Our multi-sensor IoT system can be quickly installed to monitor live indoor occupancy levels and indoor environmental conditions.
To make your building truly SMART, our system includes a full range of building automation capabilities. This has been our core since the beginning of our company, and our experience with occupancy-based building automation control strategies is second to none.
Fully customisable system – can be extended with 10s-100s of IoT sensors without additional cabling or new IOs. Sensors detect air quality levels (Carbon Dioxide, Particulate Matter, Volatile Organic Compounds), environmental comfort (Temperature and Humidity), granular occupancy (desk sensors and meeting room occupancy numbers) and more.
Base – broad range occupancy level sensor
The “Base” is our long-range, broad level occupancy sensor, which determines the percentage occupancy levels by measuring the number active WiFi devices on a floor area c.3,000 – 5,000 sqft wide.
It also acts as a gateway node for our other wireless IoT sensors, and forms the backbone of our system.
EXTRA: The Base integrates directly with your building infrastructure (e.g. your BMS), locally via industry standard protocols (BACnet/IP), to reduce energy consumption, lower carbon emissions and improve comfort & air quality.
Sahara – indoor air quality sensor
The Sahara sensor is fully kitted out to measure:
- Carbon Dioxide (CO2) levels with a dual-channel NDIR chip (which achieves the accuracy to WELL Standard)
- Particulate Matter (PM2.5)
With an additional option of measuring
- Volatile Organic Compounds (relative change only), or
- Ambient light levels and colour
It can be powered via a micro-USB cable or internally via hidden cables, compatible with 5V USB adapters.
Alpine – CO2 sensor
The Alpine sensor is the smaller brother of the Sahara, and measure only CO2 levels (via a dual-channel NDIR chip)
It is powered via a USB C cable, and can be used with any 5V USB power supply / adapter, eg your laptop.
Hoth – temperature and humidity sensor
The Hoth sensor measures temperature and relative humidity. Multiple temperature sensors in one space can be used to create and monitor spatial heatmaps, and balance floor heating or cooling, especially where solar gain is high.
It is battery powered, lasts up to 5 years.
Recommended placement is at shoulder height, away from heating or cooling sources.
PIR – desk motion sensor
The PIR sensor is designed to measure if a desk is occupied, not occupied, or how long since it was last occupied. It uses a passive infrared (PIR) sensor chip to detect the movement of heat.
It is battery powered and lasts up to 5 years.
It is designed to be easily stuck under a desk, but can also be placed in a small meeting room.
Hal – granular occupancy count
Hal is a ceiling-mounted sensor counts number of people in a room. For a normal office ceiling of ~2.5m Hal’s range is 6m x 6m.
It uses infrared technology and edge machine learning to detect thermal signatures (related to people) that are present in its field of view.
It pin points the position of such thermal signatures, and as well as counting the number of people, it is able to determine their position.
It is battery powered and has an estimated battery life of 5 years.
Our live insight platform
All data collected in your buildings can be monitored in real-time and on the go through our insight digital portal.
- Intuitive dashboards, with historic analytics, live floor-plans, heat-maps and timeline
- Email alerts and notification when environment quality levels drop below optimal benchmarks.
- Quickly identify areas in need of attention
How it works
A simple installation process with quick completion times
Most sensor installations can be done in 2 or 3 days and BMS integration completed in 2-3 weeks depending on the complexity of building area.
The data starts with the sensor units selected by the customer, such as air quality or temperature sensors. These subsidiary sensors operate in a transmit-only mode to send data to the LightFi Base sensor. The base sensor operates as both a sensor gateway and our patented long range occupancy level sensor.
The base sensor includes an internal firewall and only communicates data outward to our managed IoT cloud systems using authenticated and encrypted connections. Where desired, it is also possible to send data directly into building management systems (BMS) to, for example, control ventilation based on occupancy levels, maximising health, comfort and energy efficiency.
Modular and flexible
LightFi’s sensor system is designed to be modular and flexibly extend to meet customer sensing requirements. The system is designed to collect building environment and occupancy data and to use this to provide information and insight to customers in an easy, simple and secure manner, helping them analyse and improve the health and performance of their buildings.
Data is stored securely in the cloud and approved users can authenticate using our managed user system to view data for their building(s) using our web platform. User access can be restricted on a per site/building/floor basis depending on customer needs. Sensor device functionality is restricted throughout to ensure only minimal required hardware and services are used. The limited nature of the communication used means that it is possible for customers to implement highly secure locked down internal networks and firewalls to further enhance their own security.
Protecting your information and privacy
Sensor selection can be tailored to customer needs but even the most extensive sensor package installed in a building presents both lesser potential intrusion (no microphone, camera etc.) and smaller attack surface (stripped down connectivity, minimal software overhead and hardware capabilities) than a typical mobile phone carried by building occupants. The sensor system is fully GDPR compliant, and LightFi does not collect personally identifying information from the sensors. A DPIA is carried out regularly and fully accessible to our clients.