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Next-Generation Logistics Route Optimization & Container Management Platform

leobit.com

Environmental Services

Information technology

Challenges with Existing System

Nordic Waste Solutions currently faces limitations with its existing logistics application. The legacy system, migrated without a robust architecture, suffers from glitches, poor functionality, and performance issues. It lacks the flexibility to support new features and has inadequate automated testing and deployment processes, hindering scalability and increasing maintenance costs. Absence of comprehensive documentation also poses significant challenges for future development and onboarding of new team members.

About the Client

A leading innovator in cloud-based technology and sensor solutions for optimizing waste management processes across the Nordic region. They provide tools to improve waste collection, transport, and recycling efficiency, focusing on cost reduction and environmental sustainability.

Project Goals

Modernize and enhance the existing container management and route optimization platform.
Improve system stability, performance, and scalability to accommodate future growth.
Establish a robust, maintainable, and well-documented codebase adhering to industry best practices.
Implement automated testing and CI/CD pipelines for faster release cycles and improved code quality.
Enhance user experience with a dynamic and responsive user interface.
Improve operational efficiency through optimized route planning, real-time tracking, and data analytics.

System Functionality

Real-time container location tracking via GPS.
Dynamic route optimization based on container locations, traffic, and vehicle capacity.
Automated scheduling of waste collection routes.
Offline data storage and synchronization for areas with limited connectivity.
Real-time notifications and alerts for route changes and exceptions.
Comprehensive reporting and analytics on collection performance, fuel consumption, and operational costs.
User-friendly interface for drivers, dispatchers, and administrators.

Technology Stack

Flutter (cross-platform mobile development)

Bloc architecture (state management)

Isar DB (offline data storage)

HERE SDK (mapping and routing)

Python (backend services)

WebSocket (real-time communication)

CI/CD pipelines (automated deployment)

External Integrations

HERE Maps API
PiwikPro (analytics)

Non-Functional Requirements

High scalability to handle increasing data volumes and user traffic.
Optimal performance and responsiveness on various devices.
Robust security measures to protect sensitive data.
High availability and reliability.
Comprehensive documentation for maintainability and future development.

Business Impact

This project is expected to significantly reduce operational costs (estimated up to 35-40% savings), increase pickup frequencies, improve resource utilization, enhance customer satisfaction, and provide valuable data-driven insights for optimizing waste management strategies. Improved system stability and scalability will also support future business growth and innovation.