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Development of a Serverless Food Waste Reduction and Healthy Nutrition Platform
  1. case
  2. Development of a Serverless Food Waste Reduction and Healthy Nutrition Platform

Development of a Serverless Food Waste Reduction and Healthy Nutrition Platform

pynest.io
Food & Beverage
Supply Chain
Logistics

Identifying the Challenges in Sustainable Food Distribution and Waste Reduction

The client faces difficulties in efficiently managing surplus farm products, leading to food waste and missed opportunities to promote healthy nutrition. They require an optimized digital platform to connect farms with consumers, reduce waste, and promote sustainability initiatives.

About the Client

A mid-sized organization focused on sustainable food distribution and reducing food waste by providing fresh surplus products through an online platform.

Goals for Building an Efficient Surplus Food Delivery Platform

  • Create a scalable, serverless web backend to facilitate real-time management of surplus farm products.
  • Implement a user-friendly frontend for customers to view and order fresh produce boxes.
  • Reduce food waste by efficiently matching surplus supply with consumer demand.
  • Enable secure and seamless delivery logistics integrations.
  • Achieve high platform availability (99.9%) and responsiveness to support user growth.
  • Utilize cloud architecture to ensure cost-effective operation and easy scalability.

Core Functional Specifications for the Surplus Food Delivery System

  • User registration and authentication mechanisms for farmers, consumers, and delivery partners.
  • Product catalog management with real-time updates on surplus produce availability.
  • Order processing system with inventory tracking and status updates.
  • Delivery scheduling and route optimization integration.
  • Automated notifications and communication between stakeholders.
  • Analytics dashboard for monitoring food waste reduction metrics and platform performance.

Technology Stack Preferences and Architectural Approaches

Serverless architecture leveraging AWS services (AWS Lambda, API Gateway, DynamoDB)
Python for backend development
Cloud-based deployment for scalability and cost efficiency

External Systems and Services Integration Needs

  • Delivery logistics APIs for route planning and scheduling
  • Payment gateway services for transaction processing
  • Email and messaging services for notifications
  • Farm management systems for surplus product data synchronization

Non-Functional System Performance and Security Standards

  • System uptime of 99.9% with automated failover capabilities
  • Response times under 2 seconds for 95% of user interactions
  • Data security compliance with relevant standards (e.g., GDPR, PCI DSS for payments)
  • Scalability to support increasing user loads without performance degradation

Projected Business Outcomes and Benefits

The implementation of this platform is expected to significantly reduce food waste by efficiently matching surplus farm products with consumers, leading to a measurable decrease in produce waste. The platform aims to reach and serve a scalable user base, promoting healthy nutrition habits. Anticipated improvements include increased customer engagement, optimized logistics operations, and a positive environmental impact through sustainability practices.

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