, roles and business rules in the first release.
03
Integrations
Payments, maps, CRMs, ERPs and third-party APIs each add scope.
04
Design depth
From using a component library to a fully custom design system.
05
Data migration
Moving and validating data from existing systems.
06
Non-functional needs
Performance, security, availability and compliance requirements.
Engagement models
Choose the engagement that fits your next step.
Dedicated Team
For a changing roadmap or ongoing development. Agree roles and working process, then manage priorities through a shared backlog.
Best for team extension and long-term product work.
Scoped Project
For a defined product or milestone. Align on requirements, deliverables and acceptance criteria, with changes reviewed before they affect the plan.
Best for MVPs, integrations and focused releases.
Maintenance and Improvement
For software that already exists. Start with a technical review, then agree support routines and planned improvements.
Best for live applications and modernisation.
FAQ
Questions about native mobile development
When is native better than cross-platform?
When performance, hardware integration or immediate access to new OS features are critical.
Is native more expensive?
Usually, because two codebases are maintained. Shared backend and design reduce duplication.
Can we start cross-platform and go native later?
Yes, and some apps mix native modules with cross-platform code.
Do both apps release at the same time?
We can coordinate releases or stagger them based on priorities.
Do you build wearable apps?
Yes, for Apple Watch and Wear OS.
How do you keep both apps consistent?
Shared design system, API contracts and coordinated testing.
Can we begin with a focused scope?
Yes. We can review your current situation and agree a bounded first engagement before a wider build.
How are pricing and timelines determined?
We review requirements, technical complexity, team needs and delivery constraints before proposing an engagement. Estimates list assumptions and what may change the plan.
Can we discuss a project under an NDA?
Yes. Let us know before sharing confidential materials so we can agree confidentiality terms first.
Discuss your native mobile development needs
Share your goals, current situation and the help you need. We will review your message and suggest a practical next step.