WEBVISION 5 - Cross-domain transparency

All trades, integrated systems and services can be visualized, operated and controlled from a single location with WEBVISION 5. This makes the increasingly diverse and complex building technology manageable for the user. In addition, the linking and processing of cross-domain data can be used to optimize system and building operation and contribute to energy and resource efficiency as well as cost savings.

The integrated building management solutions of WEBVISION 5 enable the functional operation of the building from a single control station:

• Heating, ventilation and air conditioning,
• Security technology such as fire alarm systems, intrusion alarm systems, access control systems and video surveillance,
• other technical building equipment such as sound systems and conference technology,
• external management systems such as facility management and asset management,
• smart, digital services such as indoor navigation and room booking.

WEBVISION 5 uses the communication standards commonly used in building technology to link the building systems into a holistically functioning network.

Within energy data management, WEBVISION 5 has interfaces for integrating different energy meters and readout systems. Meter values and operating data are easily read in via the common standard protocols.

Bosch's intelligent Smart Campus in Adugodi, a district of Bangalore, illustrates what the workplace of the future will look like. The basis for this are solutions and systems from Bosch Building Automation. They link software and sensors with the systems of the various building services and other smart building applications. By networking the technical building equipment, using complex automation strategies and artificial intelligence, a system is created that is geared towards the specific requirements of users and operators and raises the buildings on the campus to a new smart level.

Read more:

Integrated building automation as the basis for comfort and efficiency in the Smart Campus