App Development / Focused Capability

Flutter & React Native / One Codebase Dual Platform

Best Cross-Platform App Development Service in Bangladesh

Reach Android & iOS With One Smart Development Approach. Framecipher builds cross-platform apps with Flutter and React Native for startups, growing businesses, and established companies that need reliable Android and iOS applications without managing two completely separate development efforts. We share code where it makes sense, use native modules where the platform requires them, and handle strategy, UI/UX, development, testing, and dual-store deployment through one in-house team.

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Flutter & React Native

Single-codebase cross-platform mobile engineering with zero performance compromises

Shared Logic & Native Modules

Shared business workflows coupled with native Kotlin and Swift bridges where needed

Dual Store Deployment

Synchronized publishing to both Apple App Store and Google Play Store ecosystems

Lifecycle SLA Maintenance

Continuous framework updates, OS compatibility patching, and real-device QA

End-To-End Delivery

Our Cross-Platform App Development Services

We build cross-platform applications around your product goals, users, integrations, and long-term roadmap.

Service 01

Framework Strategy & Architecture

Before development starts, we assess your requirements and decide whether Flutter, React Native, native development, or a hybrid approach fits the product. We map shared business logic, platform-specific functionality, API needs, state management, data flow, and scalability requirements before coding begins.

Service 02

UI/UX Design for Both Platforms

We design a consistent product experience while respecting the conventions users expect on Android and iOS. That includes user flows, adaptive layouts, platform-aware navigation, interaction states, prototypes, and interface systems that work across supported devices.

Service 03

Cross-Platform Development - Flutter / React Native

We build the shared application layer with Flutter or React Native based on the needs of your project. Common business logic, application workflows, API communication, and reusable components can be shared, while platform-specific features can be handled through native modules.

Service 04

Testing, Deployment & Dual Store Launch

We test Android and iOS independently instead of assuming one working build guarantees the other will behave the same way. The release process can include real-device testing, regression checks, TestFlight, Google Play testing, App Store Connect, Play Console, and production deployment.

Service 05

Ongoing Support & Maintenance

After launch, we can continue supporting the application through bug fixes, framework updates, operating-system compatibility work, performance improvements, and new feature development.

Targeted Solutions

Cross-Platform Apps We Build

We develop cross-platform apps for customer-facing products, internal business systems, marketplaces, and connected digital services.

Solution 01

E-commerce & Retail Apps

Build mobile shopping experiences with product discovery, search, customer accounts, carts, checkout, payments, order tracking, and notifications.

Solution 02

Delivery & Logistics Apps

Connect customers, drivers, delivery teams, and operations through ordering, location tracking, route-related workflows, status updates, and notifications.

Solution 03

Booking & Service Apps

Manage appointments, reservations, scheduling, availability, service requests, reminders, and customer communication from mobile devices.

Solution 04

Marketplace & On-Demand Apps

Support customers, vendors, providers, and partners with profiles, listings, search, messaging, transactions, reviews, and service workflows.

Solution 05

Business & Internal Apps

Create staff, field-force, dealer, vendor, CRM, reporting, approval, and operational applications around your existing business processes.

Solution 06

FinTech & Payment Apps

Build transaction-focused experiences with authentication, account workflows, payment integrations, notifications, and financial data flows based on your product requirements.

Solution 07

Healthcare & Education Apps

Develop patient, wellness, learning, student, content, scheduling, tracking, and communication experiences for supported business models.

Solution 08

SaaS & Product Apps

Extend an existing SaaS platform, website, or digital service into a dedicated mobile experience connected to your existing backend and user accounts.

Unified Advantage

Why Choose Cross-Platform App Development?

Cross-platform development works well when your Android and iOS products share substantial functionality and you want a coordinated approach to development and maintenance.

Factor 01

Reach Android & iOS From One Product Build

A shared codebase can allow common business logic and application features to be developed once and delivered across both platforms.

Factor 02

Faster Product Iteration

When a large portion of the application is shared, teams can coordinate feature development and updates across Android and iOS without duplicating every implementation.

Factor 03

Lower Duplicate Development Effort

Shared code can reduce repeated work across business logic, API integration, validation, and other common application components.

Factor 04

Consistent Product Experience

A shared foundation can help keep important business rules and core workflows aligned between Android and iOS.

Factor 05

Easier MVP Validation

For startups and growing businesses, launching on both platforms from a shared development approach can provide a practical way to validate the product with both audiences.

