Technology
Learn about the platform powering today's most advanced automation applications
Technology
Learn about the platform powering today's most advanced automation applications
Technology
Learn about the platform powering today's most advanced automation applications
Automation simplified with MujinOS
Automation simplified with MujinOS
MujinOS transforms complex automation into simple, connected control. It unites motion, vision, and logic into one intelligent layer that powers robots, conveyors, and entire facilities with awareness and adaptability
MujinOS transforms complex automation into simple, connected control. It unites motion, vision, and logic into one intelligent layer that powers robots, conveyors, and entire facilities with awareness and adaptability
The operating system for industrial automation
The operating system for industrial automation
MujinOS connects every robot, sensor, and system into a unified control layer. It replaces traditional robot teaching and point-to-point integration with intelligent coordination that scales across cells, lines, and sites.
MujinOS connects every robot, sensor, and system into a unified control layer. It replaces traditional robot teaching and point-to-point integration with intelligent coordination that scales across cells, lines, and sites.
How MujinOS simplifies control
How MujinOS simplifies control
Perceive the Environment
MujinOS continuously maps the workspace using vision and sensors, keeping a real-time model of every asset and object
Perceive the Environment
MujinOS continuously maps the workspace using vision and sensors, keeping a real-time model of every asset and object
Perceive the Environment
MujinOS continuously maps the workspace using vision and sensors, keeping a real-time model of every asset and object
Plan with Intelligence
The system calculates optimized, collision-free motion paths validated through its digital twin before execution
Plan with Intelligence
The system calculates optimized, collision-free motion paths validated through its digital twin before execution
Plan with Intelligence
The system calculates optimized, collision-free motion paths validated through its digital twin before execution
Execute Seamlessly
MujinOS commands any connected device through vendor-agnostic control, monitoring performance and adjusting instantly
Execute Seamlessly
MujinOS commands any connected device through vendor-agnostic control, monitoring performance and adjusting instantly
Execute Seamlessly
MujinOS commands any connected device through vendor-agnostic control, monitoring performance and adjusting instantly
Built to power the future of robotics
Built to power the future of robotics
The MCX is the industrial-grade platform purpose-built for MujinOS. It provides real-time deterministic control, certified safety, and multi-protocol connectivity to manage robots, conveyors, and sensors with industrial reliability.
The MCX is the industrial-grade platform purpose-built for MujinOS. It provides real-time deterministic control, certified safety, and multi-protocol connectivity to manage robots, conveyors, and sensors with industrial reliability.
Uptime
Uptime
Uptime
Faster deployment
Faster deployment
Faster deployment
Compatible robot brands
Compatible robot brands
Compatible robot brands
Higher Throughput
Higher Throughput
Higher Throughput
UL 61010 Certified
UL 61010 Certified
UL 61010 Certified
Real-time OS
Real-time OS
Real-time OS
Cat 3 PLd Safety
Cat 3 PLd Safety
Cat 3 PLd Safety
Expandable I/O
Expandable I/O
Expandable I/O
Ethernet/IP
Ethernet/IP
Ethernet/IP
Profinet
Profinet
Profinet
Modbus
Modbus
Modbus
Multi-robot connectivity
Multi-robot connectivity
Multi-robot connectivity
Inside the MujinOS architecture
Inside the MujinOS architecture
MujinOS operates as a continuous feedback loop connecting perception, planning, and execution in real time. Its digital twin is always learning, updating the state of the environment, and re-optimizing motion as conditions change.
MujinOS operates as a continuous feedback loop connecting perception, planning, and execution in real time. Its digital twin is always learning, updating the state of the environment, and re-optimizing motion as conditions change.
Computer Vision (Perception)
Easily integrate advanced vision to a system, with automatic SKU registration and real-time item detection
Computer Vision (Perception)
Easily integrate advanced vision to a system, with automatic SKU registration and real-time item detection
Computer Vision (Perception)
Easily integrate advanced vision to a system, with automatic SKU registration and real-time item detection
Motion Planning
Generate real-time, collision-free paths that optimize robot trajectories, creating organic movements that improve cycle time and uptime
Motion Planning
Generate real-time, collision-free paths that optimize robot trajectories, creating organic movements that improve cycle time and uptime
Motion Planning
Generate real-time, collision-free paths that optimize robot trajectories, creating organic movements that improve cycle time and uptime
Digital Twin
Enable systems to be designed, tested, and optimized before production. Using the same real-time logic as the physical system, all motions, interactions, and goals behave exactly as planned.
