MOVE

What's the best way to move things (vehicles, goods, data) through a network when you have limited capacity, multiple stops, and real-world constraints?

Why it's Tough

Routing looks simple until you add time windows, vehicle capacity, driver hours, traffic patterns, and hundreds of stops. The classic "traveling salesman problem" is famously hard because the number of possible routes grows factorially.

Our Approach

We use vehicle routing solvers (VRP/TSP variants), network flow algorithms, and graph optimization to find routes that minimize cost, time, or emissions while respecting all constraints. Modern solvers handle thousands of stops and return practical routes in minutes.

TECHNICAL COMPETENCIES & KEYWORDS

routinglogisticslast-milefleet optimizationnetwork flowshortest pathgraph optimizationVRPTSP

USE CASES FOR MOVE

6 EXAMPLES

Last-Mile Delivery
Routing

Optimize daily delivery routes for last-mile operations, dynamically adjusting vehicle paths to minimize costs, meet time windows, and handle real-time constraints like traffic and new orders.

Grid Flow and
Distribution Optimization

Optimize power transmission and distribution through electrical grids and microgrids, coordinating generation dispatch, battery storage, and renewable resources to minimize costs and emissions while maintaining reliability.

Resupply and
Distribution Optimization

Plan and optimize military supply flows through complex multi-modal networks while operating in contested environments vulnerable to interdiction.

Inbound and Outbound
Logistics Optimization

Optimize vehicle routing, inventory management, and production sequencing for automotive logistics to reduce costs, improve delivery performance, and enhance manufacturing efficiency.

Transportation Network
Design

Design strategic transportation networks including facility locations, lane selections, and mode choices to optimize long-term logistics costs, capacity, and service levels.

Optimization of Public
Transport Networks

Optimize public transit operations including vehicle scheduling, crew rostering, route planning, and timetabling to reduce costs, improve service quality, and support sustainable urban mobility.