MOROS
Next-Generation AI Platform for Intelligent Automation and Human-Robot Collaboration
Revolutionizing the Future
MOROS is an advanced AI platform developed by Roboe Technologies that seamlessly integrates artificial intelligence with robotic systems to create intelligent automation solutions for the modern world.
Our platform empowers businesses to achieve unprecedented efficiency while maintaining the human touch that makes work meaningful and productive.
| 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 |
Connects directly to the systems and equipment already on your floor
Robots work from orders sent by your upper-level systems and exchange signals with line equipment. No extra gateway hardware in between.
Receives work orders and returns results
Receives product codes and recipes for each job
Work orders, monitoring and manual control in one screen
Robot operations software
Run the work and report status in real time
Reads alignment-complete signals and controls infeed
Exchanges safety stop and recovery signals
Keeps live views and footage from the moment of an alarm
Equipment is connected over Modbus TCP; robots and the app over WebSocket and real-time streaming.
Operations that no longer need a site visit
Updating software, checking status and investigating problems all happen remotely.
The tablet app updates itself on both Android and Linux.
The reason it stopped is kept on video
When a robot raises an alarm, footage from that moment is stored automatically. Open the alarm later and watch exactly what happened.
Alarm is raised
Shown in three parts: what the state is, why it happened, and what to do
Footage is stored
Camera footage around the alarm time is kept together with the robot logs
Play it back on the spot
Open it from the alarm list and see the moment. Finding the cause takes far less time
Cameras can be panned and zoomed from the screen, and stay visible while the robot is driven manually.
We see trouble before you have to report it
Roboe watches the status of running sites remotely. Rather than waiting for a call, we see the problem first and reach out.
Every site on one screen
All running sites in one place, so a stopped line stands out immediately
Per-site status board
Open a site to see each robot's state, recent alarms and work history in order
Operating figures over time
Throughput and downtime accumulate by date, giving a basis for improvements and preventive maintenance
Data only leaves the site, never enters it
Equipment on site pushes what is needed outward at intervals, so no inbound connection into the site is opened. The screens are visible only to authorised accounts after sign-in.
- No response from alignment conveyor
- Box recognition failed
- Safety stop released
The real boards are visible only to authorised accounts after sign-in. The view above illustrates the layout.
Your site, re-created in 3D
Start by watching robot status, grow to integrate line equipment, and see joint motion and stacking in full three dimensions.
L1 — Status Monitoring
StandardRobot operating state, speed, alarms, run/stop/idle time and work volume in real time
L2 — Line Integration
StandardConveyor and PLC signals, safety PLC stop and recovery, and camera footage at the moment of an alarm
L3 — Digital Twin
OptionRobot joint motion, gripper state, pallet stacking status and equipment shapes moving in 3D
Robots move by their actual joint values; surrounding equipment is shown by its shape and signal state
Remote update
Zero-downtime switchover
Alarm video archive
See the cause immediately
No external access
Outbound-only, no inbound connections
A new product? Change it on the floor
No waiting on a vendor schedule to change how boxes are stacked. Operators change it in the app, and roll it back if needed.
Set the stacking pattern
Define how the new product should be stacked, right in the app
Save and it applies
The next job runs with the new pattern
Roll back any time
If the result is not right, pick an earlier version from the history
People take over when automation cannot
Boxes placed by hand are folded into the plan, so the line keeps going instead of stopping.
The robot asks
When a situation is ambiguous the app asks the operator and continues with the answer. Recovery steps are guided on screen.
Improve operations with accumulated data
If monitoring is about seeing, optimization is about improving with data and proving the results in numbers.
Cycle time and throughput
Break down time per work segment to find where it slows down
Idle and stop cause analysis
Tell apart whether the robot or the upstream/downstream equipment caused the stop
Stacking quality improvement
Learn the gap between planned and actual coordinates to raise accuracy
Motion optimization
Adjust joint speed and path to reduce cycle time
Predictive maintenance
Watch motor current, torque and temperature trends to flag inspection timing in advance
Actual results from 4 CBR robots on site
Platform Capabilities
Discover the powerful features that make MOROS the leading AI platform for intelligent automation
AI-Driven Intelligence
Advanced machine learning algorithms that continuously adapt and optimize performance based on real-world data and operational patterns.
Real-Time Processing
Lightning-fast decision making and response capabilities that enable immediate adaptation to changing operational environments.
Seamless Integration
Easy integration with existing systems and workflows, ensuring smooth transition to intelligent automation without disruption.
What else is in place
The things it takes to run for a long time on a real floor.
Multi-line setup
Run several lines on one site with the same structure, grouping robots and equipment per line
Role-based access
Operators, supervisors and maintenance staff each see and control only what they should
Validation before installation
Build the site with simulated equipment and run the whole scenario end to end first
Korean and English
Screens and alarm messages are provided in both languages
Light and dark themes
Switch to a display that is easy on the eyes in dim warehouses and night shifts
Camera pan and zoom
Aim and zoom the cameras from the screen, or open them full screen
Manual control from the tablet
Eight-way jogging, one-hand mode and preset poses, all from the tablet
3D stacking view
See in three dimensions how the pallet is stacked right now
Technology Stack
Built on cutting-edge technologies that define the future of AI and robotics
Advanced AI & Machine Learning
Deep learning models powered by neural networks that enable complex decision-making, pattern recognition, and predictive analytics for optimal performance.
Cloud-Native Architecture
Scalable, secure, and reliable cloud infrastructure that ensures 24/7 availability and seamless performance across global operations.
Flutter Multi-Platform
Provides consistent user experience across various platforms including Android, iOS, Windows, Web, and macOS with a single codebase.
Reduced development resources and increased development speed
Fast and beautiful UI implementation
Excellent execution performance with JIT/AOT compilation
Clean Architecture
Applies systematic development methodology through MVVM pattern, layered structure, and atomic design.
High maintainability and scalability
Increased reusability with modular structure
Enhanced testability and performance optimization
Integrated Control System
Real-time robot monitoring and control
Ready to Transform Your Operations?
Join leading companies that trust MOROS to power their intelligent automation initiatives and drive business growth.