Digital Twin
Enable systems to be designed, tested, and optimized before production. Using the same real-time logic as the physical system, all motions, interactions, and goals behave exactly as planned.
Digital Twin
Enable systems to be designed, tested, and optimized before production. Using the same real-time logic as the physical system, all motions, interactions, and goals behave exactly as planned.
APIs & Interfaces
Seamlessly connect and control safety and I/O devices, MHE, and PLCs, feeding real-time data into the Digital Twin for intelligent operation
APIs & Interfaces
Seamlessly connect and control safety and I/O devices, MHE, and PLCs, feeding real-time data into the Digital Twin for intelligent operation
APIs & Interfaces
Seamlessly connect and control safety and I/O devices, MHE, and PLCs, feeding real-time data into the Digital Twin for intelligent operation
AGV Fleet Managment
Coordinate fleets of mobile robots with intelligent task management, enabling interoperability and maximizing efficiency
AGV Fleet Managment
Coordinate fleets of mobile robots with intelligent task management, enabling interoperability and maximizing efficiency
AGV Fleet Managment
Coordinate fleets of mobile robots with intelligent task management, enabling interoperability and maximizing efficiency
Execution System (Orchestration)
Orchestrate end-to-end order execution by integrating with any WMS and coordinating tasks across the entire system.
Execution System (Orchestration)
Orchestrate end-to-end order execution by integrating with any WMS and coordinating tasks across the entire system.
Execution System (Orchestration)
Orchestrate end-to-end order execution by integrating with any WMS and coordinating tasks across the entire system.
WebUI (Remote access)
The web-based UI enables secure remote access, real-time monitoring, and centralized orchestration of robots and AGVs from anywhere.
WebUI (Remote access)
The web-based UI enables secure remote access, real-time monitoring, and centralized orchestration of robots and AGVs from anywhere.
WebUI (Remote access)
The web-based UI enables secure remote access, real-time monitoring, and centralized orchestration of robots and AGVs from anywhere.
Unified UI/UX (dashboards)
A unified UI/UX standardizes how operators and supervisors interact with the entire robotics system, enabling faster adoption, fewer errors, and scalable operations.
Unified UI/UX (dashboards)
A unified UI/UX standardizes how operators and supervisors interact with the entire robotics system, enabling faster adoption, fewer errors, and scalable operations.
Unified UI/UX (dashboards)
A unified UI/UX standardizes how operators and supervisors interact with the entire robotics system, enabling faster adoption, fewer errors, and scalable operations.
Traditional Automation
Static infastructure
High capital expense
Long reprogramming cycles
Limited flexibility
Increased downtime risk
MujinOS Automation
Modular deployment
Low integration cost
Software-driven orchestration
Real-time adaptability
Continuous uptime
Why software-defined automation wins
Why software-defined automation wins
Traditional automation depends on fixed infrastructure, rigid programming, and costly integration cycles. MujinOS eliminates those constraints through a software-defined architecture that scales cell by cell, enabling faster deployment, adaptive performance, and incremental ROI.
Traditional automation depends on fixed infrastructure, rigid programming, and costly integration cycles. MujinOS eliminates those constraints through a software-defined architecture that scales cell by cell, enabling faster deployment, adaptive performance, and incremental ROI.
Connected by design
Connected by design
MujinOS connects to existing WMS, WES, and MES systems through open APIs and standardized protocols. GraphQL and ITIL interfaces give developers complete access to system data, performance metrics, and motion control for analytics or custom integration.
MujinOS connects to existing WMS, WES, and MES systems through open APIs and standardized protocols. GraphQL and ITIL interfaces give developers complete access to system data, performance metrics, and motion control for analytics or custom integration.
Download the MujinOS brochure
Download the MujinOS brochure
Don’t Just Integrate. Accelerate.
The most ambitious Mujin Certified Partners are ready
Don’t Just Integrate. Accelerate.
The most ambitious Mujin Certified Partners are ready
Don’t Just Integrate. Accelerate.
The most ambitious Mujin Certified Partners are ready