The Internet of things (IoT) is a system of interconnected computing sensors able to transfer data over a network. IoT does not require direct human involvement to function. Chips implanted in devices or machinery combine operational technology (OT) with information systems (IT). Real-time data exchange through IoT allows for interoperability, enhancing efficiency and performance of a device, product, or service.
IoT in the workplace and beyond
In 2016, the top three industries in IoT spending were manufacturing, transportation, and utilities. Global spending on IoT is projected to reach $1.3 Trillion in 2020 (IDC). According to Statista.com, a leading provider of market and consumer data, the number of connected devices will increase six-fold from 15 billion devices in 2015 to 75 billion in 2025.
Not only will IoT be the standard in the workplace, but it will also be pervasive in our private lives, from personal belongings to inside our bodies. According to a 2018 article from Business Insider, thousands of Swedes are having microchips implanted in their bodies, no longer requiring them to carry keys or IDs. A simple wave of the hand unlocks the house door or identifies who you are.
IoLT – The interconnectedness of living things
The interconnectedness of living things is the interdependence of all organisms. For millions of years, the animal and plant kingdom has been developing and evolving a complex and intricate system of interdependency that benefits all species. Humans are becoming more cognizant of the need to care for the natural resources that all living organisms, humans included, are dependent upon.
Nature’s interconnectedness is as astonishing and complex of a system as there is. Nonetheless, it works rather effectively and efficiently through the use of six varying symbiotic relationships. Interdependence requires each stakeholder to uphold a degree of responsibility regardless of status or position. A system overcomes challenges and effectively deals with setbacks when all stakeholders fulfill their role. A breakdown at any point impacts the entire system. It is not a coincidence that the IoLT and IoT diagrams share similar patterns. What can we learn from nature as human interconnectedness and complexity increases as a result of IoT?
The importance of IoLT
Just as industry and technology sectors see the value of the internet of things, so too are we becoming more aware of the importance of the interconnectedness of all things living. IoLT has the answers to cope with the potential threats of IoT. It is imperative we look after nature. How we care for nature will reflect how we cope with digitalization. Maintaining the quality of air, soil, and water, and minimizing our ecological footprint is more noticeable with the increase in air pollution, water contamination, deforestation, and global warming. What societal changes are we noticing from digitalization?
Nature not only ensures our survival, but it also helps us solve complex human problems. Studying photosynthesis to improve solar energy. Using snake venom to help find cures for cancer and diabetes. Kingfisher bird anatomy inspiring the design of bullet trains. These are but a few examples of biomimetics or biomimicry. Naturally occurring elements and structures greatly help us in taking the next evolutionary step. We still have more to learn.
Remaining human for the sake of posterity
As IoT results in the continued digitalization of work and home, interactions with technological devices are on the rise. Practicing pro-social skills and maintaining human connectedness will be paramount in adhering to a moral and ethical framework as digitalization becomes more predominant in everyday life. It should come to no surprise that political, economic, and social divisiveness becomes even more hazardous to our overall safety and security in a digitalized world. The use of IoT for ill intention or for the sake of taking advantage of certain stakeholders is a real and existing threat.
Empathy, compassion, listening, and understanding are all vital human traits that require continuous practice. A machine needs only to be programmed once to learn a task. In contrast, humans need to continuously train skills in order to maintain proficiency. If we don’t, we risk losing the ability to remain human in a world that becomes more capable of widespread harm with each passing day.
Trust and transparency in a digital world
The breadth of challenges posed by IoT seems to span as wide as the potential benefits. What data is being collected? For what purpose is it being collected? Who has access to the data? What impact does IoT have on security and personal privacy? These are just a few of the crucial and complex moral questions arising from data collection and use arising from the internet of things.
Creative cooperation and information sharing lead to survival and prosperity for all. IoT must be used with the common good of all in mind to reap large-scale rewards and avoid large-scale catastrophe. Similar to the delicate relationship between the plover enjoying a free meal and the crocodile a dental cleaning, trust, intention, collaboration, and transparency are paramount when dealing with complexity. In a millisecond, a quick snap of the jaws is all that is needed to end the mutual benefits of this symbiotic relationship. The 200 million-year-old wise crocodile knows better. Do we?
About the author
Jean-Pierre Kallanian is an Executive Coach, Youth Expert, Human Systems Facilitator, Author, and Speaker. He accompanies organizations in fully integrating their human resource potential by facilitating group processes that foster authenticity, intention, and collective wisdom.
Transforming discord in teams and across departments, generations, and cultures. Results, retention, and resilience enhance when the distance between humans is shortened.