Transforming Building Management with AI-Powered Multi-Sensors: The Role of Resense™ Move
Introduction: The Rise of Smart Building Management
The building management landscape is evolving rapidly with the adoption of smart building technologies. As organisations increasingly prioritise energy efficiency, operational cost control, and sustainability, integrating intelligent solutions into Building Management Systems (BMS) has become a strategic requirement rather than an optional upgrade.
Modern smart buildings are designed to optimise energy consumption, enhance occupant comfort, and streamline facility operations. One of the most influential developments enabling this transformation is the use of AI-powered multi-sensors, which are redefining how buildings sense, respond, and adapt to real-time conditions.
A leading innovation in this space is Resense™ Move, an advanced AI-driven sensing solution from Messung BACD, Distributor of Distech Controls India, engineered to improve efficiency, intelligence, and sustainability across building automation systems.
What is Resense™ Move?
Resense™ Move is an AI-powered multi-sensor for smart buildings that combines multiple sensing technologies into a single, compact device. It is designed to improve energy efficiency, indoor comfort, and overall operational performance within modern Building Management Systems.
Using IoT sensors for BMS, Resense™ Move continuously captures real-time data from different areas of a building and uses this information to optimise HVAC systems, lighting control, and other essential building services.
The device integrates seamlessly into smart building environments and supports advanced sensing capabilities, including people counting sensors for buildings, ambient light sensing, sound level monitoring, TVOC (volatile organic compound) detection, and temperature and humidity measurement. Together, these inputs provide actionable intelligence that helps facility managers improve energy performance, enhance indoor environmental quality, and make informed operational decisions.
AI-Powered Multi-Sensors: The Future of Building Automation
AI-powered multi-sensors are transforming building automation by enabling continuous monitoring, intelligent analysis, and adaptive control of building systems. Unlike conventional automation solutions that rely on static setpoints and manual intervention, AI-enabled sensors dynamically respond to real-world usage patterns.
By analysing occupancy behaviour, environmental conditions, and usage trends, these sensors allow building systems to self-optimise over time. As more data is collected, AI algorithms become increasingly accurate, delivering improved performance in occupancy detection, indoor air quality monitoring, and energy management.
This shift enables buildings to become not only smart but also responsive and adaptive, ensuring optimal comfort levels while eliminating unnecessary energy consumption. For building owners and facility managers, this means greater automation of HVAC, lighting, and security systems, reduced manual oversight, and improved operational efficiency.
Key Features of Resense™ Move
Resense™ Move includes a comprehensive feature set designed to support energy-efficient and intelligent building operations:
AI-Based People Counting and Occupancy Detection
Using privacy-friendly thermal imaging technology, the occupancy detection sensor accurately counts people within a space. This data allows HVAC and lighting systems to automatically adjust based on real-time occupancy, reducing energy waste while maintaining comfort.
Indoor Air Quality Monitoring
Integrated TVOC and air quality sensors continuously monitor indoor air conditions, detecting pollutants and harmful gases. This supports healthier indoor environments and improved occupant well-being.
Light and Sound Level Sensors
The ambient light sensor automatically adjusts lighting levels based on available daylight, optimising energy usage without compromising visual comfort. The sound level sensor helps monitor noise levels, contributing to better acoustic comfort.
Energy Management and Automation
By using occupancy and environmental data, Resense™ Move enables real-time control of HVAC and lighting systems. Its integration with building automation platforms helps reduce energy consumption and operational costs.
Bluetooth® Low Energy Connectivity
With BLE connectivity, Resense™ Move enables wireless control of HVAC, lighting, and sunblind systems via the myPersonify mobile app or through Uniwave series room sensors.
Compact and Flexible Installation
The sleek, modern design allows Resense™ Move to blend into different architectural settings. It supports both false ceiling and concrete ceiling mounting, offering flexibility across commercial and institutional buildings.
Real-Time Visual Feedback
A configurable LED indicator provides immediate visual feedback for conditions such as room occupancy or cleaning requirements, enabling quicker facility response and better space management.
Applications of Resense™ Move in Smart Buildings
The implementation of Resense™ Move across smart buildings supports multiple high-impact applications by continuously feeding actionable data into building systems:
Smart Lighting Control
Occupancy and ambient light detection ensure lights operate only when required, improving energy efficiency while maintaining optimal illumination.
HVAC Optimisation
Real-time occupancy insights allow HVAC systems to adjust dynamically, delivering heating and cooling only to occupied spaces and significantly reducing energy costs.
Indoor Environmental Quality (IEQ)
TVOC-based air quality monitoring enables proactive management of indoor pollutants, helping maintain healthier and more productive indoor environments.
Impact on Energy Efficiency and Operational Costs
Resense™ Move delivers measurable improvements in both energy performance and facility operating costs:
Energy Savings
Intelligent analysis of occupancy and environmental data ensures HVAC and lighting systems run only when necessary, leading to consistent reductions in energy consumption.
Reduced Operational Overheads
Automated control minimises manual intervention, streamlines facility management, and reduces ongoing operational effort.
Sustainability and Compliance
Lower energy consumption directly supports sustainability goals and reduces carbon emissions. The use of energy-efficient smart building technologies also helps meet green building standards and certification requirements.
Why Choose Resense™ Move for Smart Building Automation?
Resense™ Move offers long-term value for building owners, developers, and facility managers:
Comprehensive Building Insights
Its multi-sensor architecture delivers a holistic view of building performance, enabling smarter decisions and better resource allocation.
Future-Ready Smart Building Technology
Designed for seamless integration with current and future BMS platforms, Resense™ Move ensures scalability and long-term relevance.
Enhanced Occupant Comfort
By maintaining optimal lighting, temperature, and air quality conditions, Resense™ Move improves occupant experience and supports higher tenant satisfaction and retention.
Conclusion: The Future of Building Management with Resense™ Move
As the demand for energy-efficient, intelligent, and sustainable buildings continues to grow, AI-driven solutions like Resense™ Move are becoming essential components of modern building management.
With its AI-powered multi-sensor architecture, real-time data intelligence, and seamless BMS integration, Resense™ Move sets a new benchmark for smart building automation. It enables buildings to operate more efficiently, reduce operational costs, and deliver superior occupant comfort.
Looking ahead, the future of building management will be shaped by intelligent IoT integration, predictive insights, and continuous environmental monitoring. Resense™ Move represents the next step in this evolution. It helps organisations build smarter, more resilient, and future-ready spaces.