.svg?auto=format,compress&fit=crop&crop=faces,edges&w=96&h=64&q=60)
Optimize building comfort and experience for your tenants. Use building and environmental data to predict optimal indoor conditions and have it auto adjust. Use Comfort AI to:
Leverage building and environmental data to improve the comfort of building occupants. Optimize all indoor spaces based on building utilization, solar radiation and weather forecasting data.
Visualize your spaces and quickly switch what you are looking at, from a full global overview to specific building controls. Customize your views to narrow into specific buildings, floors or rooms.
Quickly get a real-time overview of how well your spaces comply with expected comfort KPIs. Trace indoor temperature behavior across months, down to a single minute of time.
Use simple dashboards to quickly spot spaces operating outside your determined comfort bounds on a building and floor level.
View a detailed room list to assess comfort KPIs, such as comfort compliance, HVAC status, indoor temperature and Comfort AI activity status.
Switch easily between different buildings and locations in your portfolio.
Monitor indoor temperatures and ensure they remain within the configured comfort bounds.
Generate insights on a room's comfort status using real-time and historical data, allowing you to have detailed views down to the minute.
During maintenance, immediately activate or deactivate the AI-powered comfort optimization at the building, floor or room level.
Reactivate Comfort AI without any wait times or the need to retrain AI models.
To use Comfort AI, you need your building connected to and sending data to the Building X platform. Connectivity may seem complex, but it doesn't have to be. Learn about our simplified solutions:
The University Properties of Finland (SYK), the company that owns and maintains the buildings of Tampere University with its more than 11,000 students, has completely rethought its approach to building maintenance.
Company:SYK
Siemens Software:Building X
Tomorrow's Vision:Maintaining building comfort despite fluctuating temperatures, unforeseen damage, unsteady energy requirements and ever-changing user behavior.
Academic buildings need to be optimal learning environments so students can focus and excel in their studies.Â
Comfort AI uses automated temperature control based on weather and occupancy data. This lets you create optimal learning environments by adjusting conditions in real time.
Maintaining optimal environmental conditions for patient comfort in healthcare facilities can be difficult.
Enhance patient comfort and staff productivity through intelligent climate control, adaptive lighting and air quality management with Comfort AI.
Maintaining tenant comfort in varied and complex commercial properties can be difficult.
Use Comfort AI to enhance tenant comfort through intelligent climate control with adaptive HVAC systems and personalized comfort settings and environmental analytics. Increase tenant satisfaction to maintain and improve occupancy rates.
The research and equipment in life sciences buildings require that exact conditions are maintained to ensure product quality and overall compliance.
Use Comfort AI for sterile environment maintenance, climate precision and real-time adjustments, ensuring precise environmental control for labs and production areas.
