With the recent flood of low cost connected building systems and sensors, mobile hardware and apps, and powerful data analysis tools, the whole [building management and operations] industry is being transformed and Site 1001 is right in the middle of it.
Kansas City, Missouri (PRWEB)
August 02, 2017
Site 1001, Inc., developer of artificial intelligence-driven building maintenance and management platforms, today announced it has raised an additional $6 million in a Series A1 funding round, bringing their total Series A to $11million raised. Participants in the Series A1 include JE Dunn Construction Company as lead investor with additional participation from Flyover Capital, Tifec, Ward Ventures and KC Rise. With the exception of KC Rise, all of the investors also participated in Site 1001’s initial $5 million Series A raise in September 2016. Site 1001 will use the funding to accelerate its engineering and research and development efforts as well as expand its sales and implementation teams.
“The speed at which building management and operations are changing is staggering,” said Cleve Adams, CEO of Site 1001. “As recently as 2014, this industry pretty much worked the same way it has for 25 years or more. But with the recent flood of low cost connected building systems and sensors, mobile hardware and apps, and powerful data analysis tools, the whole industry is being transformed and Site 1001 is right in the middle of it,” he said.
Site 1001 was founded in August 2016 as a technology spin out from construction giant JE Dunn Construction Company of Kansas City, Missouri. The system began as a mobile facilities management platform that used the building information collected during construction to help building owners and operators run and maintain their systems more efficiently. Since its launch, the company has enhanced the platform through machine learning tools that can recognize and onboard building components in existing facilities, automate interactions between multiple building sensors and systems, and more accurately predict equipment maintenance needs and assess the overall “health” of a building.
“Coming from a construction background, we understand buildings differently than others do,” Adams said. “We know a building is not a bunch…