Integrated, Data-Driven, and Intelligent Building Operations

IoT for Building Management System (BMS)

MicroLOGIX provides IoT for building management system solutions designed to unify HVAC, lighting, energy, indoor air quality, occupancy, and equipment monitoring within a single intelligent framework. Our systems help organizations achieve reliable performance, stable environmental conditions, and measurable improvements in operational efficiency.

Why Buildings Need IoT

Many facility operations still depend on isolated systems with limited visibility. HVAC, lighting, energy management, and air quality monitoring often function independently. This increases inefficiencies and makes it difficult to maintain consistent performance across the building.

Common challenges include:

High energy consumption without accurate tracking
Manual inspection of HVAC, lighting, and equipment
Limited indoor air quality monitoring
Unplanned equipment failures
Poor visibility across floors or multiple buildings
Minimal data for space utilisation decisions
Legacy systems that cannot scale or integrate

A connected, automated approach is essential for modern buildings.

What IoT Adds to a Modern BMS

IoT enhances a traditional building management system by adding real-time sensing and intelligent communication across all subsystems. Sensors monitor HVAC performance, lighting operations, energy usage, indoor air quality, and occupancy levels. This provides facility teams with immediate visibility and supports faster, more precise control.

IoT also introduces automated decision logic and predictive maintenance. The system can identify irregular patterns, detect early signs of equipment issues, and apply corrective actions without manual intervention. This creates a stable and efficient operating environment that is easier to manage and maintain.

MicroLOGIX IoT BMS Capabilities

MicroLOGIX develops a complete ecosystem that includes an IoT building automation system supported by hardware, firmware, connectivity, cloud dashboards, and analytics.

Below are the core capabilities.

Energy Monitoring and Load Analytics

Energy consumption varies across equipment and zones. Our solution provides real-time measurements and clear insights that support informed decisions.

Key functions include:

These capabilities directly support better energy efficiency in buildings.

Smart HVAC Automation

HVAC systems have an impact on both comfort and operatinal costs. MicroLOGIX enables automated adjustment and monitoring using accurate sensor data.

Capabilities include:

This creates a consistent and efficient HVAC environment.

Indoor Air Quality Monitoring

Indoor air quality is crucial for health and convenience. MicroLOGIX integrates an indoor air quality monitoring system that evaluates CO₂, humidity, VOCs, and particulate matter.

The system adjusts ventilation automatically and provides continuous reporting. This maintains safe and stable air conditions throughout the facility.

Occupancy Tracking and Space Utilisation

Accurate occupancy data helps reduce unnecessary energy usage and supports better space planning.

Capabilities include:

This also supports automated control logic within an occupancy monitoring system framework.

Automated Lighting Control

Lighting significantly impacts energy consumption. MicroLOGIX integrates an automated lighting control system based on occupancy, daylight availability, and scheduling.

Features include:

This reduces energy waste and maintains consistent lighting quality.

Asset and Equipment Monitoring

IoT sensors provide visibility into equipment performance, including pumps, motors, chillers, and electrical systems.

Insights include:

This improves reliability and decreases the risk of downtime.

Predictive Maintenance

Predictive models analyse sensor data to detect early signs of mechanical wear or abnormal behaviour.

Benefits include:

Unified BMS Dashboard

All systems can be monitored from one central dashboard. The platform supports local and remote control and provides complete visibility across floors or multiple properties.

Functions include:

This serves as the central interface for a smart building management system.

Retrofit Integration with Legacy Systems

MicroLOGIX supports seamless integration with existing HVAC systems, lighting controllers, and electrical infrastructure.

Compatibility includes:

This allows buildings to adopt an integrated building management system without reconstruction.

System Architecture Overview

MicroLOGIX follows a structured architecture that ensures reliability, security, and scalability. This forms the foundation of our building automation system and integrated building management system offerings.

Components include:

Field sensors for environmental and equipment data
Wireless and wired communication modules
IoT gateways for device aggregation
Edge processing units for local automation
Cloud dashboards for analytics
Actuators for HVAC and lighting control
APIs for external system integration

Protocols such as BACnet, Modbus, and MQTT are supported.

Use Cases and Industry Applications

MicroLOGIX IoT BMS solutions support a wide range of operational environments. Each deployment is designed to improve visibility, optimize energy usage, stabilize environmental conditions, and enhance overall system performance. The platform scales effectively for single buildings as well as multi-site infrastructure.

Commercial Buildings

Organizations benefit from complete visibility across HVAC, lighting, and energy systems. The solution supports commercial building automation, reduces operational expenditure, and maintains consistent comfort across floors. Real-time dashboards and automated controls help building managers optimize performance throughout the day.

