
Bisly Server CX00
Central building supervision and coordination. Local logic and schedules; trend and meter collection.
BISLY WIRED TECHNOLOGY
Bisly wired technology brings controllers, I/O modules, room devices, lighting, metering, and integration gateways into one coordinated building automation system. Its complete hardware and software stack combines sophisticated control with established industrial interfaces and efficient deployment workflows.
Engineered Together. Configured for Your Building.

Central supervision coordinates the building; distributed controllers operate equipment locally. Ethernet links the automation LAN, while RS-485 field buses and dedicated gateways connect room devices, I/O, lighting, meters, and third-party plant. The layers below show functional roles; devices attach to their supported network or field bus.
Bisly BMS and cloud services · Installer App · resident interfaces
Server CX00 · Mini Server CX01 · router · Ethernet LAN · PoE switches
Controller CU08 and I/O: RS-485 · Room Controller RC04: field bus · DALI Bridge LD02: Ethernet → DALI-2 · integration gateways
AHUs and ventilation · heating and cooling · pumps and valves · lights · sensors · access · meters

Central building supervision and coordination. Local logic and schedules; trend and meter collection.

Autonomous plant-room and subsystem control. RS-485 Modbus RTU; expandable I/O and DIN-rail mounting.

Floor and equipment automation. 8 relay outputs; Ethernet and 3 RS-485 interfaces.

Sensor acquisition for plant and floor control. 8 analog inputs; configurable 0–10 V, 0–20 mA or 4–20 mA.

Valve, damper, and drive control. 8 analog outputs; 0–10 V signals.

Equipment switching and status monitoring. 8 relays; 8 isolated digital inputs.

Addressable lighting automation. DALI-2; one line with up to 64 control gears.

Room-level sensing and comfort control. Integrated temperature/humidity sensing; touch interface and universal I/O.
Datasheets on request.
Decades of Industry Experience. Built into Modern Building Automation. Modbus and BACnet are established building-control technologies. Bisly uses supported interfaces and gateways to connect existing infrastructure to its proprietary platform.
| Modbus RTU / TCP | HVAC equipment, plant controllers, meters, and industrial devices. |
|---|---|
| BACnet/IP | Supervisory interoperability: confirm the interface and data exchange scope during project design. |
| DALI-2 | Addressable lighting, scenes, dimming, presence, and daylight sensing. |
| M-Bus | Heat, water, gas, and electricity metering. |
| KNX integration | Existing KNX installations connect through KNX/IP gateways. |
Access-control readers.
IP intercoms and door stations.
Camera integration and live video.
External software connectivity through role-based access tokens.
Bisly’s digital-twin environment brings system design, device configuration, control logic, and commissioning into one coordinated process. Configure the building once and use the same digital model throughout installation and operation.
Build the digital twin with rooms, equipment, and system relationships.
Generate device configurations and control logic through visual configuration.
Match preconfigured devices to the digital twin by scanning their QR codes in the Installer App.
Use automated verification results and consistent handover documentation in ongoing building management.

Controllers and servers execute local logic, schedules, and equipment control without continuous internet availability.
A dedicated automation LAN separates building controls from tenant and office IT.
Device monitoring, secure remote access, and firmware updates support ongoing operation.
IBIS is Bisly’s exclusive U.S. distributor, supporting system design, partner enablement, product supply, and project coordination. Qualified U.S. contractors and system integrators perform installation and commissioning with IBIS support.
Combine wired plant infrastructure with Aurora wireless rooms and sensors. Both technologies share the Bisly BMS, digital twin, schedules, alarms, and operating environment.