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Development of a Cross-Platform Mobile Application Using Hybrid Technology
  1. case
  2. Development of a Cross-Platform Mobile Application Using Hybrid Technology

Development of a Cross-Platform Mobile Application Using Hybrid Technology

moravio.com
Other industries
Business services

Identifying Challenges in Cost-Effective Multi-Platform Mobile Development

Clients require mobile applications that operate seamlessly across multiple platforms to reduce development costs and time, without compromising essential hardware performance for typical data read/write operations and calculations. Traditional native development increases costs and development time, presenting a challenge in delivering efficient, cross-platform mobile solutions at scale.

About the Client

A mid-sized outsourcing company providing custom software development and IT solutions for clients worldwide, specializing in mobile app development for various industries.

Goals for a Scalable and Cost-Effective Cross-Platform Mobile App

  • Develop a mobile application compatible with both iOS and Android platforms, using shared source code to minimize development effort.
  • Achieve approximately 80% code reuse across platforms to reduce overall project costs and delivery timelines.
  • Ensure the application is suitable for use cases not requiring maximum hardware performance, such as large data reads/writes and intensive calculations.
  • Deliver a robust, maintainable mobile app that meets quality, security, and performance standards.
  • Enable rapid development cycles through agile methodologies such as Scrum.

Core Functional and Technical Features of the Mobile Application

  • Cross-platform support via hybrid development framework
  • Shared codebase structure to optimize development efficiency
  • Compatibility with operating system-specific features without native optimization
  • Implementation of core app functionalities aligned with client use cases
  • Agile development process to adapt to changing requirements

Preferred Technologies and Architectural Approaches

React Native for cross-platform development
Hybrid architecture allowing 80% code reuse across iOS and Android
Development within an Agile (Scrum) framework

External Systems and Service Integrations

  • Backend APIs for data synchronization and processing
  • Third-party services for authentication or analytics, if applicable

Non-Functional Requirements for Performance, Security, and Maintainability

  • Application performance optimized for typical data read/write and calculation tasks, not hardware-maximum utilization
  • Security standards compliant with data protection regulations
  • Scalable architecture to support increasing user base
  • High reliability and uptime with exception handling and recovery mechanisms

Projected Business Impact and Benefits of the Mobile App

Expected to significantly reduce development costs and timelines by enabling approximately 80% code reuse across platforms, increase deployment speed, and deliver a scalable, maintainable mobile solution that meets user needs for efficiency and reliability, thereby enhancing market competitiveness and client satisfaction.

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