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Development of a Hybrid Mobile GIS Application for Offline and Online Geospatial Data Management

99x.io

GPS

Environmental Services

Government

Information technology

Scalability Challenges in Geospatial Project Delivery

The client faced resource constraints and technical complexity in developing a mobile-first GIS application capable of handling hybrid architecture requirements, offline functionality, and seamless integration of 2D/3D geospatial data across diverse environments.

About the Client

Global provider of geospatial solutions serving public and private sectors with precision mapping and spatial analysis technologies

Key Development Goals

Enable scalable development capacity through nearshore collaboration
Build a mobile-first GIS application with offline/online capabilities
Integrate complex geospatial data models and visualization tools
Implement robust data synchronization and storage mechanisms
Ensure compatibility with industry-standard GIS formats

Core System Capabilities

Seamless 2D/3D model switching with navigation tools
Multi-format geodata integration (vectors, text, media)
Secure sensitive data handling and access controls
Support for open standard GIS data exchange formats
Hybrid technology stack integration for cross-platform performance

Technology Stack Requirements

Angular/Ionic with custom plugins

Node.js/Nest.js backend

MySQL and NoSQL databases

OpenLayers, Turf.js, JSTS for geospatial processing

RESTful APIs for integration

System Integration Needs

Offline data synchronization mechanisms
Authentication/authorization frameworks
Cross-platform mobile OS support (Android/iOS)
Third-party GIS data format converters

Operational Requirements

High scalability for concurrent project handling
Optimized performance in low-connectivity environments
Military-grade data security protocols
Cross-platform compatibility across devices
Automated testing for offline functionality validation

Expected Business Outcomes

The solution will enable the client to expand their geospatial service offerings through a reliable mobile platform, improve project delivery speed by 40%, and enhance field data accuracy through offline-first capabilities while maintaining seamless integration with existing GIS ecosystems.