TECHNOLOGY & DATA Connecting everymachine
ToolSense explains why technology and data are shaping the future of cleaning. significant drop in downtime across their fleets.
The cleaning industry is being reshaped by data and technology. By connecting every scrubber, vacuum, robot and vehicle in one digital ecosystem, companies are reducing downtime, cutting costs and freeing up time for what truly matters – delivering quality and service.
The next big shift in cleaning
The cleaning industry is entering a new era where technology and data are becoming as fundamental as people and processes. Across Europe, cleaning companies are realising that the way they manage their machines, vehicles and, increasingly, cleaning robots, is changing. The industry’s future will not be built on more paperwork or more spreadsheets, but on data and connectivity.
For decades, equipment management in cleaning has been largely manual. Machines were listed in Excel, issues reported through WhatsApp or phone calls, and maintenance tracked on paper. This worked as long as operations were small and localised. However, as companies scaled and customer expectations rose, inefficiencies multiplied. Machines went missing between sites, maintenance was delayed and no one really knew how well equipment was being used. The result: downtime, unnecessary purchases and avoidable costs.
Now, this picture is changing. The industry is moving from fragmented and reactive workflows to connected, data- driven equipment management, where every machine, robot and vehicle can be monitored and managed in one platform.
From reactive to proactive
The traditional approach to managing cleaning equipment has always been reactive: wait until something breaks, then fix it. A site manager calls maintenance, a supplier is contacted and the process begins. The problem is that this chain often takes days, sometimes weeks, and generates huge inefficiencies across large fleets.
Digital equipment management turns this upside down. Each asset is tagged with a QR code or connected through Internet of Things (IoT) hardware. The moment a cleaner or site manager notices an issue, they scan the code and report the problem digitally. The system then routes the ticket automatically to the correct supplier or technician, records the repair and triggers reminders for follow-up or preventive maintenance.
Instead of endless coordination by phone, every step is tracked transparently. More importantly, managers can identify patterns – for example, which machines break most often, or which suppliers react fastest.
The result is measurable. Cleaning companies which have switched to digital systems report up to 20% lower maintenance and repair costs, faster response times and a
44 | TOMORROW'S CLEANING
One platform for all assets One of the most powerful developments in cleaning technology is consolidation. Machines, robots and vehicles were historically managed through separate systems – or worse, not digitally at all. Now, forward-looking companies are bringing everything together in a single digital platform.
In practice, that means a site or operations manager can log in and instantly see:
• Which scrubber dryers or vacuums are active at each location
• How many robotic units are running and where • When each vehicle is due for inspection or servicing
• What maintenance tickets are open and which suppliers are responsible
This level of transparency allows better planning and reduces unnecessary purchases. A machine standing idle at one site can be reassigned instead of buying another. A vehicle approaching its inspection deadline can be scheduled before it becomes a compliance issue.
The key enabler for this is connectivity. Thanks to open IoT integrations, data from multiple systems and brands can be merged into one place. Modern platforms can already connect to robotics ecosystems such as Gausium, Pudu, LionsBot, Nexaro, or CenoBots, allowing companies to see
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