When Cross-Platform May Not Be the Right Fit

Cross-platform is not automatically the right choice for every product. Apps that rely heavily on specialized hardware, advanced graphics, deeply platform-specific behavior, or highly customized native experiences may benefit more from native development. The right decision depends on the product, not the framework.

Architecture Comparison

Cross-Platform vs Native App Development

The right development model depends on your feature set, platform requirements, budget, timeline, and long-term roadmap.

Factor	Cross-Platform	Native
Code sharing	High for suitable application logic	Separate platform codebases
Android + iOS	One coordinated development approach	Separate implementations
Development effort	Can reduce duplicated work	More platform-specific work
Platform-specific features	Supported with plugins or native modules	Direct native access
UI approach	Shared foundation with platform-aware adjustments	Fully platform-specific
Maintenance	Common code may simplify updates	Separate platform maintenance
Best fit	Products with substantial shared logic	Products needing deeper platform specialization

When Cross-Platform Makes Sense

Cross-platform is often a practical fit when you need both Android and iOS, share substantial business logic, have a controlled feature set, and want a coordinated development approach.

When Native Development Makes More Sense

Native development can be more suitable when your application depends heavily on platform-specific APIs, specialized hardware, advanced graphics, or highly customized platform behavior.

Cost, Timeline & Maintenance

Cross-platform development can reduce duplicated implementation when large parts of the application can be shared. However, total cost still depends on architecture, native modules, backend systems, design complexity, integrations, testing, and ongoing support.

Performance & Platform-Specific Features

Cross-platform applications can provide strong performance for many business and consumer products. Performance-sensitive or deeply platform-specific features may still require native code to deliver the right result.

Hybrid Development: Shared + Native

A hybrid approach can use shared cross-platform code for the majority of the application while implementing selected features with native iOS or Android technologies.

How We Choose the Right Approach

We review your target users, features, integrations, device requirements, roadmap, timeline, and budget before recommending a development approach.

Framework Evaluation

Flutter vs React Native: Which Should You Choose?

Flutter and React Native can both support serious Android and iOS applications. The right choice depends on your product and technical context.

Flutter App Development

Flutter can be a strong fit for products that need a highly controlled interface, reusable components, and a consistent cross-platform visual system. It can work particularly well when the application has substantial custom UI requirements and the project is being designed around a fresh cross-platform architecture.

React Native App Development

React Native can be a strong fit for products that benefit from the JavaScript or TypeScript ecosystem, existing React knowledge, or an established React-based technology environment. It can also be practical when a product or internal team already works heavily with the broader React ecosystem.

Factor	Flutter	React Native
Primary language	Dart	JavaScript / TypeScript
UI approach	Flutter widgets and rendering	React-based development with platform integration
Visual control	Strong	Strong with platform-aware implementation
Existing React ecosystem	Limited relevance	Major advantage
Native integration	Native platform integration available	Native modules and platform integration available
Strong fit	Custom interfaces and controlled cross-platform experiences	Products aligned with React or JavaScript/TypeScript

Which Framework Fits Your Product? The decision depends on your UI requirements, existing systems, development team, integrations, performance needs, and future product direction.

What We Recommend Based on Your Requirements: We do not force every client into the same framework. We recommend Flutter, React Native, native development, or a hybrid model based on what your application actually needs.

Capabilities & APIs

Cross-Platform App Features & Integrations

We build the application around the workflows, users, and integrations required by your business.

Module 01

User Accounts & Authentication

Support email and phone login, social sign-in, secure sessions, biometrics, account recovery, and role-based access.

Module 02

User Roles & Permissions

Create different experiences for customers, employees, vendors, drivers, providers, managers, administrators, and other user types.

Module 03

Payments & Transactions

Integrate supported payment gateways, subscriptions, checkout workflows, transaction records, and payment-related application logic.

Module 04

Push Notifications

Configure push notifications for both Android and iOS using the appropriate platform services and event flows.

Module 05

GPS, Maps & Location

Build location-aware experiences for delivery, booking, field operations, route tracking, nearby services, and other location-based products.

Module 06

Camera & Media

Support camera access, image uploads, document capture, media selection, and other device-based content workflows.

Module 07

Chat & Real-Time Features

Build messaging, live status updates, real-time notifications, and other connected functionality where the application requires it.

Module 08

Analytics & Crash Monitoring

Connect analytics and crash-monitoring tools to understand application behavior and identify issues after release.

