In 2012, Swedish pest control company Anticimex began a period of rapid expansion into 18 countries and now reaps revenues of $474 million thanks in part to an aggressive new technology plan that hinges in part on the Internet of Things.
Anticimex’s embrace of IoT goes back to a regional manager in central Europe reading a story about rat infestations in Copenhagen and inventing a motion-detector-based rat trap for use in sewers, according to company’s CIO Daniel Spahr.
IoT target: rats
The basic system Anticimex uses for its main industrial customers used to be totally manual – a worker would have to stop by once a week or once a month to check if any rats had been unlucky enough to be caught in a given trap.
“What happens during that other 29 days of the month? Do you really know that nothing’s happening? With the digital traps, you do know,” said Spahr.
Anticimex’s smart traps send real-time data back to the company, detailing whether they’re detecting nearby motion, and whether the trap has been activated. The units are powered by rechargeable batteries of various size, and can also send warnings when they’re low on power or otherwise need maintenance.
The networking is based on SIM cards, sending SMS messages via 2G and 3G networks to a central hub located in Denmark, keeping the team in the loop on what’s happening with its traps around the clock. The comparatively low-tech method of communication has the added bonus of being highly secure - it's hard to hack a system with just a text message.
When the system started out, Spahr said, it wasn’t particularly sophisticated in the way it handled the information sent back to headquarters.
“[The original] system has some basic reporting, but it’s more of a straightforward, dumb database,” he told Network World.
That’s changed since then, thanks to new technology from software company IFS. In the past year, the two companies have worked to create a more meaningful IoT platform, getting data into a more useful repository.
Spahr said that Anticimex has been using the new platform since April – the initial trial run is taking place in Finland – and is just now starting to really crunch the numbers to make the business more efficient. Identifying battery life trends – including bad cells that should be replaced – can help with resource planning.
“It’s like if you walked up to a whiteboard and you pick up a pen, and it’s not working, the thing that everybody does is they put on the cap and they put it back and they grab another pen – what they should do is throw away that pen,” he said.
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