Advanced Robotics Engineered for Real Environments

ARA Robotics combines autonomous navigation, AI-powered software, modular hardware architecture and sustainable engineering principles within a single technology platform. All of our robots—developed for floor maintenance, inspection, security and logistics—share the same intelligent technology ecosystem, delivering exceptional reliability, scalability and low operating costs across a wide range of commercial and industrial applications.

Modularity

Software

Sustainability

Autonomy

Safety

Modularity

Our modular hardware architecture enables the same robotic platform to perform multiple tasks through interchangeable functional modules. Floor maintenance, inspection, security and future autonomous applications all share a common mechanical and electronic infrastructure. This scalable approach reduces investment costs, simplifies maintenance and service operations, and protects your investment by allowing the platform to evolve alongside future operational requirements.

Thanks to its patented modular architecture, functional modules can be exchanged within minutes without the use of tools. Each module is automatically recognized and integrated through electronic control and safety verification. Dedicated BLDC motors with torque monitoring, intelligent water flow control and precise chemical dosing optimize cleaning performance while minimizing resource consumption. The system continuously adapts to changing floor conditions to maintain consistent cleaning quality.

ARI cleaning robot maneuvering safely around passengers in a transportation hub.

A shared power and communication architecture enables all functional modules to operate on a single robotic platform. This scalable design allows new capabilities and future hardware modules to be integrated easily, extending the robot’s functionality without replacing the core platform.

Close-up of ARI’s high-precision floor defect inspection and cleaning module.

Modularity extends beyond hardware—it also simplifies maintenance and service. Components can be replaced quickly, minimizing downtime and reducing service costs. At ARA Robotics, we focus not only on lowering acquisition costs, but also on delivering long-term value through a lower total cost of ownership (TCO).

ARI robot showing its modular design, allowing for quick adaptation to various floor types.

Software

ARA Robotics ensures precise navigation through real-time SLAM, dynamic map updates and our patented OnPlace® localization technology across all autonomous robots. Designed for large-scale, dynamic environments, OnPlace® delivers reliable positioning even in complex operational conditions.

Our secure software architecture protects every operation through encrypted data communication and advanced authentication mechanisms. For organizations with strict data governance requirements, operational data can be stored on on-premises servers, while the entire robotic fleet can be monitored and managed securely through remote access.

Our robots navigate safely in complex environments through multi-layer sensor fusion and AI-powered decision-making.
Dynamic mapping, intelligent obstacle detection and continuous localization ensure reliable, uninterrupted navigation throughout every operation.
The platform also supports continuous Indoor Air Quality (IAQ) monitoring and AI-powered visual floor inspection. Once the initial map has been created, ARI maintains accurate positioning and reliably follows its mission plan, even as environmental conditions change.

ARI autonomous cleaning robot pair working in a commercial environment.

The centralized control platform brings task scheduling, robot status, performance analytics, maintenance planning and live operational monitoring together in a single interface. Multiple robots can be monitored and managed simultaneously through the same system.

ARI robot providing cost-effective and autonomous floor sanitation in a fitness center.

Our secure software architecture provides encrypted data communication, role-based user authorization and optional on-premises data storage. All operational data remains protected, while the entire system can be monitored and managed remotely through a secure interface.

Autonomous cleaning robot operating in a busy transportation hub.

Sustainability

ARA Robotics views sustainability as more than reducing resource consumption—it means developing robotic systems that are more efficient, longer-lasting and lower in environmental impact. Through modular design, intelligent water management, energy-efficient components and a durable product architecture, our robots help organizations reduce both their environmental footprint and total operating costs.

During wet cleaning, the liquid management system uses multi-stage filtration and particle maceration to optimize water use and support recirculation. By automatically adjusting flow rates to the robot’s cleaning speed and continuously circulating water through the system, our robots can reduce water consumption by up to 70%. This significantly lowers both environmental impact and operating costs.

ARI autonomous robot navigating crowd density in a shopping mall environment.

An intelligent dosing system and advanced pressure control deliver high cleaning performance with minimal chemical use. Precise liquid management ensures uniform distribution, reduces unnecessary detergent consumption and maintains consistent cleaning quality across every operating cycle.

ARI robot utilizing 360-degree LiDAR for autonomous navigation in a sports arena.

High-efficiency BLDC motors, regenerative drive technology and optimized task planning reduce energy consumption while enabling longer periods of uninterrupted autonomous operation.

ARI cleaning robot performing precise maintenance in a historical religious building.

Autonomy

All ARA Robotics products use a robust, multi-layered navigation architecture guided by high-resolution LiDAR and stereo vision.

Continuous 360° mapping provides precise environmental awareness, while depth-processing algorithms improve close-range obstacle detection. Sensor fusion combines wheel-encoder data with inertial measurements to maintain stable localization, ensuring accurate positioning even in complex indoor environments.

ARI robot performing autonomous cleaning in a religious worship facility.

Through probabilistic state estimation and dynamic path planning, our robots maintain reliable localization in busy, constantly changing environments. OnPlace® location verification technology enables real-time position validation and uninterrupted autonomous navigation without relying on external signals. This allows our robots to operate safely and remain on course even in large, reflective environments or areas with limited visual reference points.

ARI robot navigating a sports facility while demonstrating its obstacle avoidance capabilities.

Our robots continuously monitor battery levels, clean water, wastewater and consumable status. When required, they automatically return to the maintenance station to recharge, refill clean water, discharge wastewater and complete self-maintenance routines for the brushes and other cleaning components. They then resume operation from where they left off, enabling days of uninterrupted, fully autonomous performance with minimal human intervention.

ARI robot showcasing its interchangeable multi-function cleaning modules for industrial use.

Safety

All autonomous operations and data security are managed through a secure control layer designed in accordance with global service robotics standards.

Whether designed for floor maintenance, security or logistics, every ARA Robotics robot continuously analyzes its surroundings using LiDAR, 3D depth cameras, ToF and ultrasonic sensors combined with advanced sensor fusion. Moving people, animals, vehicles and unexpected obstacles are detected in real time, allowing the robot to automatically maintain a safe operating distance throughout its mission.

Facility manager using a tablet to monitor ARI performance via the Ara Command Center.

Your operational data remains entirely under your control. With flexible cloud, local server and fully on-premises deployment options, all data can be stored, processed and managed in accordance with your organization’s security, compliance and data governance policies. This architecture protects sensitive operational information, supports sector-specific requirements and eliminates dependence on third-party platforms or external data infrastructures.

RI robot performing autonomous navigation and cleaning in a clinical hospital environment.

Our robots use configurable safety zones, dynamic speed control and emergency stop mechanisms for reliable operation around people, vehicles and equipment. Sensor data is continuously cross-validated across multiple perception systems. If a potential anomaly or unsafe condition is detected, the robot slows down or enters a safe state, stops the relevant operation and alerts the operator for further assessment.