Module 09

CRM, ERP & Business Systems

Connect your mobile application with existing CRM, ERP, inventory, accounting, customer support, or internal business systems.

Module 010

Third-Party API Integration

Integrate external services for payments, maps, shipping, authentication, communication, analytics, and other required workflows.

Module 011

Offline & Local Storage

Support offline access, local data persistence, sync queues, and retry logic for applications used in low-connectivity environments.

Module 012

Background Services

Run background tasks, periodic jobs, and event-driven processes on both Android and iOS where the product requires it.

Systems Design

Cross-Platform App Architecture

A reliable cross-platform application should share the right code without forcing every feature into the same implementation.

Pillar 01

Shared Application Logic

Common business rules, validation, models, workflows, and reusable application functionality can be structured for both platforms.

Pillar 02

State Management

We organize application state so screens, sessions, data, and user actions remain predictable as the product grows.

Pillar 03

API & Data Layer

Networking, authentication, models, API responses, local data, and error handling are structured separately from the interface where appropriate.

Pillar 04

Local Storage

Applications that need local data can use suitable device storage for cached content, preferences, offline workflows, and temporary application state.

Pillar 05

Modular Structure

Features can be organized into maintainable modules so the application remains easier to extend as the product becomes larger.

Pillar 06

Scalable Backend Connection

The mobile architecture is planned around the backend it depends on, including authentication, APIs, file handling, notifications, business logic, and administrative workflows.

Hybrid Native Bridges

Shared Code & Native Module Integration

Cross-platform does not mean every part of the application must be identical on both operating systems.

Module 01

iOS Native Modules

Selected features can use native iOS technologies when deeper access to Apple APIs, device capabilities, or platform-specific behavior is required.

Module 02

Android Native Modules

The same approach can be used for Android-specific functionality that requires direct access to Android APIs or device capabilities.

Module 03

Device & Hardware Features

Camera, Bluetooth, biometrics, location, sensors, notifications, background functionality, and other device features may require platform-aware implementation.

Module 04

Platform-Specific Business Logic

Some workflows may need different behavior on Android and iOS because the platforms expose different capabilities or follow different interaction patterns.

Module 05

Native Where Needed, Shared Where Possible

Our goal is not maximum code sharing at any cost. We share what benefits from sharing and use native implementation when it produces a cleaner and more reliable product.

Adaptive Design

Platform-Aware UI/UX Design

A shared application foundation does not require an identical interface on every platform.

Design Element 01

Platform-Aware Interface Design

We maintain a consistent brand experience while adapting navigation, controls, spacing, interactions, and interface patterns where Android and iOS differ.

Design Element 02

User Flow Mapping

We map important user journeys before development so customers can complete key actions naturally on both platforms.

Design Element 03

Adaptive Layouts

Interfaces are designed around supported device sizes rather than one fixed mobile layout.

Design Element 04

Prototype & Usability Review

Important flows can be validated through prototypes and early device testing before development is finalized.

Engineering Stack

Cross-Platform App Technology Stack

We choose technologies based on the application rather than forcing every project into one fixed stack.

Layer	Technologies
Cross-Platform	Flutter, React Native
Languages	Dart, JavaScript, TypeScript
Android	Android SDK, Kotlin for native modules
iOS	iOS SDK, Swift for native modules
UI	Flutter widgets, React Native, platform-specific UI
Networking	REST APIs, JSON, GraphQL where required
Backend	Node.js, PHP/Laravel, or existing client backend
Database	MySQL, PostgreSQL, Firebase, SQLite/local storage
Services	Firebase, push notifications, analytics, crash monitoring
Development	Xcode, Android Studio, Git
Testing	Unit, integration, UI, device, regression testing
Release	TestFlight, App Store Connect, Google Play Console

The final stack depends on the product, existing systems, project scope, and long-term maintenance requirements.

Security & Privacy

Cross-Platform App Security & Data Protection

Security needs to be considered as part of architecture and application development.

Security Protocol 01

Secure Authentication

Implement suitable authentication, session handling, account recovery, and access control based on application requirements.

Security Protocol 02

Role-Based Authorization

Different users should only access the data and features assigned to their roles.

Security Protocol 03

API Security

We account for authentication, authorization, validation, secure communication, and appropriate backend controls.

Security Protocol 04

Secure Data Storage

Sensitive information is handled using suitable storage and transmission practices for the product.

Security Protocol 05

Payment Security

Payment workflows are implemented around the selected provider and its required security model without storing unnecessary sensitive payment information inside the application.

