Manually maintaining large production areas requires significant time and labor. ARA Robotics’ autonomous robots take over repetitive floor maintenance tasks, allowing employees to focus on higher-value activities such as production, quality control and process improvement.

ARA Robotics provides a modular robotic ecosystem that brings together floor maintenance, facility inspection, logistics support and future autonomous operational capabilities within a single integrated platform. While ARI autonomously performs floor maintenance, Scoop and our upcoming logistics, security and service robots work together to make facility operations more efficient, intelligent and secure.

ARI goes beyond high-performance wet and dry floor maintenance by integrating AI-powered floor inspection and indoor air quality monitoring (IAQ) into a single autonomous platform. By continuously collecting and analyzing operational data, it helps digitalize facility management while supporting safer, more sustainable and more efficient operations.

Autonomous floor maintenance reduces repetitive manual cleaning tasks, allowing employees to focus on higher-value operational activities. This enables organizations to improve workforce productivity while maintaining consistently high cleaning standards throughout the day.

Our robots navigate safely in busy public environments, performing floor maintenance without disrupting customer flow or daily operations. Their quiet operation and modern design enhance the visitor experience while reinforcing your organization’s innovative, technology-driven brand image.

The integrated Indoor Air Quality (IAQ) Monitoring system continuously measures 13 environmental parameters, helping healthcare facilities maintain healthier, safer indoor environments. The Petek® Smart Maintenance Station further enhances operational sustainability through its patented greywater recycling system, automated water management, and self-maintenance functions for the brushes, squeegee and undercarriage, reducing resource consumption while ensuring hygienic, consistent performance with every cleaning cycle.

By autonomously performing repetitive floor maintenance tasks, ARI enables healthcare professionals to focus on patient care instead of routine cleaning operations. Its digital reporting capabilities and fully traceable operational records simplify hygiene verification, support regulatory compliance and provide reliable data for accreditation, quality management and continuous improvement initiatives.

ARI and our other autonomous robots perform floor maintenance across terminal floors, concourses and waiting areas without disrupting passenger flow or daily operations. Equipped with an advanced AI-powered floor inspection system, ARI continuously analyzes surface conditions, identifies potential maintenance issues and reports them to facility management, enabling proactive maintenance planning.

By taking over repetitive and time-consuming floor maintenance tasks, our robotic solutions deliver consistent cleaning quality and measurable operational performance, allowing personnel to focus on higher-value responsibilities while improving overall operational efficiency.

Designed for large-scale facilities, ARA Robotics’ solutions support mapping of up to 100,000 m², multi-floor operations, multi-robot coordination and daily floor maintenance capacities of up to 20,000 m². These capabilities enable reliable, continuous and fully autonomous operations across complex, high-traffic environments.

Our robots operate safely in busy passenger environments through advanced sensor fusion and AI-powered task planning, dynamically adapting to changing traffic conditions in real time. By automatically scheduling floor maintenance during low-traffic periods, they help preserve an uninterrupted passenger experience while ensuring facilities remain clean, orderly and professionally maintained throughout the day.

Their quiet operation enables autonomous floor maintenance throughout the day without disrupting meetings, public services or daily activities. Intelligent task scheduling automatically plans maintenance across multiple floors and service areas outside business hours, supporting uninterrupted operations while ensuring facilities remain clean, safe and well maintained.

Autonomous floor maintenance reduces repetitive manual workloads, enabling public institutions to make more efficient use of their resources and personnel. Designed to operate safely in public environments, our robots help lower operating costs, improve service quality and support sustainable, data-driven facility management.

Intelligent task scheduling enables our robots to operate autonomously between events and outside operating hours. As a result, training sessions, competitions and scheduled activities continue without disruption, while facilities remain clean, safe and ready for use at all times.

ARI and MIDI effectively remove liquid spills, perspiration residue and dirt caused by heavy foot traffic using advanced wet and dry floor maintenance technologies. Their low-noise operation allows routine maintenance to be carried out even while the facility is in use, ensuring a clean, safe environment without disrupting athletes, visitors or ongoing activities.

Optional disinfection and ambient fragrance modules help maintain high hygiene standards in heavily used areas and ablution facilities while creating a cleaner, more comfortable environment for worshippers. Thanks to their ultra-quiet operation, maintenance tasks can be carried out without disturbing the peaceful atmosphere or interrupting religious services and daily worship activities.

During periods of high attendance, including religious services and holidays, our robots provide continuous, scheduled floor maintenance across large areas, helping facilities maintain high hygiene standards even during peak visitor traffic. Thanks to precise mapping, advanced sensor fusion and intelligent navigation, they move safely and accurately around ప్రారyer rugs, pews and other fixed furnishings, ensuring reliable operation without disrupting the worship environment.