Indoor Geolocation: Protecting Isolated Workers

Indoor geolocation helps maintain continuous protection for lone workers when they are inside buildings or on large sites where GPS coverage may be limited. While GPS can accurately locate employees outdoors, signals can weaken or become unavailable once a worker enters a building, particularly in large industrial facilities, warehouses, basements or complex multi-level sites.

Indoor geolocation technology helps bridge this gap by enabling a lone worker's location to be identified more accurately inside the premises. This means that, if an alert is triggered due to an accident, fall, medical emergency or threat, responders can locate the employee more quickly and provide assistance without delay.

This is particularly important for technicians, maintenance engineers, security personnel and other employees who work alone across large or complex sites where immediate assistance may not be readily available.

To address this challenge, Scutum offers a comprehensive lone worker protection solution that incorporates indoor geolocation technology. Our devices, combined with strategically positioned indoor radio beacons, enable lone workers to be located even in areas where GPS signals are unavailable or unreliable.

The lone worker device automatically detects and records nearby beacons within a defined range. If an alert is triggered, the device transmits the identifiers of the last detected beacons to the remote monitoring centre, allowing operators and emergency responders to accurately determine the employee's location.

This significantly reduces response times and enables assistance to be directed precisely where it is needed, improving safety and ensuring rapid intervention in the event of an incident.

SIGFOX is a network dedicated to connected objects. It enables them to exchange information at low speeds while consuming little energy. The network covers the whole of France and 44 other countries around the world. It connects more than 7 million devices that send and receive data on a daily basis. Also known as the 0G network, it is an alternative to 4G or 5G.

The Internet of Things (IoT) refers to a network of connected devices that can communicate, collect and exchange data over the internet. These devices are used across a wide range of sectors, including industry, logistics, healthcare, smart buildings and security.

By connecting physical objects to digital systems, IoT technologies provide greater visibility, automation and control, enabling organisations to monitor assets, improve efficiency and make more informed decisions in real time.

The evolution of the internet has often been described in phases. While the rise of social media and user-generated content is commonly associated with Web 2.0, the emergence of connected devices and intelligent, data-driven interactions has contributed to the development of Web 3.0, creating a more connected and intelligent digital ecosystem.