Security Protocol 06

Permission Management

Camera, location, notifications, contacts, Bluetooth, and other permissions are requested based on actual feature requirements.

Security Protocol 07

Dependency Maintenance

Frameworks, plugins, packages, and dependencies need ongoing review as the application evolves and platform versions change.

Security Protocol 08

Privacy-Aware Development

We review what data the application collects, how permissions are requested, and what user-facing disclosures are required for each platform.

Inclusive Reach

Accessibility & Localization for Cross-Platform Apps

A cross-platform application should work across different users, devices, and markets.

Element 01

Accessible Navigation

We consider clear navigation, readable content, suitable touch targets, and screen-reader-friendly structures where required.

Element 02

Text Scaling & Contrast

Interfaces can be designed to remain usable when users increase text size or need stronger visual contrast.

Element 03

Bangla & English Support

For Bangladesh-focused products, interfaces can be prepared for both Bangla and English users.

Element 04

Multilingual Interfaces

Additional languages can be planned into the design and development structure for international products.

Network Resilience

Offline Functionality & Real-World App Conditions

Mobile users may not always have a fast or stable internet connection.

Condition 01

Offline Data Access

Applications can store suitable information locally when users need to continue working without a reliable connection.

Condition 02

Sync & Recovery

Offline changes can be synchronized when connectivity returns, based on the product's data rules.

Condition 03

Retry Handling

Network requests can be designed to recover from temporary failures rather than leaving users with incomplete workflows.

Condition 04

Slow Network Support

Loading states, retries, caching, timeouts, and clear feedback can help maintain usability under weaker network conditions.

Condition 05

Conflict Handling

For products where multiple users can change the same information, synchronization rules should define how conflicting changes are handled.

Hardware Optimization

Cross-Platform Performance & Device Compatibility

A cross-platform application still runs across different devices, operating systems, screen sizes, and hardware conditions.

Optimization 01

Android Device Compatibility

We account for the supported Android versions, screen sizes, hardware differences, and agreed device range.

Optimization 02

iPhone & iPad Compatibility

Supported Apple devices and operating-system versions are considered throughout development and testing.

Optimization 03

App Startup & Rendering

We review launch behavior, screen rendering, animations, data-heavy views, and other performance-sensitive areas.

Optimization 04

Memory & Resource Usage

Resource-heavy workflows and performance-sensitive screens are reviewed to reduce unnecessary device strain.

Optimization 05

API & Network Performance

We review API response handling, loading states, caching, timeouts, and network-dependent workflows.

Optimization 06

Real-Device Validation

Where required, testing includes physical Android and Apple devices rather than relying only on emulators and simulators.

Quality Assurance

Cross-Platform App Testing & Quality Assurance

Shared code does not guarantee identical behavior across both platforms.

QA Phase 01

Functional Testing

We verify authentication, navigation, forms, business rules, user flows, notifications, and core features.

QA Phase 02

Android Testing

Supported Android devices, versions, screen sizes, permissions, and platform-specific behavior are tested within the agreed scope.

QA Phase 03

iOS Testing

Supported Apple devices, iOS versions, permissions, navigation patterns, and platform-specific behavior are tested independently.

QA Phase 04

Integration Testing

We test APIs, payment systems, authentication, maps, notifications, analytics, and third-party services.

QA Phase 05

Performance Testing

We review loading, rendering, memory-sensitive workflows, API behavior, and other important application performance areas.

QA Phase 06

Network Testing

Slow connections, temporary service failures, interrupted requests, and recovery behavior are tested where relevant.

QA Phase 07

Regression Testing

After important changes, affected workflows are tested again before release.

QA Phase 08

Release Validation

Both platform builds are reviewed against the approved scope before submission.

Dual Store Release

App Store & Google Play Deployment

A cross-platform application still has two separate store-release processes.

Release Step 01

iOS Release Preparation

We prepare the iOS build, signing configuration, App Store Connect information, and TestFlight workflow within the agreed scope.

Release Step 02

Android Release Preparation

We prepare the Android production build, signing configuration, Play Console information, testing track, and release workflow.

Release Step 03

TestFlight Beta Testing

iOS builds can be distributed through TestFlight for controlled pre-release testing and feedback.

Release Step 04

Google Play Testing

Android builds can be validated through appropriate Play testing tracks before production release.

Release Step 05

Store Submission

We prepare the application and relevant release information for both platforms based on the approved project scope.

