What is a robot fleet management system?

A robot fleet management system coordinates many mobile robots from one platform, and Addverb Movect assigns tasks, plans paths, manages charging and tracks the performance of robot fleets from a single dashboard. Movect communicates with each robot through standard protocols and balances work across the fleet so no robot sits idle while orders wait. It manages Addverb's Zippy sorting robots and autonomous mobile robots, including several fleets in one building.

How does Movect assign tasks and plan robot paths?

Movect uses dynamic task assignment to give each job to the best-placed available robot, then applies path planning with collision avoidance to route it through the shortest safe path to its destination. Assignments update as new orders arrive, robots finish tasks or a route becomes blocked. Traffic management at intersections and narrow aisles helps prevent deadlocks, which keeps throughput steady as the fleet grows.

What is opportunistic charging in Movect?

Opportunistic charging in Movect sends robots to top up their batteries during idle or low-demand periods, so the fleet stays available at peak times without long charging stops in the middle of a shift. Movect watches battery levels and order demand together, then schedules short charges when the work allows. This reduces the number of spare robots needed to cover charging time and supports multi-shift operation.

Can Movect simulate a robot fleet before deployment?

Yes, Movect includes simulation that models robot numbers, routes, charging and order volumes on the actual site layout, so Addverb can size a fleet and test peak scenarios before any robot is installed. The same model helps operators plan for seasonal peaks or layout changes later. Its statistics module then compares live performance with the simulated plan, tracking robot utilization, task times and throughput.

Where is Movect used today?

Movect coordinates Addverb robot fleets in US parcel, e-commerce and 3PL operations, including DHL Supply Chain in Ohio, where a Zippy robotic sortation system went live in 8 months and raised throughput by more than 300%. The DHL site also sorts at 99.99% accuracy. Globally, Addverb fleets include 72 Zippy 10 robots at Mondial Relay in France, handling more than 3,000 sorts per hour.

Fleet Management System (FMS) for US Warehouse Operations

Fleet Management System

Movect: Intuitive Dynamic Coordination

Description

Benefits

Features

Warehouse Fleet Management System, Addverb's Movect provides a robust solution for the centralised management of multiple robot fleets. It ensures effective coordination, precise control, and efficient scheduling of robot operations. Leveraging complex algorithms, Movect optimises the allocation of tasks to robots, maximising overall throughput and productivity. By intelligently matching robots with tasks, it enhances operational efficiency. Movect also supports interoperability by seamlessly communicating with robots through standard protocols, enabling seamless integration within the fleet management system. With its comprehensive features and advanced capabilities, Movect empowers businesses to streamline their robot fleet operations, improve efficiency, and drive optimal performance.

Enhanced Efficiency

Movect optimises task allocation using complex algorithms, ensuring each robot receives the most suitable task based on its capabilities.

Centralised Management

Fleet managers can monitor, control, and coordinate robot activities from a single dashboard, simplifying management and boosting productivity.

Accurate Control and Coordination

Movect enables precise control over robot operations, allowing fleet managers to monitor their status, location, and performance in real-time.

Efficient Scheduling

Movect facilitates efficient scheduling of tasks, taking into account factors such as priority, robot capabilities, and optimal routes.

Interoperability and Integration

Movect supports interoperability by communicating with robots using standard protocols.

Data-Driven Insights

Movect collects and analyses data from the robots, generating valuable insights and performance metrics.

Dynamic Task Assignment

Dynamic task assignment in Movect optimises task allocation based on real-time conditions, improving efficiency, resource utilisation, and adaptability to changing requirements.

Path Planning

Path planning in Movect for robots involves determining efficient routes, avoiding collisions, adapting to changes, and optimising task sequences for enhanced productivity and safety in robotic operations.

Task Management

Movect involves efficient task assignment, scheduling, monitoring, and coordination to optimise productivity, prioritise tasks, and ensure streamlined robotic operations.

Opportunistic Charging

Movect identifies opportunities for charging during idle or low-demand periods to minimise downtime and ensure uninterrupted operations. By intelligently scheduling charging sessions, the FMS optimises energy management and maximises the robots’ utilisation.

Simulation

Simulation using Movect is adept for analysing and optimising fleet performance, assessing risks, testing strategies, and facilitating training in a controlled virtual environment. It helps enhance operational efficiency, reduce costs, and improve decision-making for fleet management.

Statistics

The statistical capabilities of Movect enable data-driven decision-making, performance analysis, and optimisation of fleet operations. By leveraging statistical insights, fleet managers can identify areas for improvement, increase operational efficiency, and drive better outcomes for their fleet.

Addverb Software Resources

Know more about Movect - Addverb's Warehouse Fleet Management System (FMS)

Download FMS Leaflet

3 Real World Fleet Management Success Stories That Showcase Power of Addverb's Advanced Software

Download Whitepaper

Case Studies

Maersk Enhanced Efficiency with Automation

Maersk, a Leading 3PL player adopted automation for managing crossflow and break pack operations.

Landmark's Automated E-Commerce Fulfilment Centre

Landmark group enhance flexibility and efficiency in its eCommerce delivery warehouse operations.

DHL's Automated fulfilment Sortation System

DHL modernized its fulfillment center to improve efficiency, accuracy, and visibility.

Optimus

Achieve better inventory control, improve order accuracy, minimise stockouts, and optimise overall warehouse operations

Warehouse Management System

Mobinity

Enable faster material flow, reduce manual intervention, optimise resource utilisation, and improve warehouse productivity

Warehouse Control System

Concinity

Enhances operational efficiency, reduces costs, improve order accuracy, and enable faster order fulfilment in a warehouse

Warehouse Execution System

Frequently Asked Questions

What is a robot fleet management system?

A robot fleet management system coordinates many mobile robots from one platform, and Addverb Movect assigns tasks, plans paths, manages charging and tracks the performance of robot fleets from a single dashboard. Movect communicates with each robot through standard protocols and balances work across the fleet so no robot sits idle while orders wait. It manages Addverb's Zippy sorting robots and autonomous mobile robots, including several fleets in one building.
How does Movect assign tasks and plan robot paths?

Movect uses dynamic task assignment to give each job to the best-placed available robot, then applies path planning with collision avoidance to route it through the shortest safe path to its destination. Assignments update as new orders arrive, robots finish tasks or a route becomes blocked. Traffic management at intersections and narrow aisles helps prevent deadlocks, which keeps throughput steady as the fleet grows.
What is opportunistic charging in Movect?

Opportunistic charging in Movect sends robots to top up their batteries during idle or low-demand periods, so the fleet stays available at peak times without long charging stops in the middle of a shift. Movect watches battery levels and order demand together, then schedules short charges when the work allows. This reduces the number of spare robots needed to cover charging time and supports multi-shift operation.
Can Movect simulate a robot fleet before deployment?

Yes, Movect includes simulation that models robot numbers, routes, charging and order volumes on the actual site layout, so Addverb can size a fleet and test peak scenarios before any robot is installed. The same model helps operators plan for seasonal peaks or layout changes later. Its statistics module then compares live performance with the simulated plan, tracking robot utilization, task times and throughput.
Where is Movect used today?

Movect coordinates Addverb robot fleets in US parcel, e-commerce and 3PL operations, including DHL Supply Chain in Ohio, where a Zippy robotic sortation system went live in 8 months and raised throughput by more than 300%. The DHL site also sorts at 99.99% accuracy. Globally, Addverb fleets include 72 Zippy 10 robots at Mondial Relay in France, handling more than 3,000 sorts per hour.