Precise robot control and monitoring through real-time data processing and instant command execution for optimal operational efficiency.
MOROS enables real-time control and monitoring between multiple robots and the backend through WebSocket communication, performing precise and rapid robot operations. SSE (Server-Sent Events) is used for unidirectional data streaming to reduce frontend polling overhead.
Bidirectional real-time communication between multiple robots and the backend enables precise, rapid robot operations
Unidirectional data streaming for robot status monitoring eliminates polling overhead
| Control Target | Multi-brand / Heterogeneous integration support |
| Operating Function | • Real-time path optimization + collision avoidance support • Integration with external systems (MES) for task execution and result reporting • Robot operation and task execution while controlling external devices such as elevators and automatic doors |
| Deployment Method | Flexible deployment both in cloud and local environments |
| Data Utilization | Operational report generation, simulator and replay functionality |
| Scalability | Free integration of various environments and robots |
| Verified Cases | Applied to various industries including manufacturing, guidance, patrol, serving, and disinfection |
Real-time robot control and monitoring capabilities provided by MOROS
Real-time precision control of box alignment and palletizing delivers high work accuracy
Track the current position and load status of unloading robots in real time for instant response
Track the FMR's movement path and status in real time for efficient logistics management
Real-time data synchronization delivers and executes robot commands instantly
Real-time monitoring instantly detects and alerts on issues such as box loading defects and pallet transport problems
Real-time data analysis improves work efficiency and optimizes system performance
The figures come straight out of the work records, with no separate tallying.
Picks and boxes are counted separately and reported per hour
Time actually worked and time spent stopped are accumulated apart
Grouped by date on screen, and downloadable as a file
Robot status and logs stream into the screen continuously, with several robots viewed together.
Logs from many robots are gathered in one place, so you can pin down when a problem started.
The core technical structure behind MOROS real-time processing
Bidirectional real-time communication delivers instant commands and status updates between robots and the backend
Unidirectional data streaming reduces frontend polling overhead for efficient monitoring
Experience more accurate and efficient robot operations with the MOROS real-time control system.
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Roboe Technologies, Inc.
CEO Sanghoon Lee | Business registration number : 299-87-02098 Company: info@roboe.ai | Sales,PR: sales@roboe.ai
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