Exploring 5 Use Cases of AI in Construction Management
Dmytro Spilka·5 min


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For some years now our smartphones have been very helpful in bringing about this happy ending. Selfies of skin disorders and lesions can be sent to an array of apps that analyze them from a distance, deploying AI neural networks. Photos are not the perfect way to identify malignant cancers of course – biopsy provides more essential information. But AI and algorithms already perform better than certified dermatologists looking at the same images in selecting what patients need biopsy and what patients only need reassurance that all is fine. (Research findings in Eric Topol in ‘Deep Medicine. Chapter: “Doctors and Patterns.”)
Recently Instagram did an interesting experiment with deep learning AI. From the images people upload, can it predict which of them are depression-prone? Yes, AI can – though not with 100% accuracy. However, the accuracy scores by AI are better than those of general practitioners, though not as high as amongst psychiatrists.
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Apparently, analyzing Instagram images on what colors dominate, whether there are people in it, and the frequency and time of uploading have predictive power that goes beyond the perceptive powers of average humans. Facebook, in a similar drive to assess health risks, has developed AI algorithms that analyze parts of its users’ posts for risk of self-harm. The algorithms are quite successfully, the company claims – but former love-brand Facebook is unwilling to disclose the algorithmic details.
It seems safe to predict the arrival of the virtual shrink soon. Research shows that we disclose intimate details of our psychic lives easier to virtual shrinks than to the real thing, as we feel more reassured that the virtual ones will never judge us. That’s the advantage of smart empathic robots.
But the virtual shrink with whom we communicate via our keyboards in the comfort of our homes come with more advantages: they collect and analyze more signs of our psychological state than human psychotherapists can. The AI-empowered virtual shrink for instance, will register your speech by word pace, length of phrases, coherence, volume etcetera – and will do so more diligently than human professionals are capable of. Also, while conversing with your shrink, your actual keyboard behavior will be analyzed for reaction time, speed of typing, use of emoji’s etcetera – once again revealing more of the deep state of your mind than human shrinks can observe.
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Business Insider[/caption]
Add to this all the mini emotions betrayed by your face, your tics and eye movements that only face recognition AI can notice – and save as data. And what AI-empowered biometric sensors will inform your virtual shrink about heart rhythms and rates, about breathing movements, about sighs and voice modulations (‘honest signals’ these are called, because no patient can manipulate them). It all adds up to a not too-distant future in which AI shrinks will compete with, sometimes even outperform, old school ones. (Eric Topol in ‘Deep Medicine. Chapter: “Clinicians Without Patterns”)
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The second factor behind the future of disease and health management is that we now have AI’s algorithms ready to analyze all the data that comes with living in Sensor Society, that comes with 24/7 360 degrees real-time monitoring. Together it will transform our current, ‘shallow’ health industry – based on isolated contacts with our doctors separated over extended stretches of time – towards a deep health industry, in which we are meticulously monitored, warned and advised on an almost continuous basis, with more scope, depth and quality than existed before. All supported by a profound abundance of real time data. Fully empowered and supervised by AI.
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When things get dangerous the patient will be advised by a coach within 30 seconds what to do. Depending on the danger level the coach can be human or a bot. Depending on the level of urgency, both can communicate more, or less, intrusively. Livongo collects much more data than simply blood sugar levels. It knows about each patient’s disease history, medication over time, diet regimes and fitness exercises. Based on all these data – in amounts no real doctor can digest – Livongo does much more than broadcast warnings. It reminds you to take your pills. It anticipates your high and lows, encouraging you during the last ones, challenging you to improve during the first ones. Based on much deeper knowledge of who you are, what makes you tick, what motivates and irritates you and which are the best moments to engage you, Livongo can powerfully nudge you into healthier lifestyle choices.
Livongo is not the only digital disease/health management platform. There is Onduo: “To bring the best, most updated care to people with diabetes, anytime, anywhere.” There is Omada: “Empowering people across the chronic disease spectrum to set and reach their health goals”. All platforms have the same kind of DNA: utterly digital, getting smarter with each click, continuous monitoring by remote tech, functioning and delivering in real time, automated like nowhere else, yet at the same time performing deeply personalized services to all, in the meanwhile sorting out meticulously how to engage you into coping with your diseases and improving your health.

Prof. Dr. Carl Rohde writes for DDI on the New Tech Forces and their cultural-sociological impact and meaning for contemporary and future culture and society. During the last ten years Rohde occupied professorate chairs in ‘Future Forecasting & Innovation’ in Shanghai, Barcelona and the Netherlands. Rohde also leads scienceofthetime.com a virtual network of trend spotters and market researchers worldwide.