Employees influence the success of the companies they work for. InSitu’s Real-Time Location System helps organizations safeguard their team members by improving their safety, reducing the time necessary for mustering and rescue operations, increasing security and streamlining location workhours reconciliation.
Every employee, contractor or site visitor is provided with a tag that identifies their precise location in real-time. The tag can be featured in a standard visitor badge, like those issued at conferences, or in a watch, like those worn in public baths or aquaparks. Optionally, tags can also be attached to clothing, in the same way as with athlete monitoring.
Even the most up-to-date paper-based mustering processes take a significant amount of time before finally securely discovering who is safe and who is still missing. The complexity of the process multiplies with the size of the facility, the number of floors within buildings and the amount of assembly (=muster) points. Digitalization of the mustering process significantly helps to decrease the time needed to complete it and brings real-time updates of those accounted for and those persons still missing, together with an instant evacuation list.
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In case of emergencies such as fires, explosions or gas leaks, the exact location of affected personnel is known, dramatically reducing the time necessary to rescue them. The location tags are also equipped with a “panic button” with a “man down” feature. In case of a heart attack, incapacitation or injury, the affected person can request help immediately by pressing the panic button, sending an alert with their current position to the control room and speeding up the rescue operation.
Having real-life historical data of the movements of all people and, eventually, also key objects during emergency drills helps to verify the validity of evacuation routes, reveal blockers, both in the paths and the processes, and streamline them. Facility emergency managers can use these real-life-based insights to handle special emergency scenarios in the best possible way, maximizing the safety of all people at the facility.
InSitu RTLS’s geofencing feature allows you to set any number of virtual zones, representing geographic boundaries, and enable the automatic triggering of a response when a tracked tag enters or leaves an area. For example, when a person enters a warning zone, the IO link enabled light tower can signalize a possible danger and also alert the facility manager about the violation. If the person continues into the dangerous zone, the machine that represents a risk to the person’s health can be automatically stopped, preventing any threat of injury.
Certain safety use cases combine people tracking with tracking moving objects, such as tracking forklifts, to prevent injuries. At unloading areas, forklifts are busy with their operations and at any time, anyone, such as the truck driver who just came with new cargo, can suddenly appear in the proximity of the forklift. By tracking both the forklift and the truck driver, the system can automatically alert the forklift operator on their screen that a person (the truck driver) has suddenly entered their operational zone to prevent a fatal injury.
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The tracking badge or tag worn by a person can feature additional sensors such as a radiation dosimeter, thermometer or carbon dioxide (CO2) concentration sensor. This then can inform the person immediately if they are being exposed to unhealthy or even risky levels of radiation, concentrations of CO2 or a high temperature for an impermissible period. The information can then be shown on displays within the facility or sent to the person’s mobile device.
Respiratory infections, such as flu or coronaviruses, including Covid-19, are a serious health risk and their transmission across the workplace is even easier in a closed indoor facility. Using UWB RTLS, companies track team members on their premises to help prevent the spread of infection by monitoring, with one click, anybody who has come into contact with a newly identified infected person. Those exposed staff members are tested and receive the treatment they need as quickly as possible. This “smarter”, faster and selective quarantining helps to save lives and keep mission-critical operations running at all times.
In this use case, the real-time location of the material handling device (AVG) and the worker is known to the system that controls the production. Once the AGV arrives at the workstation (Zone B), the worker closest to the AGV gets a message on his smartwatch to unload the AGV. Once he has finished his operation, he presses the “End of unload” action on his smartwatch, which triggers the AGV to move to its next location. Having this in place, the waiting times on both sides – machine and human – are reduced, resulting in higher operational efficiency. Similar use case have been implemented in project for Continental.
Indoor navigation helps people, both employees or site visitors, by directing them to their planned destination in the shortest time and safest way possible. People can be guided by a mobile device, with the tracking tag either on the device or in the visitor badge. This benefit becomes even more important when supporting the movement of visually-impaired people, who can be easily vocally guided to their target spot.
People flow heatmaps and spaghetti diagrams show movement density and flow, helping to visualize the flow patterns and display analytics of the movements and interactions of the people and things in your physical space. They reveal the dwell-time patterns and highlight waiting times, allowing an increase of operational efficiency through process, space and workflow optimization. Knowing at which location and zone people spent their time can also be used for automatic workhours reconciliation for subcontractors.
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