The Nexaro Glossary on commercial robot vacuums

An API interface (Application Programming Interface) is a programmed connection between different software applications.

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Die bequeme Bedienung, Programmierung und Überwachung des Saugroboters über eine mobile Anwendung. Sie ermöglicht es dem Anwender, Reinigungspläne flexibel anzupassen, den aktuellen Status in Echtzeit einzusehen und das Gerät ortsunabhängig zu steuern.

Voice prompts or beeps that the robot uses to alert those around it to its presence. This enhances safety in busy areas and notifies staff, for example, when the dust bin needs to be emptied.

By automated floor cleaning, we mean the use of autonomous cleaning systems that clean floor surfaces without manual intervention.

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The use of machines and software to carry out processes without constant human intervention. In the cleaning industry, automation through robotics solves the problem of chronic labor shortages and standardizes cleaning quality.

Business relationships conducted between at least two companies. Unlike consumer models for private households, B2B cleaning robots such as the Nexaro require the highest level of durability, GDPR compliance, and complex fleet management systems.

The processing and analysis of data sets that are too large or too complex for conventional methods. Modern robotic vacuum cleaner fleets generate big data in the form of room maps, dirt distribution patterns, and cleaning times, which can be used to significantly optimize facility management processes.

A Bumper (also known as a collision sensor) is a movable component located at the front of or around the body of a robot vacuum cleaner. It acts as a mechanical sensor that detects physical contact with obstacles.

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Computer-Aided Facility Management (CAFM) is the software-based management of buildings and processes such as building cleaning. When combined with autonomous Nexaro cobots, it enables data-driven, efficient scheduling and real-time digital documentation.

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A strategic plan that outlines how autonomous vacuum robots can be efficiently integrated into the daily operations of professional building cleaning in a way that meets specific needs.

Cloud computing refers to the on-demand provision of IT infrastructure – such as computing power, data storage or application software – via the internet. Instead of storing data locally on a desktop PC or a physical server in the company’s basement, data is accessed via external, highly secure data centres.

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A cobot is a collaborative robot that, thanks to sensitive sensors, works safely alongside people without the need for safety fences, freeing them from monotonous or physically demanding tasks.

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A subfield of machine learning based on artificial neural networks and modeled after the functioning of the human brain. This technology helps robots recognize complex patterns in their environment, precisely classify obstacles, and continuously improve their navigation.

The central base station to which the robot vacuum returns fully automatically after completing cleaning or when the battery is low, to recharge for its next use.

Click here for the docking station

Edge Cleaning refers to a cleaning robot’s ability to pick up dirt and dust directly along walls, furniture, and baseboards. In professional building cleaning, this is a critical quality factor, as dirt tends to accumulate particularly heavily in the edge areas and corners of a room due to physical factors.

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Facility Management (FM) encompasses the comprehensive management and operation of buildings, facilities, and equipment. The goal is to reduce operating costs, preserve the property’s value, and optimize the work environment for users. A central and cost-intensive component of FM is routine cleaning.

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Ein leistungsstarkes Filtersystem, das mikroskopisch kleine Partikel zuverlässig aus der Abluft des Saugroboters zurückhält. Dies sorgt beim autonomen Reinigen für eine spürbar bessere und gesündere Raumluftqualität in Büros und Gewerbeobjekten.

Fleet management refers to the centralised administration, control and monitoring of a group of vehicles or machinery.

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Die Flächenleistung gibt an, wie viele Quadratmeter ein autonomer Reinigungsroboter in einer bestimmten Zeit oder mit einer einzigen Akkuladung säubern kann. Sie ist eine zentrale Kennzahl, um die Effizienz und Wirtschaftlichkeit der Geräte in großen gewerblichen Objekten zu bewerten.

The abbreviation HEPA stands for High-Efficiency Particulate Air. In German, it is often simply referred to as a particulate filter.

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The Internet of Things (IoT) refers to the digital networking of physical objects and machines that use built-in sensors and software to exchange data autonomously over the Internet. This allows these smart devices to communicate directly with one another without human intervention.

