System integration
Connect equipment and third-party systems through Bus77, Modbus, BACnet, OPC, MQTT and other protocols.
Manage your building in one interface
Engineering system data and controls in one workspace for your facilities team.
See how your building is performing. Take control.
iRidi BMS brings engineering equipment data together. Your team can view information and control systems through an interface tailored to the building.
Move from a building overview to an individual system: check readings, adjust settings and review the change history.
One platform for building management
The SCADA system is a core part of the iRidi building automation ecosystem. It brings building data into one environment, processes and stores it, and presents it to users in the formats they need.
Data and analytics
Historical readings, event logs, charts and data processing rules help identify the causes of deviations.
Reliable operation
Server redundancy and local data processing keep the system running across sites of different sizes.
Access control
User roles, activity logs and secure connections help control access to system functions.
Building systems in one interface
HVAC
- Room heating and heating substations / boiler rooms
- General and smoke control ventilation
- Air conditioning and cooling
- Drainage and on-site treatment facilities
- Water supply and treatment
- Leak detection
A workspace for facilities teams
The operator sees the readings and tools they need. Data views and available actions are configured for each project.
- Visual system status
- Adjustable setpoints and schedules
- Change history
- Role-based access
From sensors to the operator's workstation
Data flows from field devices through controllers and integration servers into SCADA. The cluster server distributes processing and keeps a local archive.
01 / Field level
Sensors and equipment
Engineering system readings and actuators
02 / Automation
iRidi PLC and integration
Local control and third-party system connections
03 / Processing
SCADA and cluster server
Collection, archiving, events and load distribution
04 / Operation
Operator workstation and web client
System diagrams, charts, alarms and controls
Available connections and functions depend on the equipment and project design.
Key components of iRidi SCADA-BMS
Software, servers and controllers bring the building's engineering and IT systems into one management environment.
SCADA software
Software for monitoring, control and automation of building engineering systems. It supports protocols used by leading equipment manufacturers in Russia and worldwide.
Cluster server
Collects and processes data on site, maintains a local archive and sends information to higher-level systems. The compact enclosure mounts on a DIN rail.
Integration server
Connects controllers and systems using different protocols to the iRidi BMS ecosystem. It supports more than 70 automation protocols and can act as a gateway between systems.
PLC and I/O modules
The hardware controller manages local automation systems in real time and sends data to the management platform. I/O modules connect actuators and sensors through standard interfaces.
Typical iRidi SCADA-BMS projects
Monitor HVAC, power supply, lighting and access from one place. Schedules and early deviation alerts help facilities teams respond.
Key functions:- HVAC and power monitoring
- Lighting and access control
- Schedules and deviation alerts
Monitor cleanroom ventilation, indoor climate and backup power. Operators can see readings from critical areas at their workstation.
Key functions:- Cleanroom ventilation monitoring
- Indoor climate and backup power monitoring
- Critical area monitoring
Manage climate, lighting and engineering systems in guest rooms and shared spaces using operating scenarios.
Key functions:- Climate and lighting control
- Guest room system monitoring
- Scenarios for shared spaces
Integrating security, lighting and climate control creates a comfortable learning environment. Centralized monitoring helps track classrooms and engineering infrastructure.
Key functions:- Lighting and climate control in classrooms
- Engineering system monitoring and energy metering
- Access control, video surveillance and fire safety
Monitor cooling, energy use and backup power to keep critical infrastructure running.
Key functions:- Cooling monitoring
- Energy use monitoring
- Backup power monitoring
View station engineering systems, energy use and security events centrally on one screen.
Key functions:- Station engineering system monitoring
- Energy use monitoring
- Security events in one interface
Monitor and control climate, lighting, refrigeration and power remotely across all retail locations.
Key functions:- Remote climate and lighting control
- Refrigeration monitoring
- Retail power monitoring
Design and deliver with iRidi
System architecture
Advice on system design and solution components. We help select equipment and plan integration around your project's needs.
Training
An introductory platform course with practical exercises. Your team learns to configure interfaces and work with the project.
Support
Help during implementation and product operation. We assist with launch and answer questions after deployment.
God’s Eye service
A flexible online service for remotely monitoring the health of engineering equipment, AV devices and IT infrastructure at automation sites.
God’s Eye is designed for automation sites with iRidi Pro servers and online licensing. It provides:
- alerts when site readings exceed permitted limits
- notifications when components with scheduled service lives need replacement
- alerts about abnormal component and system conditions at remote sites
Remote monitoring scenarios
A rapid rise in server CPU temperature may indicate a hardware problem. Arrange maintenance before overheating causes a failure and additional costs.
Memory usage reaches 90%, indicating that the project may be too large or complex for one server. Moving some functions to another server can improve responsiveness and data processing speed.
Low disk space calls for deleting data or configuring automatic cleanup. A full disk can stop the server and may reset the application.
A collector runs too often or for too long, suggesting that its JavaScript needs optimization. Otherwise, the system may slow down and user commands may stall.
Frequent power cuts or phase voltages outside the permitted range may call for a power system upgrade or a discussion with the energy supplier.
A bus device stops responding, leaving some automation functions unavailable. For example, lights may not turn on or thermostats may stop working.
Frequently asked questions
Can existing equipment be connected?
Compatibility depends on equipment models, interfaces and available drivers. Prepare a list of systems and devices so we can assess the options.
What does the solution include?
The components depend on the project: software, servers, integration devices and control equipment. Selection starts with the building's needs.
Can the system be expanded?
Expansion depends on the chosen architecture and licenses. Plan future phases and additional systems during design.
What should I prepare to discuss a project?
Share the building type and scale, a list of engineering systems, equipment models and operational needs. Mention any technical brief when you contact us.
Let's discuss managing your building
Tell us about your building and the systems to connect. We can help define the solution and the next step.