Technology

Gausium's a leading robotics technology company that reinvests 80% of its revenue into the research, development, and innovation of autonomous service robots. Designed for efficiency and performance, Gausium’s smart cleaning and service robots feature advanced navigation systems, cloud-based fleet management, intuitive user interfaces, and fully unmanned operation. With cutting-edge robotic solutions tailored for industries like healthcare, hospitality, retail, and commercial cleaning, Gausium is transforming the future of automation and smart facility management.

Mapping & Localization

3D Perception with AI

Gausium service robots can understand the surrounding environment with deep-learning-based perception algorithms. They constantly learn the landscape of an environment and make advanced behavior decisions.

Trained with millions of real-world pictures, they can identify different types of obstacles and garbage with 99% accuracy, and make corresponding behavior decisions. For instance, when dealing with low obstacles, they would move around electric wires, but drive over speed bumps.

Under the Auto Spot Cleaning mode, the robot will clean those it could clean, and send messages to operators via the App when encountering wastes that are too large for it to clean.

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Path Planning

Adaptive Navigation Routing

Path planning for cleaning robots presents a unique challenge: ensuring complete coverage of the operational area while continuously adapting to environmental changes and dynamic obstacles. Gausium addresses this with industry-leading planning algorithms that support five versatile modes—Teach & Follow, Sketch, Auto Cover, Real-time Auto Cover, and Auto Spot Cleaning.

These modes empower users to fully customize their cleaning strategies. Environments can be divided into smaller zones, with the most suitable path planning mode applied to each zone based on its specific conditions, enabling precise, efficient, and adaptable cleaning.

Smooth Motion Control

With high-precision sensors, well-tuned algorithms and elaborate mechanical design, every Gausium robot features smooth starts and stops, flexible turning, strong passability and gradeability.

Teach & Follow

The operator programs the path by driving the robot manually, and the robot records the generated path in real-time. The robot replicates the recorded path in subsequent cleaning tasks while automatically avoiding new obstacles. This ensures consistent cleaning performance with minimal human intervention.

Made with care

Backtracking spiral filling: Like Auto Cover, but the operator does not have to drive the robot for deployment. Instead, they draw a box on the map to specify the cleaning region and the robot will automatically clean all the passable areas inside the region in each operation.

Auto Spot Cleaning

Auto point to point: The robot constantly scans the cleanliness of the nearby floor and automatically performs spot cleaning whenever detecting wastes or stains. By cleaning only where it is needed, it brings up to 4X efficiency improvement and significantly reduces water and power consumption.

Unlimited Mapping & Dynamic Localization

Upon initial deployment, Gausium robots will start navigate the landscape and create a semantic map of the site. No location tag, laptop connection or professional engineer is needed for mapping the site.

Supported by high-precision LiDARs and cameras, Gausium robots offer industry-leading capability of mapping and localization, in terms of accuracy and robustness, and efficiency. In a dynamic environment, Gausium robots will locate themselves and update the map in real time.