innovation playground Idris Mootee

Idea Couture Is Ready To Take Innovation And Design Thinking To The Next Level.

This has been a very tough two months for me in terms of time and I have not been spending much time writing my blog as much as I used to. It is getting a bit difficult to find the time as we were going through a reorganization, adding new offices, putting new management system in place and at the same time trying to finish my two books on the weekends which will be published in May and Oct this year.

I am excited about my new Design Thinking and Strategic Innovation book that I hope to fill a gap in the market place. And management of the company is taking more and more of my time. So the time I can afford to touch projects is shrinking, I think I only spend 25-30% on projects these days instead of 40%. And people think I spend a lot of time on my MISC magazine, the reality is it is less than 2% of my time. I have a great team helping me with that. I only pick the theme, cover girl and the designs.

We have always designed Idea Couture to be a company that is agile, high style and deserve great love. But we recognize this is an ambitious goal because we want style, speed and substance. Not everyone can make it. I remember someone said something like "Out of difficulties and impossibilities grow miracles." Perhaps we’re naïve. Idea Couture is not a place for small thinkers or people with big egos. It is place for people who believe in being AWESOME and won’t spend time fighting for excuses.

I take pride of seeing people that I mentor growing everyday. We’ve come a long way since launching what we called an innovation firm – whatever that means. It is not a design firm with MBAs; or management consulting firms with some designers or digital agencies calling themselves innovation agencies. We are built from the ground up to do what we’re supposed to do – we work with organizations to uncover innovative ideas that sustainably grow market share or create new markets through powerful customer experiences innovation. We are close to the completion of our reorganization and I am very excited to wait for more new people joining us every week.

Our technology team is amazing and we’re now adapting new methodologies so we can deliver better and faster cross-platform solutions. Our strategy team is growing and growing and have so much untapped potential (unsolicited resumes are flying in dozens everyday).

Our design team is world class and I personally make sure they will remain the best all the time. They not only produce great work, but also open minded and egoless, and fun. At Idea Couture, design is at our very core, not the surface. Design here is under transformation and it is not done within a studio, it is done in the real world in future tense. Design is where technology and art breakeven and where love and logic intersects.

Our insight team is AWESOME with all capital and it is our intellectual powerhouse. When the company advanced forward to a new stage, our foresight capability was not meeting the standard that I required both in terms of strategic knowledge and professionalism. So we needed a full upgrade. Now we have a new global team and a plan to fully integrate that into our innovation process.

We have no time for amateurism. People are committed to giving their best. We just launched our idea couture culture page, which is my personal most favorite part of our site that best represents us. It shows us who we are as individuals which really what this company is all about. People are here for a reason, not for a job. They find their best and it is our job to bring out their bests. It is not always easy. It is how they find meanings. There is a strong correlation between job satisfaction and meaning.

We refuse to act like a "grown-up" company; however at times the company and will always want to think we’re small even though we have 6 offices around the world.

We refuse to act like a “think tank" as we don’t just think, we do.We don't just produce report, we ation on them. We use visual output for sensemaking and mobilizing change that increases organization adaptability and agility.

We refuse to act like we "know it all" but we believe we are equipped to find the best available solutions.

We refuse to accept any "best practices" as we are the one who invent “next practices”.

We refuse to accept that “amateur foresights” is better than no foresights. Actually it is better to have no foresights than wasting time on amateur futurists.

We refuse to accept that "ideas are everything", in fact ideas don’t worth much. They are cheap. There are no shortage of people with ideas and can never execute anything. The art of jump starting innovation is strategic commitment and it is more valuable because nothing happens until someone do something.

We refuse to accept people with "big egos", it is simply not part of our culture. But there is one nice thing about egotists is that they don’t talk and think about other people at all.

Idea Couture is a working prototype and will remain a working prototype in time to come.

Will The Facebook Phone works? And For Microsoft and Samsung, The Future Of Smartphones Is Dual-Screen.

The Facebook phone is here.The Facebook phone rumor has been around for a while and it is a matter of time it becomes real. I think they should have done it earlier and should have larger ambition other than just trying to design a ‘home’ for Android.  Home sounds like a PaaS personalization tool and not sure how many FB users will want this. FB see the potential for them but it is hardly a threat for others but Android might modify their terms so this won’t happen again in the future.

With FB already commands more than 20% share of people's time on mobile devices (excluding Instagram), it can further boost FB mobile usage particular for younger users. Will FB take over 20% of all Android phones, we have yet to find out. For now, FB is pretty convinced that people will want a phone designed around it and perhaps with additional hardware feature that is uniquely FB. 

FB should really be making its own phone, it is reported that they are working with mobile chipmaker Spreadtrum to pre-optimize its software for the cheapest Android handsets. It is hard to compete on the high end with Samsung and Apple, if Facebook prodcued its own low end phone, though, it could create a new business model in the mobile market and FB could negotiate better data plans for their members or partially subsidize them with advertising. This is not easy for Facebook to jump in and get carriers to agree to sell its phone.  For me, I see no reason to have a FB phone.

For Microsoft, they are waiting to see how well Nokia's Lumia phones Windows Phone 8x and 8s sell before making a strategic decision to enter the smartphone market on its own. I think it makes perfect sense for them to decide to play in the hardware space. They have made that decision with  Surface tablets. It is a matter of time that they will play in this smartphone market, they risk becoming irrelevant as market is switching into different computing format.

