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Development of Enhanced Forest Monitoring Mobile Application with Offline Capabilities
  1. case
  2. Development of Enhanced Forest Monitoring Mobile Application with Offline Capabilities

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Development of Enhanced Forest Monitoring Mobile Application with Offline Capabilities

3sidedcube.com
Environmental Services
Information technology
Non-profit

Current Challenges in Forest Monitoring

Existing forest monitoring platforms lack mobile accessibility, offline functionality, and user-friendly interfaces for field data collection. Deforestation alerts require faster verification through crowdsourced evidence, and users in remote areas face connectivity issues that hinder real-time data access.

About the Client

Global Forest Watch is an international non-profit initiative that leverages satellite technology and open data to monitor deforestation and promote sustainable forest management. They collaborate with governments, NGOs, and corporations to ensure ethical supply chains.

Key Project Goals

  • Create a mobile-first platform for real-time deforestation alerts
  • Enable offline map access and data collection in low-connectivity areas
  • Integrate satellite imagery with customizable reporting tools
  • Support crowdsourced data verification for conservation decision-making

Core System Capabilities

  • Interactive offline map with polygon-based area selection
  • Real-time deforestation alert visualization and investigation tracking
  • Customizable data collection forms with GPS/photo capture
  • Multi-layer data visualization (protected areas, concessions, etc.)
  • Offline report generation and synchronization capabilities

Technology Stack Requirements

Mobile mapping SDKs (e.g., Mapbox, Google Maps)
Satellite imagery APIs (Planet Labs, NASA)
Offline-first database solutions (SQLite, Realm)
Cross-platform mobile development frameworks

System Integrations

  • Global Forest Watch API for real-time data
  • Cloud storage for media uploads (AWS S3, Google Cloud)
  • User authentication with organizational SSO
  • Third-party GIS data sources

Non-Functional Requirements

  • Offline-first architecture with background sync
  • High-resolution map rendering performance
  • Data encryption for field-collected sensitive information
  • Scalable cloud infrastructure for global user base

Expected Environmental and Operational Impact

The enhanced application will empower 1.5M+ global users to prevent illegal deforestation through timely interventions, improve supply chain transparency for corporations, and enable conservation organizations to make evidence-based decisions. Offline capabilities will extend usability to 80% of tropical forest regions with limited connectivity, potentially reducing response times to deforestation alerts by 60%.

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