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Development of a Scalable Environmental Footprint Monitoring System for Agricultural Supply Chains

dac.digital

Agriculture

Information Technology

Environmental Services

Challenges in Sustainable Agricultural Supply Chain Management

Dairy supply chains lack comprehensive tools to monitor environmental footprints across geographically dispersed suppliers. Current systems fail to integrate real-time data from logistics operations, manual input sources, and historical trends to enable actionable insights for reducing CO2 emissions and improving sustainability decision-making.

About the Client

EU-funded consortium focused on autonomous farming and sustainable agricultural supply chain optimization

Goals for the Environmental Footprint Monitoring System

Develop a modular PEF monitoring tool for milk production and transportation stages
Enable integration with existing supply chain platforms like MilkMap
Provide flexible data input options for manual and automated sources
Support historical data analysis for predictive sustainability planning
Facilitate collaborative PEF reduction through transparent partner performance metrics

Core System Capabilities

Real-time PEF dashboard with aggregated/segmented metrics
Interactive route optimization for transport emissions reduction
Manual data input forms with version control
Historical trend analysis with scenario modeling
Customizable alerts for PEF threshold breaches
Event-based data archiving with contextual annotations
Multi-organization collaboration interface

Technology Stack Requirements

MongoDB

RabbitMQ

Angular

Docker

Kubernetes

MySQL

PostgreSQL

OpenStreetMap

System Integration Needs

Existing MilkMap supply chain platform
EU environmental regulation databases
GPS fleet tracking systems
Weather data APIs
Farm management software

Operational Constraints

Support 500+ concurrent users across 14 countries
99.9% system availability with real-time failover
GDPR-compliant data handling
Response time <2s for 95% of dashboard interactions
Cross-platform compatibility with legacy farm systems

Expected Business and Environmental Impact

Enables 15-20% reduction in logistics costs through optimized routing, improves supply chain sustainability compliance with EU regulations, and provides actionable insights for reducing carbon footprint by 10-15% across dairy operations. Scalable to other agricultural sectors with potential for 30% faster decision-making cycles.