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Honeywell and Cisco Join Forces to Optimize Building Energy Efficiency with AI

Key Highlights:

  • AI-driven solution: Combines Honeywell Forge Sustainability+ and Cisco Spaces for optimized energy use.

  • Real-time adjustments: HVAC systems adapt to occupancy data, enhancing comfort and productivity.

  • Sustainability focus: Supports reduced GHG emissions and aligns with energy transition megatrends.

Source (PR Newswire)

Notable Quotes:

"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."

Greg Turner, Chief Technology Officer at Honeywell Building Automation

"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."

Wes Sylvester, Vice President at Cisco Industry Solutions Group

"The continued presence of hybrid working policies and lower office utilization... has put owners under substantial financial and environmental pressure to ensure they are operating facilities efficiently and not wasting resources.”

Harry Wilson, Analyst at Verdantix

Our Take:

The collaboration between Honeywell and Cisco represents a significant step forward in the quest for smarter, more sustainable building management. By leveraging AI and machine learning, this solution addresses a critical need in today's hybrid work environment: reducing energy consumption while maintaining or even improving employee comfort and productivity. The focus on real-time data-driven adjustments not only optimizes energy use but also aligns with broader environmental goals, including the reduction of greenhouse gas emissions. As buildings remain a major contributor to global carbon emissions, such innovations are crucial in the transition toward more sustainable urban infrastructure.