Enabling the Human Possibilities of the Internet of Things

One example of such a IoT solution is flood abatement. Floods occur more frequently (3,062 between 2005-2015 according to the U.N.) than any other form of disaster, and impact the greatest number of people (2.3 million between 2005-2015 – U.N.) In many cases of flooding, the impact is exaggerated by lack of drainage due to blockages or clogs in sewer drains. When this happens, the water rises even more rapidly and to a higher level than would have occurred naturally. This can increase the loss of property and of life.

The IoT can help alleviate this problem by monitoring the level of water in sewer and stormwater drains using ultra-sonic sensors that use the speed of sound in air to measure water levels. Use of this sensing technology, network connectivity, and water level analytics can identify clogged drains prior to the floods, enabling remediation that can save lives and property. This IoT solution has already been implemented in a few forward-looking cities and towns.

Environmental and Human Wellness

Environmental wellness and human wellness are inter-connected and global trends indicate a growing need to integrate the two. Let us look at population trends to see why. From 2000 to 2015, the percentage of the world’s population having 60 years of age or above and are living in urban areas, increased from 51 percent of the population to 58 percent. If you consider the most elderly group, the numbers are even higher – from 56 per cent in 2000 to almost 63 percent in 2015. That is just the global average; in some specific regions, the numbers are much higher than the average. For example, in Oceania, 90 percent of the older residents lived in urban areas in 2015 (all data courtesy of U.N.).

The people in this demographic are the most susceptible to Chronic Obstructive Pulmonary Disease (COPD), and at the same time, they are moving to urban areas where the air quality is the lowest. It is no surprise then that in United States, both the prevalence and mortality from COPD have increased, especially in those over 65 years of age (courtesy of CDC). Given the trends, the outlook is negative.

A combination of IoT apps and technology can help. First, environmental sensing and analytics can already track the pollution hot spots within a city, which can vary based on the day and the weather (especially wind direction).This IoT data can be cross-referenced against the addresses of the COPD patients in one or multiple health systems serving the area. With that knowledge, the health system can notify patients to stay indoors and can remotely monitor their oximetry through a simple wellness finger sensor. For those most at risk, an audio sensor the size of a quarter can listen for obstructed breathing. Analytics and pattern recognition across the environmental data, the patients’ levels of oxygen, and the sound of oncoming breathing obstruction can help predict and prevent the most serious COPD episodes and extend the lives of patients.

There is obviously a level of economic value when monitoring patients remotely. It is efficient and can reduce costly re-admission rates to the hospital for COPD episodes. But there is additional value in ensuring a longer and healthier life for each patient and their loved ones.

These are just three examples out of thousands that demonstrate that the full value of IoT is not realized by looking solely through the economic lens. The IoT opens up human possibility and can save lives. For organizations that focus on sustainability, including corporations such as ours, there is an opportunity to deliver IoT capabilities that not only address economic challenges and improve bottom-line, but they also have a positive impact on people’s lives.