Gaussian Robotics :: Autonomous Cleaning Robots for Commercial & Industrial Facilities

Gaussian Robotics is a Singapore-based robotics company specializing in the development and deployment of advanced autonomous cleaning robots for commercial and industrial facilities. Founded with a focus on human-centric workforce solutions, Gaussian Robotics collaborates closely with the Institute of Facility and Security Cleaning (IFSC) to combine more than 100 years of domain expertise with cutting-edge robotics. The company’s core mission is to redefine cleaning through technology that reduces costs, boosts productivity, upskills workers, and delivers consistently spotless results. Its robots are deployed across more than 35 countries in diverse environments including airports, hospitals, schools, offices, shopping malls, hotels, warehouses, and factories. Notable early adoption includes the ECOBOT series operating at Singapore Changi Airport, where cleaning partners praise the robots for being safe, easy to use, and highly efficient. Gaussian Robotics emphasizes intelligent navigation, AI-powered perception, remote monitoring, and reliable autonomous operation to transform traditional labor-intensive cleaning into a scalable, data-driven process. The company positions its solutions as tools that augment human cleaners rather than replace them, allowing staff to focus on higher-value tasks while robots handle repetitive floor maintenance.

The company’s robot-based products feature industry-leading navigation algorithms, unlimited mapping with dynamic localization, 3D perception powered by AI, flexible path planning, and smooth motion control. All models support fully autonomous operations including automatic docking, IoT integration, task scheduling, detailed post-mission cleaning reports, map editing, real-time remote monitoring, and control via user-friendly interfaces.

Key models include the Phantas, a compact all-in-one floor cleaning robot that integrates vacuuming, sweeping, scrubbing, and dust-mopping in a single platform. Measuring just 540 × 440 × 617 mm, it is one of the smallest commercial units available, capable of cleaning narrow aisles, under tables, and along edges at zero distance. It achieves up to 700 m² per hour, supports semantic mapping, real-time 3D perception updates, multiple path patterns (zigzag, spiral, spot cleaning), and runs for up to 5 hours on a single charge.

The Omnie is an AI-powered high-end floor cleaner designed for highly dynamic and complex environments such as airports, subway stations, and large warehouses. It features 360° panoramic vision, multimodal SLAM, 3D LiDAR, dual roller or disc brushes, and AI-driven spot cleaning for both dry and wet waste. With a cleaning width up to 780 mm and efficiency reaching over 3,600 m² per hour in certain modes, it offers exceptional obstacle avoidance and adaptability.

The Beetle is a heavy-duty autonomous industrial sweeper built for demanding warehouse and factory settings. Equipped with 3D LiDAR, RGB and RGB-D cameras, and AI algorithms, it handles fine dust to large debris with a 750 mm cleaning path, up to 3,240 m² per hour efficiency, and the ability to cover over 40,000 m² in a single overnight shift. Its compact design allows navigation in narrow 750 mm aisles with zero-distance edge cleaning.

Additional models include the Scrubber 50, Scrubber 75 (a high-performance ride-on style autonomous scrubber with 750 mm width, up to 3,000 m² per hour, 4–6 hour runtime, and patented Turnado edge-cleaning technology), and the Vacuum 40, a quiet, compact vacuuming specialist. All robots generate comprehensive reports, integrate with facility management systems, and emphasize safety through multiple sensor layers including LiDAR, ultrasonic, cliff, collision, and 3D cameras.

Gaussian Robotics continues to innovate in AI, perception, and fleet management, helping facility managers achieve higher cleanliness standards with lower labor dependency and measurable operational savings. Its practical, robust, and versatile cleaning robots represent a significant advancement in commercial and industrial autonomous robotics.