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Development of Resource-Efficient Management Software for Decentralized Water Systems Using Raspberry Pi
  1. case
  2. Development of Resource-Efficient Management Software for Decentralized Water Systems Using Raspberry Pi

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Development of Resource-Efficient Management Software for Decentralized Water Systems Using Raspberry Pi

syberry.com
Environmental Services
Utilities
Energy & Natural Resources

Challenges in Decentralized Water System Management

Limited access to reliable hardware and internet connectivity in developing regions hampers effective water system management. Existing solutions must operate on low-specification devices (2GB RAM, microSD storage) while maintaining functionality for real-time monitoring, sensor integration, and remote administration in areas with unstable network infrastructure.

About the Client

A technology solutions provider focused on sustainable infrastructure development for underserved regions

Key Development Goals

  • Create resource-efficient software capable of running on Raspberry Pi hardware
  • Enable real-time water quality monitoring with offline functionality
  • Support integration with diverse analog/digital sensors
  • Implement remote administration capabilities via multiple connectivity options
  • Ensure scalability for future expansion into solar and fuel management sectors

Core System Capabilities

  • Decentralized data collection from 100+ sensors per system
  • Real-time infrastructure prototyping interface
  • Multi-protocol sensor compatibility (Modbus, IO Link)
  • Offline-first architecture with USB-based configuration transfer
  • Cross-system data synchronization via satellite/WiFi/cable connections

Technology Stack Requirements

Python
Django
Django Rest Framework
ReactJS
MySQL
Docker
Redis
Nginx

System Integration Needs

  • Industrial sensor protocols (Modbus, IO Link)
  • Satellite communication APIs
  • Cloud storage services for data aggregation
  • NGO partner systems for resource coordination

Performance Constraints

  • Memory-optimized operations under 2GB RAM limit
  • 99.9% system availability in harsh environmental conditions
  • Data integrity maintenance during intermittent connectivity
  • Low-bandwidth communication protocols
  • Hardware-agnostic sensor interface layer

Expected Development Outcomes

Deployment of scalable water management solutions across 1000+ locations in developing countries, enabling sustainable clean water access for 500,000+ residents annually. The system will reduce infrastructure maintenance costs by 40% through predictive monitoring while supporting cross-sector expansion into renewable energy management within 18 months.

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