A – Sensors and detectors
Sensors and detectors will be everywhere. In your body in your flat, in the tram, in the car, at your workplace – simply everywhere. And they will measure simply everything: Your heartbeat, your gestures, your facial expression, your words, your mood – how much you drink, what you drink or eat and when.
Of course your fridge will be equiped with sensors, your washing machine, your doorbell, your windows (how often you open it) and of course your dog’s metabolic system will send a signal to your electronical perception device (watch, phone, glasses, brain implant – whatever) when it needs food, water, air, interaction or motion
Regarding detectors researchers describe a technology that can measure and influence students’ attention for educational software:
"Accurate detection of student affect can support a wide range of interventions with the potential to improve student affect, increase engagement, and improve learning. In addition, accurate detection of student affect could play an essential role in research attempting to understand the root causes and impacts of different forms of affect."
B – Scanning behaviour
One can expect, that in 2025 many parts of our lifes will – at least subtly – be connected to data capturing and analyzing systems. Insurances, car makers, software and research companies, employers, administrations, marketeers, secret services and of course online stores will know our preferences, some of them will know what we like, many of them will know what we do and an increasing number of data experts will possibly know who we will be according to the patterns that shape our behaviour.
When institutions begin to combine the data profiles from different sources they can generate a very precise profile of each person that is connected to the internet and that is observed by automatically analysed CCTV (face recognition) – even today. Only a few things are not accessible. The more sensors or detectors are scanning your behaviour the more you are completely observable: What you do, what you say, what you eat, what you buy, what you would like to buy, who you love, who you would like to love, your political preferences (instant changes of your preferences), where you would like to go, if you are subject to permanent reconfigurations or not and so on.
C – The anthropological connection and interrelation between technology and human existence
In the future almost every organisation that is collecting AND analyzing data about a person will probably try to make use of it. This will define a space of constant mutual analysis. > Perception > Self-analysis > Societal analyis > Cognition > Intercognition. As a result of this we will live in a more intercognitive space – a space of permanent self-improvements, intercultural and intersubjective exchange and an enhanced reality of human-data-technology intercommunication.
Not only companies will benefit from this in a financial way. Senors and the analysis of sensory data will lead to new patterns of social interactions, behaviours and common understandings. We will experience a technology that is more and more interrelated regarding our native perceptions of life. An interconnective technology that is connecting us in an intelligent way – with each other, with permanently accessible data / knowledge storages (such as Wikipedia) and analytic intelligence.
Nevertheless technology is also subject to permanent change and reconfiguration. Over time technology has always been a trusted partner to human civilisation. One may ask: What is technology? Or: Why are we with technology? Why is technology shaping and reconfiguring our societies continuously? Some people think, technology can be understood by applying the term “capitalism” to this awesomely complex mental and material structure that defines our existence. But reality clearly shows us: Humankind and technology are bound together in a natural and even biological way. Human existence IS technology. And: Existence as such is not yet clearly definable.
Soon: Data analysis and the limitations of the human brain