New sensor technology to enable scalable smart building solutions
Pressac is to launch new sensor technology which will give customers more choice and flexibility when building large-scale IoT solutions. The new technology, which has been developed at the company’s high-tech UK design and manufacturing facility, is designed to be smart, scalable and secure.
It enables the monitoring of a range of different parameters in just one device and is not confined to any one wireless protocol or platform, making smart sensing more efficient and interoperable, meaning organisations can get the exact data they need, how they need it.
The technology has been designed to enhance Pressac’s existing portfolio of products and introduces new sensing capabilities – volatile organic compounds (VOCs), particulate matter (PM 1, 2.5, 4 and 10) levels, light and sound.
The technology will also be available to select companies looking to partner with Pressac to create bespoke configurations for high-volume sensing solutions.
Pete Burbidge, Pressac’s Managing Director, said: “In a world where creating the right office environment is more important than ever, more and more companies will be turning to smart sensor technology to do this.
“We’ve listened to our customers and what we’ve developed here is a high-quality platform, giving them the flexibility and scalability they need.
“Our aim is to help companies looking to deliver large-scale IoT deployments to get the building, workplace/facilities and equipment data they need as effectively and efficiently as possible.”
Pressac will be showcasing the new technology at the Smart Buildings Show at ExCel London on October 6th and 7th. The annual event brings together the latest information and technology in the smart buildings industry, and Pressac colleagues will be on hand to give demonstrations of their new products.
If you’re unable to make it to the show but would like to know more about Pressac’s technology, you can contact Pressac on 0115 936 5200 or email firstname.lastname@example.org