Healthcare Facilities

Hospitals require precise temperature and indoor air quality conditions for operating rooms, patient areas, and laboratories. IoT-based monitoring ensures stable environmental conditions and provides accurate data for compliance. Equipment effiency, room occupancy, and energy usage are tracked continuously for improved reliability.

Manufacturing Plants

Industrial environments rely on stable temperature, humidity, and equipment performance. IoT sensors support predictive maintenance and environmental stability that protects equipment, materials, and processes. The system helps maintain production efficiency and improves planning through accurate, real-time insights.

Retail and Shopping Centers

Large retail spaces consume significant energy through lighting, HVAC, and digital displays. Occupancy-based automation and centralized monitoring support better energy management, improved air quality, and consistent temperature control across high-traffic zones.

Educational Campuses

Multiple buildings across a campus require coordinated control. The system offers multi-building visibility, energy optimization, and automated scheduling for classrooms, common areas, and hostels. Accurate occupancy data supports resource allocation and long-term planning.

Hotels and Hospitality

Guest comfort depends on stable HVAC, proper lighting, and healthy indoor air quality. IoT-based BMS solutions enable property-wide control, energy optimization during low occupancy periods, and automated adjustments that improve the overall guest experience.

Residential Towers and Mixed-Use Developments

Residential buildings benefit from smart automation that supports better comfort, security, and energy management. The system provides monitoring across common areas, parking zones, lifts, and essential equipment, which improves long-term maintenance and operational efficiency.

These deployments contribute to reliable smart building solutions across different industries.

Key Benefits and Measurable Outcomes

Lower energy consumption
High operational efficiency
Predictive equipment insights
Stable environmental conditions
Reduced maintenance costs
Accurate occupancy and utilisation data
Integrated multi-system management
Faster issue identification

These outcomes support long-term facility performance and sustainability.

Security, Compliance, and Reliability

MicroLOGIX designs secure IoT architecture with multiple protection layers.

Key security features:

Encrypted communication
Role-based access control
Secure gateways
Verified device integrity
Regular firmware updates
Continuous monitoring

These features ensure reliable and secure operation.

Why Choose MicroLOGIX for IoT BMS

More than 25 years of experience in embedded systems and IoT architecture.
Complete engineering capability covering hardware, firmware, software, and connectivity.
Certified quality processes aligned with AS9100D and ISO 9001 standards.
Customized solutions designed for various building types and operational requirements.
Scalable frameworks suitable for small facilities and multi-building environments.
Strong integration support for legacy controllers and multi-brand equipment.
Long-term maintenance programs that ensure system reliability and performance.

How We Implement the BMS

Requirement Analysis: Assessment of existing building systems, environmental conditions, operational workflows, and integration constraints. This stage defines the technical scope and performance objectives of the IoT BMS solution.
Architecture Design: Development of the system architecture, including hardware selection, sensor mapping, connectivity planning, data pathways, and integration with legacy BMS components. Communication protocols and control logic are finalized during this stage.
Integration: Installation and configuration of IoT sensors, gateways, controllers, and field devices. Integration ensures consistent communication across HVAC, lighting, energy systems, and other building subsystems.
Development: Engineering of embedded firmware, cloud dashboard features, data models, and automation logic. This stage establishes communication flows, analytics functions, and user interface elements.

Testing: Execution of functional, performance, and environmental tests to validate reliability and accuracy under real building conditions. Testing includes device calibration, communication stability checks, and control logic verification.
Deployment: On-site commissioning of the IoT BMS. This includes final calibration, system verification, configuration of automation parameters, and alignment with operational requirements.
Support: Continuous monitoring, periodic software updates, system optimization, and long-term maintenance. Support ensures consistent operation and accommodates future upgrades or building changes.

Frequently Asked Questions

Can IoT BMS work with legacy systems?

Yes, MicroLOGIX supports integration with existing equipment through standard protocols.

How much energy can IoT BMS save?

Most buildings achieve reductions between 15 and 30 percent.

Is the system secure?

Communication is encrypted and access controls are enforced.

How long does deployment take?

Pilot projects can begin within weeks depending on building size.

Can this system manage multiple buildings?

Yes, the dashboard supports multi-site and multi-building monitoring.

What sensors can be used?

Temperature, humidity, CO₂, VOC, particulate, occupancy, vibration, and other industrial sensors.

Does MicroLOGIX provide ongoing support?

Yes, including monitoring, updates, troubleshooting, and optimisation.

Plan Your IoT-Enabled Building Management System

Let MicroLOGIX help you design a customized IoT BMS solution that enhances efficiency, reduces costs, and ensures seamless integration. Our expert team is committed to providing a solution that meets your facility’s unique needs and delivers long-term performance.