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ROS-based Software Platform for Autonomous Mobile Robots

Everything you need in one place: dev and deployment tools, autonomous navigation, and fleet management. Slash development costs and reduce deployment time.

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The demand for robots to take on more tasks – alongside humans – is exploding, yet developing Autonomous Mobile Robots (AMRs) and AGVs that integrate with existing environments is complex and time-consuming. MOV.AI’s ROS-based Robotics Engine Platform changes that.

With a ROS-based IDE expert coders and non-experts can quickly develop enterprise grade AMRs that are simple to deploy and operate.

Robot manufacturers

Speed up and simplify AMR / AGV development. Easily develop, simulate your and debug your robots as you go. Pick and choose from state-of-the-art, off-the-shelf functionality such as mapping, collaboration, localization, navigation, and risk prevention – optimized for dynamic environments. 

Build advanced AMRs that are suitable for the way people work. Offer flexible task management methods ranging from full automation to ad hoc commands such as “Go to XY” or a combination of both to provide customers with a truly collaborative experience

Automation integrators

Quickly deploy multiple robot types and integrate into customers’ existing environment with out-of-the-box AMR deployment tools, simulation tools, upgrade tools, and APIs. 

Simplify ongoing AMR / AGV operation, and easily control heterogeneous robot fleets with visual dashboards and interfaces. Allow customers to work with Robots and not like Robots with ad-hoc tasks and instructions and flexible command interfaces


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Blog

Hetrogeneous Fleet Management cover image
The Four Levels of Heterogeneous Fleet Management: a Maturity Model
The need for Heterogeneous Fleet Management is growing, but current system capabilites vary. Read about the four levels of HFMS to understand the differences.
MOV.AI Version 2.4 - Boost AMR Uptime
Conquer Complexity: MOV.AI v2.4 Redefines AMR Performance in Dynamic Environments
Read how new tools and functionality in MOV.AI version 2.4 transfrom AMR uptime
Automated Pallet Detection
Automated pallet pickup? Here’s what most solutions get wrong
Read how high precision pallet perception and alignment drive the efficiency of autonomous mobile robots
Meet us at logimat 2024
Events
Join us at LogiMAT 2024
Hall 5 Booth 5C04
The Four Levels of Heterogeneous Fleet Management: a Maturity Model

The Four Levels of Heterogeneous Fleet Management: a Maturity Model

The need for Heterogeneous Fleet Management is growing, but current system capabilites vary. Read about the four levels of HFMS to understand the differences.
Conquer Complexity: MOV.AI v2.4 Redefines AMR Performance in Dynamic Environments

Conquer Complexity: MOV.AI v2.4 Redefines AMR Performance in Dynamic Environments

Read how new tools and functionality in MOV.AI version 2.4 transfrom AMR uptime

News and updates

Meet us at logimat 2024
Events
Join us at LogiMAT 2024
Press Release
MOV.AI Version 2.4 Redefines AMR Performance and Uptime in Dynamic Environments
MOV.AI Partner with Advantec banner
Press Release
Advantech Partners with MOV.AI to Accelerate Autonomous Mobile Robot Development

Ready to build and deploy awesome AMRs?

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