Release Step 06

Release Handoff

After deployment, project files, documentation, and relevant release information are handed over for ongoing management.

Codebase Evolution

Cross-Platform App Migration & Modernization

Already have an application? We can review the existing product before deciding whether migration or modernization is the right move.

Modernization 01

Native Android to Cross-Platform

Existing Android applications can be evaluated for migration when a shared Android and iOS architecture better supports the future roadmap.

Modernization 02

Native iOS to Cross-Platform

Existing iOS products can be assessed for shared-code development while retaining native implementation for features that need it.

Modernization 03

React Native Migration

Older React Native applications can be reviewed for dependency updates, architecture improvements, performance work, and framework modernization.

Modernization 04

Flutter Modernization

Existing Flutter applications can be reviewed for outdated packages, maintainability, architecture issues, and performance concerns.

Modernization 05

Legacy Dependency Review

We identify outdated libraries, unstable integrations, technical debt, and dependencies that may create future compatibility problems.

Modernization 06

Feature & Data Migration

Existing business logic, APIs, user accounts, workflows, and data requirements can be mapped into the new architecture according to the migration scope.

Deliverables & Handoff

What You Receive From a Cross-Platform Development Project

Your final deliverables depend on the approved scope, but a complete engagement can include:

Package 01

Strategy & Architecture

Requirements, framework recommendation, technical architecture, shared-vs-native decisions, and project planning.

Package 02

UI/UX

Platform-aware user flows, interface design, prototypes, adaptive layouts, and approved design assets.

Package 03

Cross-Platform Application

Flutter or React Native development with shared application logic and native modules where required.

Package 04

Backend & Integrations

API connections, authentication, payment services, notifications, analytics, business systems, and other agreed integrations.

Package 05

Testing & Release

Android and iOS testing, production builds, TestFlight support, Google Play testing, and store submission assistance.

Package 06

Handoff & Documentation

Source code, project files, technical documentation, access handover where applicable, and relevant release information.

Agency Differentiators

Why Choose Framecipher for Cross-Platform App Development

Advantage 01

One In-House Team

Strategy, design, development, integrations, testing, and release stay within one coordinated team.

Advantage 02

Framework Chosen for Fit

We do not sell one framework to every client. We evaluate Flutter, React Native, native development, or a hybrid approach around your actual requirements.

Advantage 03

Shared Where It Makes Sense

We use shared code where it improves development and maintenance without forcing platform-specific functionality into awkward workarounds.

Advantage 04

Built for Both Platforms

Android and iOS are tested independently because a working build on one platform does not automatically guarantee the same result on the other.

Advantage 05

Business-First Development

We start with the product goals, users, workflows, and technical requirements before deciding how the application should be built.

Advantage 06

Clear Review Points

Important requirements, designs, builds, and release milestones are reviewed with you before the next stage begins.

Advantage 07

Long-Term Support

The same team can continue with bug fixes, framework updates, platform changes, performance work, and new feature development after launch.

Advantage 08

Transparent Communication

We provide clear updates on progress, technical decisions, scope changes, and timelines throughout the project.

Domestic & Global Reach

Cross-Platform App Development Services Across Bangladesh & Worldwide

Framecipher provides cross-platform app development services from Dhaka, Bangladesh for businesses, startups, and organizations across Bangladesh and international markets.

We work with businesses in Dhaka, Chattogram, Sylhet, Rajshahi, Khulna, Gazipur, Narayanganj, and other locations across Bangladesh.

Our remote workflow also supports clients in the USA, UK, Australia, Canada, UAE, and other international markets.

Whether you need an MVP, customer-facing app, internal business system, marketplace, or larger digital product, we manage strategy, design, development, integration, testing, and release through one in-house team.

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Our Engineering Methodology

How We Approach a Cross-Platform App Build

A coordinated development methodology connecting product goals, platform-aware UI/UX, shared architecture, and dual-store release.

Initial Consultation

We discuss your app idea, business goals, target users, required features, existing systems, and project priorities.

Phase 01 Milestone

Strategy & Architecture Planning

We review the product requirements and define the framework, technical architecture, shared-vs-native approach, integrations, and initial scope.

Phase 02 Milestone

Design & Development

We create the platform-aware interface and develop the approved application with regular review checkpoints.

Phase 03 Milestone

Testing & Quality Assurance

We test both platforms independently across the agreed devices, features, integrations, and release conditions.

Phase 04 Milestone

Launch & Dual Store Deployment

We prepare the production builds, support the required testing and submission workflows, and move both applications toward release.

