Room temperatures, lighting and ventilation are autonomously adjusted based on where people are in the building and customer selected controls. This ultimately helps automate daily building operations, optimise energy use and drive employee comfort while monitoring GHG emissions.

Fine-tuning by harnessing the power of AI

“Buildings have historically been a substantial contributor to overall carbon emissions, but with the rise of hybrid work, operators now have the opportunity to take a fresh look at addressing their environmental impact by moving their HVAC systems away from consistent 9-to-5 schedules,” said Greg Turner, Chief Technology Officer of Honeywell’s Building Automation segment. “By tapping into a building’s existing technology infrastructure and harnessing the power of AI to fine-tune heating and cooling according to zone occupancy levels, our collaboration with Cisco empowers building owners to gain control of their environment and significantly curb emissions.”

The collaboration is part of Honeywell’s broader effort to help companies reduce their buildings’ environmental footprint and supports Honeywell’s alignment of its portfolio to three compelling megatrends, including automation and energy transition. It is also enabled by Cisco’s Country Digital Acceleration programme, a global initiative that collaborates with government and private sector leaders to build sustainable, secure and inclusive communities powered by ethical and innovative technology solutions.

An era of real-time data insights

“The convergence of IT and OT infrastructures, seamlessly interoperable with leading building management system (BMS) platforms, ushers in an era of real-time data insights that can optimise energy usage, regardless of building age or retrofit status,” said Wes Sylvester, Vice President of Cisco’s Industry Solutions Group. “By working closely with Honeywell, we’re enabling building operators with enhanced visibility and control over operational data, setting a new standard for energy efficiency and reduced environmental impact.”