Advanced Last-Mile Route Optimization System for Enterprise Fleets

The client faces increasing pressure to optimize last-mile delivery routes to reduce driving time, fuel consumption, and carbon emissions. Manually planning and dispatching routes is time-consuming and lacks real-time responsiveness, leading to inefficiencies and rising operational costs. As fleet size expands, platform resiliency and scalability become critical for maintaining service quality and meeting enterprise-level demands.

A large logistics company managing extensive fleet operations seeking to enhance delivery efficiency, reduce costs, and minimize environmental impact through optimized routing solutions.

• Reduce total driving time and fuel consumption by approximately 30%, leading to lower operational costs.
• Enable planning and dispatching of delivery waves to be completed in less than one minute to improve responsiveness.
• Achieve real-time driver tracking and automated location updates to enhance routing accuracy.
• Support scalable platform architecture to accommodate increased user load and route data, ensuring high availability and performance.
• Save approximately 207,000 kilograms of CO₂ emissions annually through optimized routing.

• Route calculation engine utilizing advanced algorithms for optimal delivery sequencing.
• Quick route adjustment tools with map-based drag-and-drop interface for manual fine-tuning.
• Automatic route and location updates streamed via Websockets for real-time visibility.
• Driver tracking dashboard providing live location data and ETA updates.
• Scenario planning module enabling creation and modification of multiple delivery waves with drag-and-drop reordering.
• Timeline visualization for job scheduling, allowing drag-and-drop relocation of jobs with automatic map updates and ETA recalculations.
• Cross-platform mobile application for drivers to receive routes, update status, and report issues efficiently.

• GPS and telematics systems for driver location tracking
• Dispatch and scheduling systems for operational coordination
• Mapping services and geographic data providers
• Notification and communication platforms

• Platform scalability to handle increasing user load and data volume
• High system availability with minimal downtime
• Real-time processing capability with updates in under 1 second
• Data security and compliance with relevant standards
• Responsive interface for quick route adjustments

The implementation of this route optimization platform is expected to enable a 30% reduction in driving time and fuel usage, support dispatching of complex delivery waves within one minute, and result in the annual saving of approximately 207,000 kg of CO₂ emissions. These improvements will significantly lower operational costs, enhance delivery reliability, and support environmental sustainability efforts.