We live in an age of immense technological and social change, much of which has been brought about by the emergence of such advanced technologies as cognitive computing, the internet of things and robotics. In fact, the current pace of change and the potential for further transformation is so great, that many see this as the fourth industrial revolution.
During my keynote at the IFA consumer electronics show in Berlin this week, I talked about how these technologies, powered by cloud computing, are changing the way we live, work, produce and consume — disrupting many of our existing models for business and innovation. IFA is an important forum for technology companies and the world-leading manufacturers of appliances and devices to come together and show a vision for the future. And what a vision that was …
Billons of sensors are improving our relationships with the physical world. We are giving objects eyes and ears so they can sense and interact with us better. As a result our relationships with buildings, cities, cars, devices and appliances are being transformed.
The challenge is that over next few years, the internet of things will become the biggest source of data in the world. That’s where cognitive computing comes in. Machine learning and other techniques help us understand this data and turn it into insight which can help automate certain tasks, enable manufacturers to design better products, innovate new services and enable humans to make better decisions.
I’m extremely excited about what we can achieve across so many areas of our lives, but I think it’s especially exciting to look at how IoT will impact our lives at home — the focus of my keynote at IFA for which I was joined by some of the biggest names in consumer tech who spoke about how cognitive intelligence is driving innovation in their companies.
A recent McKinsey study estimated that the value of people’s time spent doing domestic chores is around $11 trillion today and is expected to climb to over $23 trillion by 2025. That is staggering. IoT-enabled smart home “orchestrators” have the potential to streamline how we manage the home and all the tasks and chores within it. With natural language interfaces, access to all historical home usage data and machine learning features, these orchestrators can truly change how we manage our homes and related home activities.
For example, Whirlpool’s Norbert Schmidt joined me on stage at IFA to talk about how his company is using cognitive computing technologies to help deliver superior customer service by enabling its home appliances to connect with one another and to their users — opening up a new era of man-machine partnership in the home with better results for all. For example, a Whirlpool washing machine will communicate directly with a Whirlpool dryer letting it know what kind of laundry load to expect and the optimum drying program to use — saving precious time and helping to reduce energy consumption in the home. Using sensors and cognitive intelligence, appliances will learn about how people use them giving design feedback to Whirlpool’s engineers and offering new levels of assistance to consumers for reordering detergents, filters and other supplies directly from online retailers.
We also heard from Panasonic’s David Tuerk about how it is exploring how machine learning and natural language processing capabilities can help transform the services it provides to consumers — giving them greater peace of mind knowing that their homes are comfortable, safe and secure. One of the areas in focus is home safety and security where Panasonic’s security cameras and sensors to detect movement, glass breakage, door and window opening, will be coupled with cognitive computing capabilities. Thanks to video analytics, a home security system would know not to react if the neighbors’ children are just fetching their football, but will automatically alert the police or security services if likely intruder tries to scale a fence to enter the property.
I also spoke about how we are working with “hearable” pioneer Bragi to take the IoT directly to the ear. Bragi has innovated new generation smart earphones which are some of the world’s most powerful micro-wearable computers with 27 unique sensors that can measure a user’s vital signs while augmenting their communications and interactivity. With Kickstarter funding, Bragi has already successfully launched The Dash onto the consumer market for sport and recreation. Now with cognitive intelligence and natural language processing, Bragi’s new hearable technologies are posed to transform the way we interact with our devices, the way we communicate with each other and the way we work together. Bragi plans to apply its hearable technologies to transform the way people interact, communicate and collaborate in the workplace. The vision is for users to use the headset to receive instructions, interact with coworkers and enable management teams to keep track of the location, operating environment, wellbeing and safety of workers especially in industrial locations.
More connected homes are safer homes — especially for the young and elderly. We are in the midst of one of the largest demographic and technological shifts in the history of humanity. Our elderly population is expected to become the largest single age segment in the world by 2050. Our ability to create better outcomes for them while letting them live independently at home is better for patients, caregivers, family, loved ones and health providers as well. At IFA we heard from Nokia’s Cedric Hutchingsabout how his company is exploring opportunities to integrate Watson IoT with Nokia’s wearables and smart devices for home care. Their goal is a system that helps to detect and alert caregivers to potential problems such as: deviation from daily routines, abnormal vital signs and sudden changes in the home environment. Voice-activated interfaces in the home will be able to take simple commands (such as “call an ambulance”) and offer reminders to take medicines or turn off appliances.
I hope those who watched my IFA keynote left with a powerful sense of excitement about how exciting new technologies like the internet of things and cognitive computing are enabling such an incredible period of rapid technological change. I hope that I, along with my friends from Whirlpool, Panasonic, Nokia and Bragi, managed to convey the great opportunity we have before us to enhance our relationship with the physical world making appliances, machines, devices, homes, cars and buildings better, safer, more intuitive and interactive.
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