Intelligence
that acts.
Artificial intelligence stops living solely on a screen. Robotics, perception, navigation, and software turn digital decisions into actions within the physical world.
There is no single technology.
Each task requires a different combination of mobility, perception, autonomy, manipulation, and software.
Muonic analyzes robotic technologies on a global scale and selects those platforms that have reached sufficient maturity to solve real applications.
Our value is not tied to a single architecture or a single manufacturer. It lies in understanding which technology makes sense for each application and turning it into an operational solution in Europe.
The layers of autonomy.
An autonomous robot is the integration of multiple technologies that work simultaneously to perceive, decide, and act.
Autonomous navigation
Mapping, localization, route planning, and safe movement within dynamic environments.
Perception
LiDAR, cameras, sensors, and vision systems allow the robot to understand the space around it.
Physical AI
Intelligent models capable of interpreting the environment and transforming information into physical actions.
Mobile Manipulation
Robots that combine autonomous mobility with arms or mechanisms capable of physically interacting with objects.
Fleet Management
Remote management of robots, task planning, monitoring, and coordination of multiple units.
Data & Integration
Operational data, reporting, and integration with management systems, access, elevators, and customer processes.
A different architecture for autonomous cleaning.
AotingBots develops commercial cleaning robots based on differentiated technology: autonomous cleaning without water.
The SW55A integrates sweeping, vacuuming, mechanical cleaning, and dust maintenance within a single autonomous platform designed for commercial spaces.
Its architecture allows operation on different surfaces, including hard floors, wood, and certain carpets, without relying on clean and waste water tanks or complex filling and emptying infrastructures.
See Aoting technology
Clean without managing water.
Waterless technology changes the traditional architecture of the professional cleaning robot.
Instead of relying on water, detergent, tanks, and wastewater management, Aoting uses mechanical cleaning, vacuuming, sweeping, and dry mopping for the routine maintenance of commercial surfaces.
Technology turned into data.
Specifications declared by AotingBots for SW55A. The final performance depends on the environment, configuration, and actual working conditions.
See the technology in motion.
The true value of robotics appears when technology leaves the lab and starts working in a real environment.
The robot is also software.
Autonomy needs a digital layer capable of managing, supervising, and measuring what happens in the physical world.
The SW55A incorporates mapping capabilities, remote management, task monitoring, and reporting to turn cleaning into a digital and measurable process.
From specialized robots to physical intelligence.
Autonomous cleaning is just one of the first commercial applications of a much larger transformation.
The next generation of robotics combines perception, artificial intelligence, mobility, and manipulation to enable a single platform to perform multiple tasks within environments originally designed for people.
Muonic works to identify these technologies before they become conventional solutions and study where they can generate real value in the European market.
The question is not what a robot can do. It is what it can do for your company.
Tell us what process you want to improve and we will study what technology makes sense to automate it.