innovation playground Idris Mootee

Today Is The Launch Of My New Book "Design Thinking For Strategic Innovation".

“Design Thinking” has gone beyond fashionable in the design industry, but now quickly getting into management circles and even boardrooms. B-schools are tapping into this new trend and but many are yet to understand what it means and its applications. The idea of management that we teach in B-schools was originally designed for a set of very different kind of needs - managing repetitive tasks, improving economic efficiency and labor productivity and maximizing scale. Today the needs expand to managing complexity and extreme uncertainty that is part of our everyday environment and this is where “Design Thinking” can change management forever.

I am having lots of conversation with B-schools Deans and professors to explore how we can bring this into MBA core. My new book “Design Thinking for Strategic Innovation” is now officially available this week and it has been 15 months in the making and based on extensive research and field practices. Many traditional proven and popular management tools and technique are being questioned for their validity and my book explains why.

My book shows how “Design Thinking” can be used to deal with some of the most common challenges in business today from competing for the future to managing change. This is not an update on our management operating system; this is about rearchitecture of our business designs. Today every business needs a new operating system. And even the world needs a new operating system. “Design Thinking” brings strategic agility and empathy at its core. That demands a totally different level of thinking.

All concepts in my book can be effectively applied in the context of managing radical innovation as well as business model redesign. For over eight years, I have been advancing these ideas into the practice of strategic management; this book is a great opportunity to share them. Let's get beyond the overly simplified views of "Design Thinking" and make that part of any professional practices. These ideas transformed companies and individuals and I hope it can do the same for you. Please share your thoughts.

Wearables That Promiss To Make Us Smarter. What's Next?

Do you wonder how we measure brain activity? Our brains communicate through the cell sending tiny electric signals to each other and the more signals the more electricity it will produce. An EEG can measure the pattern of this electrical activity. There are some who believe that if we stimulate certain part of the brain (pre-frontal cortex) will improve certain functions. For years, there had been experiments of stimulating the brain using small electric currents and see if it can make us thinker better or smarter.

Some believe the results are temporarily and some belief that it helps us overtime and the impact is long lasting. Not enough studies to prove it but expect products like this availabe in the market as werables soon. But attaching dozens electrodes to your head that shock your brain, a new product called Foc-us headset is designed for gamers (18 years and older and have $249 to spend) promise to make you a better gamer.

If it can do that to gaming, then it should work for other brain activities too. I can see a high end version for stock brokers and probably one for hedge fund manafers too. So far, scientists have tested the technology, but mainly to figure out if it's has any effect but no idea of prolonged use. Brain enhancement wearables can be a big thing and it is like Viagra for the brain.

A recent study published in the journal PLOS ONE, it examines how to identify emotions without relying on people's ability to express themselves. It could be used to assess an individual's emotional response to almost any kind of stimulus including faces, advertising or products. The idea is based on the assumptions that different people tend to neutrally encode emotions in similar ways. The researchers believed that is the case. In the future, wearable means literally wearing our emotions on our sleeves. The method for brain stimulation here istDCS, for transcranial direct current stimulation, and it's a brain stimulation method that involves sending ultra low amounts of electrical current through various parts of the brain to achieve different effects. You probably have seen this in movies for medical treatment and it has been used since 1804.

Actually the design of the device is not complicated, The tDCS enthusiast community is also blossoming, especially considering that stimulation can be replicated with do-it-yourself electrodes and over-the-counter batteries and perhaps it is the next iPhone and we will all be wearing one around with downloadable apps for stocks picking, chessgame, dating, anti-repression, golfing, negotiating and fishing. The competition to become strataight As students will depend on which werables that you use.

The Future of Wearables? Everyone Will Get It Wrong. And The Winner Won't Be Google, Apple, Sony Or Microsoft.

Wearable is hot. It is supper hot. The billion-dollar question remains, “How do we create the iPhone of wearables?” and “How do we create sub-ecosystems around these wearables?” and "What new business model opportunities will emerge?" The buzz is here but the money is not here yet. Everyone is betting on it and no one can afford to miss the train. Most wearable out there are just toys for the geeks. I can't find a reason anyone wants to buy this Sony Watch. Wll now everyone can see my Facebook messages. What is dumb idea! OK I can use it to tell time and the weather.  Apple’s iWatch or whatever it will be called and Google Glass are getting so much attention and everything is figuring out what are the high value potential applications. Google has openly promoted its potential as an always-on, always with you computing device but it has yet to find a killer application beyond the obvious. They are hoping someone out there can figure that out for them.

And China is watching and Baidu is rumored to be working on a "Baidu Eye," an internal code name for a wearable device that features speech recognition for Mandarin, as well as image search technology, which pulls up relevant information based on a photo. So if you see a product, it will search for product info and price and availability. That take 'showrooming' to a new level.

 
The path to mass adoption for wearables will not be a straight-forward one and there are technology, user behavior and production economics barriers to cross.  Apple, Google, Samsung, Sony and LG are all committed to play this game. Apple recently acquired a small company Passif Semiconductor founded by two Ph.D. students from the University of Berkeley, worked on developing chips with radios that consume very little power and work with the Bluetooth Smart (a.k.a 4.0 and low energy) standard. The acquisition will provide Apple with addition al expertise and expect an acquisition boom as players gearing up for the big game.

With all these buzz and emerging innovative conceptual designs competing for the dominant design there are still many questions to be asked about what the future holds and how consumers will adopt different product paradigm. Even the smartphone itself is still shaping our behavior today and we are still actively reprogramming ourselves. Smartphone is becoming the operation system of our professional and personal life and our relationships with the outside world and emerging systems around it.  And when it comes to Operating System, the main battle will be an OS that will interoperate across all devices. This is the big play.

Expect to see all sorts of novelty design coming into the market. There are lots of novelties out there including a wearable electronic synthesizers to be embedded into T-shirts turning them into human musical instruments. There are also people using neurophysiological signals and brain waves to play video games. These will never be mainstream wearables.

The success of any dominant design for wearables will be based on successfully tackling of the 3Bs: Balance, Benefit and Beauty.

Balance: The design of the wearables needs to fulfil the requirements of fitting comfortly with our bodies and many human factors considerations. The design needs to include studying the anthropometric measures of the human body and of the equilibriums between the various zones of the body. The connection between the physical form of wearables and their active relationship with the human form will be key to the concept success. These nerdy high-tech design will not cut it. Other considerations include comfort, the design to adapt to different body type (male vs female, tall vs short) and study of non-obtrusive shapes and the optimal conditions to let the sensors work well.

Benefit: The designers must first determine the real problem the wearable concept is trying to solve and needing to solve and able to solve. The benefit doesn’t have to be a known benefit today and could be some needs user don’t even know they exist until they see it. The design can open up new possibilities for people and  must fit within the context of the user’s lifestyle and experience and the infrastructure around us.

Beauty:  Consumer needs to love the design. It needs to have the visual appeal that the user won’t look like something you see in a Sci-Fi movie. It needs to be expressive and it doesn’t only limit to the form factor, but the overall interactive experience. The connectivity piece is key it needs to allow for seamless wireless connection. The interactions or interface design is the most tricky one. Are we thinking touch screens, gestures or eye tracking?

More next week. I won't tell you what works. I can tell you what definitely won't work. And like everyone else, I could be also be wrong.