The best technology is not always the technology that attracts the most attention. In many situations, it can actually be an advantage if technology can collect information without disturbing people or changing what is being examined. This is one of the ideas behind XFinder’s contactless radar technology.
In healthcare and care environments, this can be particularly important. A measurement does not have to mean that a person needs to wear a sensor, undress, or have their sleep interrupted. XFinder’s technology can operate at a distance and through everyday barriers such as clothing and bed linen. This creates opportunities to monitor certain conditions in a more discreet way.
One example described is monitoring the amount of fluid in an incontinence product. Instead of requiring staff to regularly check the product manually, the system can detect changes from a distance and estimate the amount of fluid present. The idea is that the system can alert staff when action is needed and remain silent when everything is as it should be.
This can also mean fewer interruptions for families and care staff. If relevant information is already available before staff enter the room, their time can be used more efficiently. For families, continuous background monitoring can mean fewer unnecessary interruptions during the night.
The same basic principle can be used beyond healthcare. In industry, transport, and logistics, radar-based pattern analysis can be used to examine materials and products without opening or damaging them. For example, the contents of a sealed container can be analysed by reading the pattern created when multiple frequencies interact with the material.
XFinder’s vision is therefore not for technology to always be visible or demand attention. On the contrary, it can be integrated into the background – in a home, a care environment, or a production facility – continuously collecting information without disturbing people or processes.
To see more without disturbing. To know more without having to touch. This is the foundation of a new approach to contactless sensing.