Checkit is partnering on IoT technology with Norwegian tech company Disruptive Technologies to integrate ultra-small sensors into Smart Buildings.

In a statement, Checkit said that its partnership with Disruptive Technologies will enable its platform to harness the power of the world’s smallest wireless IoT sensors by using the data to capture critical insights about building facilities, equipment and assets. The partnership expands the scope of Checkit’s smart buildings capabilities, beginning with the roll-out of automated legionella monitoring and prevention.

The Checkit platform and IoT ecosystem provide operators and executive level personnel with real-time visibility over buildings and infrastructure no matter where they are. Data-driven insights alert frontline personnel to safety and efficiency problems before they occur, enabling cost savings, smarter allocation of engineering resources and greater confidence.

“The Checkit platform provides an unrivalled end-to-end solution for business leaders looking to solve their operational challenges. Integrating additional IoT sensors, such as those from Disruptive Technologies, into our platform will provide business leaders with even more opportunities to quickly deploy and scale operational insight in a secure and trusted environment,” said Kit Kyte, CEO of Checkit. “We’re thrilled to partner with Disruptive Technologies, and to jointly modernise deskless operations through the use of automated workflows, sensors and data analytics.”

“We bring the world’s smallest wireless sensors and turn any indoor space into a smart space,” said Bengt Johannes Lundberg, CEO of Disruptive Technologies. “Partnering with an intelligent operations provider like Checkit supports our strategy of giving customers access to the data they need to make more safe, smart and sustainable operations. Our innovative sensors, data and strategic relationships will continue to provide our customers with the insights they need to continuously improve the way they work, now and into the future.”