Silly Apps Arent the Future of Tech

Thecontendersin the 2014 TechCrunch Disrupt included a startup that seeks to change the way in which diseases are diagnosed, a medical-grade health scanner, a platform to connect innovators with scientists and a suite of business-intelligence tools for conservation and drought planning.

Sadly, the winner was a simple app for the elite: Alfred Club. This allows you to hire someone to do everyday chores such as laundry and grocery shopping. Its hardly a disruptive technology, and will appeal only to well-to-do nerds.

This competition result would be unimportant if the event had been a local hackathon run by boys to judge apps for boys. But TechCrunch Disrupt is considered to be the Oscars of the tech industry. Entrepreneurs and investors all over the world take inspiration from it. The judges are a whos who of the Valley and represent leading firms such as Sequoia Capital, SV Angel, Greylock Partners and Khosla Ventures. Marissa Mayer, the CEO of Yahoo, was on the selection committee. These people seem to be drinking their own Kool-Aid and are apparently out of touch with the opportunities of advancing technologies.

The billion-dollar opportunities arent in silly apps anymore. They are in areas that Apple and Google have recognized: health care, robotics, artificial intelligence and sensors. Apple recently announced a platform calledHealthKitfor collecting data from health and fitness apps, and it released a health app on iOS8 to display them. Google has long been developing self-driving cars and technologies to understand and mimic the functions of the human brain. To supplement its own efforts, Google acquired several companies building industrial and commercial robots. And itacquired, for $3.2 billion, Nest Labs, the leading developer of in-home thermostats. It intends to make this a platform for home sensor data.

In computing, processing power doubles every 18 months as prices fall and devices become smaller. Such exponential advances are also occurring in the fields of medicine, robotics, artificial intelligence, synthetic biology and 3-D printing. Futurist Ray Kurzweil notes that as any technology becomes an information technology, it starts advancing exponentially. That is what is happening in these fields. They are also converging and making it possible to solve large-scale problems and to disrupt industries.

MEMS sensors, which are built with miniaturized mechanical and microfabricated electromechanical elements, allow the development of health devices such as the Apple Watch. These will have a variety of sensors to measure things such as heart rate, temperature, movement, pressure and light. They will thus be able to monitor blood pressure, blood glucose, blood oxygen, respiration and even sleeping habits. Sensors are also being developed to analyze our bowel and bladder habits and food intake. All of these will feed data into platforms such as HealthKit, and turn the smartphone into a medical device akin to the Star Trek tricorder.

We learned how to sequence the genome about a decade ago, and doing so cost billions of dollars. Today, a full human genome sequence costs as little as $1,000. At the rate at which prices are falling, a genome sequence will cost less within five years than a blood test does today. This makes it affordable to compare one persons DNA with anothers, learn what diseases those with similar genetics have had in common, and discover how effective different medications or other interventions were in treating them.

Robots can now perform surgery, milk cows, engage in military combat, stock shelves and fly fighter jets. The robots of today are specialized electromechanical devices that are controlled by software and remote controls. As computers become more powerful, so do the abilities of these devices. High-school children are using robot-development kits and open-source software to create sophisticated robots. Industrial robots that can do manufacturing and automate other routine processes cost as little as $22,000, and their prices are falling even as they advance toward human capabilities. We can be building robots like the ones we see in science fiction movies, and have them do the work of the Alfred Club app.

Artificial intelligence has progressed so far that a computer was able to defeat the most capable and knowledgeable humans on the TV showJeopardy. The technology that enabled this, IBMs Watson, is now available to developers everywhere. Artificial intelligence systems are being trained to perform medical diagnosis, drive autonomous cars and operate call centers. Imagine a Samantha-like companion as in the movieHer, with a robotic body made-to-order via 3-D printing. This is what Silicon Valley and developers everywhere are capable of creating.

Advancing technologies make it possible to solve the problems of hunger, poverty, energy and education. Entrepreneurs all over the world are seeing these possibilities and are developing world-changing technologies. But advances would happen faster if Silicon Valleys moguls woke up to the new reality and started focusing on big problems as well. We could be investing the billions of dollars spent on building mindless apps to make the world a better place.

Link to article on Wall Street Journal’s website

About Author

Vivek Wadhwa is Vice President of Innovation and Research at Singularity University; Fellow, Arthur & Toni Rembe Rock Center for Corporate Governance, Stanford University; Director of Research at the Center for Entrepreneurship and Research Commercialization at the Pratt School of Engineering, Duke University; and distinguished visiting scholar, Halle Institute of Global Learning, Emory University. He is author of ”The Immigrant Exodus: Why America Is Losing the Global Race to Capture Entrepreneurial Talent”–which was named by The Economist as a Book of the Year of 2012. Wadhwa oversees the academic programs at Singularity University, which educates a select group of leaders about the exponentially growing technologies that are soon going to change our world. These advances—in fields such as robotics, A.I., computing, synthetic biology, 3D printing, medicine, and nanomaterials—are making it possible for small teams to do what was once possible only for governments and large corporations to do: solve the grand challenges in education, water, food, shelter, health, and security.

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