Phase 05 Milestone

Scope & Investment

Cross-Platform App Development Pricing and Timeline

Cross-platform pricing depends on feature complexity, UI/UX requirements, native module work, backend systems, integrations, supported devices, and testing scope.

Simple App (MVP-Level)

৳380,000

Typical Delivery: 7–9 weeks

What's Included:

Core features
Shared codebase (single platform scope)
Basic backend
Standard UI/UX
Foundational testing

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Most Requested

Standard App

৳600,000

Typical Delivery: 11–15 weeks

What's Included:

Android + iOS shared codebase
Moderate feature set
Platform-aware UI/UX
Integrations & shared APIs
Some native modules
Dual-store release prep

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Advanced App

৳950,000

Typical Delivery: 15–20 weeks

What's Included:

Complex feature set
Real-time functionality
Extensive integrations
Advanced native modules
Offline & performance tuning
Comprehensive device QA

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Enterprise-Scale App

Custom Quote

Typical Delivery: 20+ weeks

What's Included:

Complex infrastructure
Advanced security & SSO
Multiple integrations
Multi-role workflows
Dedicated architecture
Ongoing SLA support

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Included at Every Tier

Strategy & consultation
Platform-aware UI/UX
Flutter or React Native development
Testing & quality assurance
Release preparation
Launch support

Custom Requirements

Advanced backend systems, multiple user roles, complex third-party integrations, extensive native functionality, and larger device scopes can change the final project cost.

We confirm the final deliverables, timeline, and price before development begins.

Project Governance

Approvals, Scope & Release Support

Apple and Google control their respective app review processes, so no development agency can guarantee store approval.

Our role is to prepare the application and submission materials according to the agreed project scope and current platform requirements.

Standard 01

Clear Project Scope

Features, supported devices, integrations, revision rounds, and deliverables are agreed before development begins.

Standard 02

Client Approval

You review important designs, functionality, builds, and release milestones before submission.

Standard 03

Third-Party Dependencies

Payment providers, APIs, developer accounts, external services, and platform changes can affect functionality or launch timing.

Standard 04

Review Feedback

If Apple or Google requests development-related changes during review, we can assess and address them within the agreed support scope.

Lifecycle & Maintenance

Post-Launch Cross-Platform App Support

Launching on both platforms is the beginning of the application's maintenance cycle.

Support Area 01

Bug Fixes & Technical Support

Investigate crashes, application bugs, API issues, and other technical problems after release.

Support Area 02

Framework Updates

Keep Flutter or React Native dependencies and related application components current as the product evolves.

Support Area 03

Android & iOS Updates

Review compatibility as new operating-system versions and platform requirements are introduced.

Support Area 04

Feature Enhancements

Add new functionality and improve existing workflows as your product grows.

Support Area 05

Performance & Security Maintenance

Review integrations, dependencies, application behavior, and security-sensitive areas during ongoing development.

Support Area 06

Future Releases

Prepare, test, and support new application versions for both platforms based on the agreed maintenance scope.

Direct Answers

Frequently Asked Questions

Common questions about our delivery process, technical standards, and engagement models.

Should I choose Flutter or React Native?+

It depends on your app's needs. Flutter tends to offer more consistent UI rendering across platforms; React Native has a larger ecosystem of existing libraries and works well if your team already knows JavaScript. We'll walk through the tradeoffs based on your specific project.

Will a cross-platform app feel as good as two separate native apps?+

When built properly, yes, for most use cases. The difference shows up in graphics-intensive or deeply platform-specific features, where native modules fill the gap rather than forcing a compromise.

Is cross-platform actually cheaper than building native apps for both platforms?+

Generally, yes, one codebase for shared logic costs less than building and maintaining two entirely separate native apps, though the exact savings depend on how much native module work your app ends up needing.

Do you handle submission to both Google Play and the App Store?+

Yes, both submissions are part of our process, each prepared to that platform's own current requirements rather than treated as a single combined step.

Do you work with clients outside Bangladesh?+

We do, alongside Bangladeshi businesses, we build cross-platform apps for clients in the US, UK, Australia, Canada, and UAE.

Ready to Build?

Start Your Cross-Platform App Development Project

Have an app idea, an existing product, or a business workflow that needs Android and iOS support?

Tell us what you want to build, who will use it, and what stage your project is at.

We will review the requirements and help you choose the right development approach for your product.

Start Your App Project →Get a Custom Quote →