ARI is an AI-powered autonomous maintenance robot and modular floor maintenance platform designed to transform conventional floor care into a measurable, predictable and highly efficient operation. Mathematics doesn’t lie. That’s why ARI delivers over 95% consistent floor maintenance quality while helping reduce operating costs by up to 70%. Through labor savings alone, it can typically achieve a return on investment within 8–10 months.

With ARI, floor maintenance is no longer a manually managed task—it becomes a data-driven facility management operation where every square meter is digitally verified, documented and continuously optimized.

ARI is a fully modular robotic platform that can switch between sweeping, vacuuming, scrubbing, mopping and disinfection modules within minutes—without the use of any tools. Its physical quick-change module system enables a single robot to adapt to different floor types, cleaning applications and operational requirements. This patented modular architecture reduces the need for multiple machines, protects your investment against future operational needs and significantly lowers the total cost of ownership (TCO).

Equipped with high-resolution cameras and ARA Robotics’ patented AI-powered floor analysis software, ARI continuously scans every square meter of the facility. It detects cracks, surface damage, discoloration, level differences, foreign objects and hazardous liquid spills, reporting potential risks before they become safety hazards. By enabling early intervention, ARI helps create safer environments for visitors, patients and employees while supporting proactive facility maintenance.

Powered by industrial-grade Sensirion sensor technology, ARI continuously measures, maps and digitally reports 13 indoor air quality (IAQ) parameters during operation, including CO₂, PM1.0, PM2.5, PM10, TVOC, temperature, relative humidity and other environmental indicators. Its AI-powered analytics platform enables facility managers to monitor air quality trends over time, identify potential risks at an early stage and make data-driven decisions. The resulting measurable data provides reliable digital records that support ISO management systems, LEED certification, ESG reporting and sustainable facility management practices.

13 IAQ Parameters • Real-Time Monitoring • Digital Mapping • AI-Powered Analytics • ISO • LEED • ESG

Equipped with 360° LiDAR, 3D depth cameras, ToF and ultrasonic sensors, ARI continuously perceives its surroundings in real time, reliably detecting people, vehicles and other obstacles. Powered by advanced sensor fusion and dynamic path planning algorithms, it responds instantly to moving obstacles, autonomously replans its route and continues operating safely without disrupting traffic in busy facilities.

ARI can be remotely managed through the web-based ARA Command Center, accessible from any smartphone, tablet or computer. Facility managers can monitor robot status in real time, update tasks and schedules instantly, review performance reports and manage maintenance notifications from a single platform. This enables continuous operational oversight without the need to be physically present, allowing managers to focus on higher-value strategic activities.

With multi-robot support, all ARA robots operating across one or multiple facilities can be monitored and managed from a single centralized platform.

When integrated with the Petek Smart Maintenance Station, ARI can reduce water consumption by up to 90% through its patented greywater recycling and filtration system, which enables water to be reused up to ten times. Intelligent chemical dosing further optimizes detergent consumption, reducing consumable usage and lowering operating costs.

This sustainable approach supports ESG objectives, ISO 14001 environmental management systems and LEED certification while helping organizations minimize their environmental footprint.

ARI is engineered for the demanding conditions of commercial and industrial facilities using high-strength, corrosion-resistant materials and industrial-grade components. Its modular architecture simplifies maintenance and component replacement, allowing only the required parts to be replaced, reducing electronic waste and extending the product’s service life.

With its long operational lifespan and low total cost of ownership (TCO), ARI is a sustainable, future-ready investment designed to deliver reliable performance for years to come.

ARI’s mechanical architecture is engineered through mathematics, geometry and motion analysis—not intuition. Its compact footprint and optimized mechanical design deliver exceptional maneuverability, allowing it to operate efficiently even in areas that are difficult for conventional autonomous robots to access.

By positioning the drive wheels at the geometric center of the chassis, ARI achieves a true zero-turn radius, enabling precise movement through narrow aisles, between furniture and within complex facility layouts. This intelligent design ensures consistent, complete floor maintenance throughout the facility, including hard-to-reach areas, without disrupting ongoing operations.