Advantages of integrating Waybot with the BMS system
1. Synchronization with the building schedule
Waybot can receive data from BMS and plan its work according to the facility's schedule:
in office centers, the robot comes out after the end of the working day,
in shopping centers — at night or at times of minimal customer traffic,
in warehouse complexes — between loading and unloading.
This distribution of cleaning reduces disruption to staff and customers, ensuring high cleanliness without conflicting with business processes.
2. Management through a single platform
When the robot is integrated into the BMS system, the management company gains access to cleaning management from a single interface. This is especially convenient in large facilities or building networks — the administrator can see all processes in real time.
Advantages:
control of the cleaning schedule,
tracking of the robot's technical condition,
remote software updates,
receiving notifications about the completion of the cleaning cycle or malfunctions.
3. Interaction with other building systems
Integrating Waybot with a smart building allows you to take into account many factors:
turning lights on/off in occupied areas,
access to restricted areas,
operation of elevators for moving between floors,
turning off ventilation zones during cleaning.
Office automation with the participation of a cleaning robot becomes part of a comprehensive scenario — for example, “Night Cleaning,” where a whole chain of events is triggered: the building switches to night mode, the lighting system for Waybot is turned on, locks in restroom areas are opened, and the robot is started.

How Waybot connects to BMS
Integration is possible thanks to an open API and compatibility with protocols supported by BMS. Waybot provides:
SDK and API for connection,
support for BACnet and Modbus standards (common in BMS systems),
gateways for data exchange with other IoT devices.
Connection steps:
Building infrastructure audit — analysis of BMS capabilities.
Communication protocol configuration — selection of the information exchange method.
Zone and scenario coordination — logic is prescribed for when the robot is launched.
Testing and debugging — checking how the system responds to cleaning calls and completion of work.
Working in tandem — constant two-way data exchange.
This approach makes cleaning integration flexible and scalable: you can add multiple robots, delimit zones, or change the schedule on the fly.

Where cleaning integration with BMS is already being used
Business centers
The robot operates on a schedule, adapting to the tenants' schedule. Importantly, integration allows cleaning to be started automatically when there are no employees in the building. This is especially relevant in the case of nighttime automatic cleaning — without lighting and without the need for staff intervention.
Supermarkets and hypermarkets
In stores with high traffic, Waybot is activated during “windows” between peak shopping times. BMS transmits information about the load on different areas, and the robot will not go to a department where there are currently many people. This makes cleaning delicate and unobtrusive.
Logistics complexes
Integrating the robot with a smart building allows cleaning to be started between receiving/shipping cycles. This is especially convenient if the building has multiple floors or requires work in specific areas — all of this can be configured in the BMS.

Integration scalability
One of Waybot's key advantages is scalability. If you add new premises, construct additional buildings, or expand your network, you can easily connect new robots to your existing control system. There is no need to retrain your staff—simply integrate the devices into your existing interface.
Support for cloud management and open protocols makes such growth simple and fast.
Security and access control Waybot complies with all corporate security requirements:
authorized access to management,
protection of transmitted data,
log control of all actions (who started the robot, when, and where it worked).
This is important for large facilities, especially when automating offices, banks, and business centers.

Integration with smart systems: why it is convenient
The integration of cleaning robots means:
minimization of manual control,
precise adherence to schedules,
reduction of the human factor,
savings in time and resources.
And most importantly, it allows you to set up intelligent cleaning that takes into account a variety of factors: weather, traffic, equipment operation, and other BMS parameters.

Conclusion
The integration of Waybot cleaning robots into the building management system (BMS) is not just a step towards a technological future, but a real improvement in logistics, safety, and cleanliness of the facility. Thanks to open protocols, flexible integration, and compatibility with popular BMS systems, the robot is easy to connect, adapts to building scenarios, and begins to function as a full-fledged participant in the smart system.
Using the robot in a smart system allows you to automate cleaning, reduce costs, and increase control over processes. This is especially important for large offices, retail facilities, logistics centers, and chains of premises. If you want to implement modern, efficient, and safe office automation, Waybot is a reliable and scalable solution.