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LTE-M (Long Term Evolution for Machines) is a modern mobile communications standard developed specifically for machine-to-machine communication in the Internet of Things (IoT).

Find out more about LTE-M

A high-precision system in which the robot scans the room with laser beams to create accurate floor plans and calculate the optimal, gap-free cleaning route.

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A LiDAR sensor (Light Detection and Ranging) is an optical measurement method used to measure distance and speed. The sensor emits laser pulses which are reflected by objects in the surrounding area.

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The process by which the robot vacuum creates a detailed digital floor plan of the areas as it moves around, so that it can systematically carry out future cleaning tasks.

A software feature that stores multiple floor maps, allowing the robot to clean on different floors with ease without having to re-map the rooms each time.

The robot vacuum's ability to automatically detect room boundaries (such as doors or hallways) and efficiently clean connected rooms in a single, seamless pass.

The use of intelligent sensors that detect objects, furniture, or people in the robot's path early on, allowing the robot to navigate around them safely and without collision.

Eine wichtige betriebswirtschaftliche Kennzahl, die aufzeigt, ab welchem Zeitpunkt sich die Investition in autonome Saugroboter finanziell auszahlt. Sie vergleicht die Anschaffungskosten mit den langfristigen Einsparungen bei der Arbeitszeit, was Objektleitern eine verlässliche Entscheidungsgrundlage für die Budgetplanung bietet.

SLAM stands for Simultaneous Localisation and Mapping. It refers to a mathematical process that enables a robot to scan a completely unfamiliar environment, create a digital map of it, and simultaneously pinpoint its exact location within that map.

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Die in Pascal (Pa) gemessene Leistung des Saugmotors. Sie bestimmt maßgeblich, wie effektiv der Roboter Schmutz, Staub und Feinstaub vom Boden aufnimmt, was ein entscheidender Faktor für eine gründliche Tiefenreinigung im gewerblichen Bereich ist.

Ein Verbund aus mehreren autonomen Reinigungsgeräten, die in großen Gewerbeobjekten parallel eingesetzt werden. Über eine zentrale Software wie den Nexaro HUB lassen sich alle Roboter gebündelt steuern, überwachen und effizient verwalten.

Smart Cleaning is a data-driven cleaning concept that uses connected technologies, sensors, and autonomous robots to manage building cleaning efficiently and precisely based on actual needs, rather than rigid schedules.

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Die TCO bezeichnet die tatsächlichen Gesamtkosten eines Reinigungsgeräts über seinen gesamten Lebenszyklus. Neben dem reinen Anschaffungspreis fließen hier auch laufende Ausgaben für Wartung, Ersatzteile und Softwarekosten mit ein, was diese Kennzahl essenziell für die präzise Budgetplanung im Facility Management macht.

Ein unabhängiges, international anerkanntes Prüfsiegel, das höchste Standards in puncto Produktsicherheit, Qualität und Zuverlässigkeit bestätigt. Für Nexaro bedeutet diese Zertifizierung, dass die autonomen Saugroboter die strengen normativen Anforderungen für den gewerblichen Dauereinsatz erfüllen.

Eine digitale Begrenzung, die einfach über die Software auf der Raumkarte eingezeichnet wird. Sie verhindert zuverlässig, dass der Saugroboter bestimmte Bereiche befährt – ganz ohne das aufwendige Verlegen physischer Barrieren oder Magnetbänder.

A camera-based technology that allows the robot vacuum to visually map its surroundings in real time while simultaneously creating a map to navigate the room with precision.

Die regelmäßige Überprüfung und Pflege der Hardwarekomponenten wie Filter, Bürsten und Sensoren. Dies gewährleistet eine konstant hohe Reinigungsleistung und maximale Lebensdauer der Roboter im anspruchsvollen gewerblichen Einsatz.

All measures taken to prevent workplace accidents and protect employees’ health. Autonomous vacuum robots actively contribute to this by protecting cleaning staff from physical strain and preventing slippery tripping hazards caused by cables lying on the floor.