How the IoT supports safe ageing at home

The demographic structure is changing significantly in many countries. People are living longer, and more and more older people want to continue living in their own homes for as long as possible. A person’s home represents familiarity, independence and a good quality of life. For many older people, it is therefore important to be able to continue living their daily lives in familiar surroundings.

However, certain risks in daily life also increase as people age. Falls, health incidents or sudden changes in behaviour can quickly lead to dangerous situations, particularly if the person lives alone. Relatives and carers are therefore wondering how they can ensure safety without restricting privacy or compromising independence.

This is where the Internet of Things (IoT) comes into play. Modern IoT technologies allow living spaces to be monitored intelligently without the need for invasive methods such as cameras. Together, sensors, secure network connections and intelligent data analysis can form a kind of digital safety net. This system can detect unusual situations and automatically inform relatives or carers.

Here at INOVIS Live Automation AG, we are experiencing an increasing demand for these types of solutions. An increasing number of integrators, care organisations and technology partners are showing interest in Internet of Things (IoT) systems that enable older people to live safely and independently in their own homes.

Sensors as the foundation of modern security solutions

A key component of modern Internet of Things (IoT) solutions is smart sensors that can detect movement or activity patterns within a home. The aim is not to monitor people directly, but rather to identify potentially dangerous situations at an early stage.

One example of such technology is the Milesight VS373 Radar Fall Detection Sensor. This sensor uses radar technology to detect movement in a room and recognise when someone has fallen.

A major advantage of this solution is that it does not use a camera. While cameras are often perceived as intrusive or disruptive in many private settings, the radar sensor operates completely anonymously. It detects movement patterns and body positions without capturing images or videos.

This means that the sensor can be installed in sensitive areas, such as bathrooms and bedrooms.

The radar technology enables highly accurate motion detection. The sensor can detect whether a person is standing, walking, sitting or lying down. If someone suddenly falls to the floor and remains there for a long time, the system can automatically trigger an alarm.

This continuous monitoring allows potential emergencies to be detected quickly, even when there is no one else in the house.

Another advantage is the continuous analysis of activity. Over extended periods, the system can recognise typical movement patterns and detect changes in daily routines. Such changes may indicate health problems.

Reliable connectivity for IoT monitoring systems

In order for an IoT monitoring system to function reliably, sensor data must be transmitted securely and without interruption. This is precisely why network infrastructure is so important.

While many households have internet connections, a stable connection is not guaranteed everywhere. However, for IoT systems designed to operate around the clock, reliable connectivity is essential.

The InHand Networks CPE02 5G Router offers high-performance connectivity via the latest mobile networks. Thanks to its 5G support, it can transfer data very quickly, enabling notifications to be sent almost in real time.

In addition to speed, security also plays a key role. Health and monitoring data require special protection. Industrial routers such as the CPE02 therefore feature security functions such as VPN connections, encrypted data transmission, and firewall mechanisms.

In many IoT systems, the router acts as the central communication hub within the home. It connects sensors, local networks and cloud platforms, ensuring that all information is transmitted reliably.

How an IoT safety net works in everyday life

The combination of sensors and connectivity creates a smart monitoring system that operates almost invisibly in the background.

The Milesight VS373 radar fall detection sensor detects movement within the home. This data is then transmitted via the InHand Networks CPE02 router to a platform for analysis.

There, algorithms can identify typical movement patterns and daily routines. As soon as these patterns change significantly or a fall is detected, a warning message is automatically generated.

This message can be sent to relatives, care staff, or an emergency call centre, for example. This enables a rapid response, even if the person concerned is unable to alert others.

Benefits for senior citizens, families and care organisations

IoT-based monitoring solutions offer many advantages. For older people, such a system primarily means greater safety and the opportunity to continue living independently at home for longer.

At the same time, it gives families peace of mind, as they know that any unusual situations will be detected automatically. There is no need for them to constantly check in or pop round; instead, they are notified if something goes wrong.

Care organisations also benefit from such technologies. Several homes or facilities can be monitored simultaneously, meaning staff do not need to be on site at all times. This improves efficiency and enables a faster response to emergencies.

Industrial IoT solutions from Switzerland

Reliable monitoring solutions require robust and durable devices. Industrial IoT hardware is designed for continuous operation and offers high stability and comprehensive security functions.

At INOVIS Live Automation AG, we support integrators and technology partners in implementing IoT projects. Our portfolio includes smart sensor solutions from Milesight and connectivity solutions from InHand Networks, including the CPE02 5G router.

We help to build secure and scalable IoT systems by providing expert advice, technical support and high-quality products.

The Future of IoT-Based Care for the Elderly

In the coming years, the combination of sensor technology, artificial intelligence and modern network technology will bring about significant changes to healthcare.

Future systems will analyse movement data with greater precision, detect health changes at an early stage and automatically request assistance. The integration of wearables, smart home systems and telemedicine applications will also increase.

For ageing societies, this represents a huge opportunity. IoT technologies can enable people to live safely and independently in their own homes for longer.

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