The joint-venture partnership aims to develop an artificial intelligence platform that uses a fleet of autonomous mobile robots to track construction progress and provide safety monitoring at sites.
The new robotics platform dubbed 鈥楧idge鈥� provides autonomous 鈥榚yes-on-site鈥� 24/7 by obtaining detailed visual data at construction sites, It is intended to create a bridge to the field between design models, digital twins and plans, while also boosting transparency, monitoring safety and expediting progress tracking.
The platform is designed to be customizable and multi-functional to include capabilities such as 360掳 video capture and daily laser scanning in order to automate a connection between the field and BIM. The platform will also be able to monitor environmental conditions and enhance security surveillance on project sites.
"Our robotics platform is designed to offer a cost-efficient, automated means to make construction sites safer and more efficient," said Michael McKelvy, president and CEO of Gilbane Building Company. "We're always looking at ways to deliver greater value to our clients and our partnership with Nextera Robotics aims to do just that. Throughout our 150-year history, Gilbane has focused on developing innovations that help us to build smarter with the highest levels of safety."
"We truly believe that smart and gradual involvement of robotics and AI on all levels of construction, in every process 鈥� can improve productivity, increase safety and promote sustainable operations and a better environmental footprint for the entire industry," said Lana Graf, CEO and founder of Nextera Robotics. "Nextera Robotics is all about efficiency and sustainability - and our extremely powerful AI and deep learning powered software and products are built to make a long-awaited shift in construction. We as a robotics company are proud to be recognised by an industry leader such as Gilbane and together we will bring innovative and practical robotics products to the industry."
Didge robots are fully autonomous, and the fleet does not require human supervision. Each robot can drive for up to six hours, and then parks itself at the nearest base station for recharging. The robots are using an approach similar to self-driving vehicles in order to navigate through the complex construction site environment.
The Didge robot fleet currently includes wheeled and tread versions, capable of scaling stairs or using human-operated hoists. Regardless of the robot type, all are sharing the same 鈥榖rains鈥� and 鈥榚yes鈥�: high-performance edge computers and advanced navigation software, and all are connected to a fleet management cloud.
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