Microsoft is thinking dual-screen and has applied to patent a dual-screen phone interface. One screen for device interface and the other as a monitor and is detachable. NEC is making one and is marketing them as the "best cloud device," the dual-screen Android from NEC handset also has a super powered battery to keep both displays running.

It will be interesting to see what can we do with two screens. We're already designing dualscreen user experience models and I think this is catch on. The mobile industry is changing faster than anyone could have imagined and the interface paradigms there have been static. Here is the opportunity for us to introduce new ways of interacting with others and new ways these machines can understand what we need.

 

This Is Just The Begining Of The Mobile OS Battle. Plenty Of New Players Will Join The Game.

The mobile OS war is getting more interesting and the current market share battle is between iOS and Android will go on for a while. Will there be a breakout of it will be more like a Pepsi vs. Coca Cola market share battle that has been lasting for decades? Android is getting better momentum the last two years and I expect that to continue. I think the overall market share is stabilizing and the other two Windows and Blackberry will remain niche players. Newcomers will join the game and there are three in the US and they are Mozilla, Tizen and Canonical. There are a few emerging ones in Asia and they all worth keeping a close watch, especially those up and coming companies in China.

In China Android accounts for 86% of all new smartphones sales and there are three times as many Android users than the US. The business model is basically freemium, developers hoping to make money from in-app purchase. The Android ecosystem is growing like crazy as people find iPhone is getting a little boring and may be too restricted.  

There will be surprises that in the next 12 months perhaps cool smart phones from China that came from nowhere selling for half the price and have even better performance.  There was a private lab test done on the top 10 most popular smartphone in China a few months back and the result was 5 of the 10 most popular Android devices from local Chinese manufacturers perform better than the imports. They include the Lenovo A750 and the XIAOMI MI 1S.  

Apple is watching the market closely and also struggling whether to add a stylus for the next iPhone,  it will be a tough one as they have always been strongly against it and the Samsung Galazy stylus is nicely designed. There are no definite right or wrong in this business and the behavior changes so quickly.

Expect some big design shift for the next iteration of Android that leverages more of the Hybrid Card layout.  Android needs to jump into the next game in terms of user experience and it demands a shift in overall visual language from current Jelly Bean paradigms to something really different. The jump from Gingerbread to Ice Cream Sandwich was a big jump. I believe Android will be looking at gestures control beyond the screen, perhaps the back and even the side. Apple already has a patent filed 2006 relating to using gestures on its back and a recent Google patent might bring that concept to next generation of Android phones. The principle is as easy as touching the back casing of the Android device in order to interact with the gadget and that can drastically improve the user experience. Imagine back tapping to change page or call list etc. It will be powerful when combined with acoustic feedback. The battle of mobile interfaces design has barely begun. And Facebook is joining the party.

How Imagination Can Create The Future? Start With Those Old Comic Books and Sci-Fi VHS Tapes From The Flea Markets.

For centuries we show our human spirit with stories about our glories,hopes, desires and dreams for a better future, one filled with modern machines that enable us to do things we long to do from being invisible or traveling in flying cars or telepods (may be not telepods as I always worried that something would go missing during the transmission). These stories manifested itself in art, comics, fictions, movies and even science discoveries.

What was known as “futurism” is the artistic movement that began in Italy and Russia that fast-forward us to the future of the machine age into progressive state of mind. Futurism also championed speed, technology, science, youth and also a lot of uncertainties. It's mantra was that the answers to humankind’s problems lay in the future driven by technology – and not the past. The main literary work of the movement was Filippo Tommaso Marinetti’s Futurist Manifesto, published in 1909, and generally considered the beginning of Futurism. I still enjoy reading that once in a while.

To invent the futures that we desire, business and government leaders need to see things in new ways that trigger their imagination to dream of new possibilities. Many of them are too "stuck" in the present. That’s when Design Thinking comes into play. Design Thinking is not just about understanding  people's needs.  It can also be used to bring people's imagination to propel us into the future. To see the future, Design Thinkers are equipped to creating guidepost for developing strategic foresight. It is called Future Casting.

Future Casting is how people from the past thought of the future. I remember visiting an exhibition in Prague where artists from the former USSR were imagining how the future was like with its futuristic art of space vehicles. Those Russian Futurists were fascinated with the optimism, speed, and restlessness of modern machines and urban life. They were actually performing Future Casting for the public.

I grew up watching Thunderbird and Ultramen and as a boy and they were the only things that were available for me that I could use as a guidepost for imagination. Funny enough, Ironman is like an unfinished prototype based on Ultraman design with the same battery problem. Ultraman highlighted the bottleneck of all technologies decades ago which is the battery. From iPhone to the latest Boeing 787 we still have not solved the battery problem.

We have always tried to look into the future and try to figure out what comes next. Sometimes we create fictions, fantasies of what may come. Will some of these fictions ultimately become real? There is no scientific evidence for this, I suspect the percentage of fiction becomes real is way higher that some thought our research based predictions that never made it close to become real. These materials open a window into the past and in term a perspective of the future… how the future should have been or their fears of how they were afraid it would turn out.

The realities of tomorrow are the fictions of today. If you want to have good strategic foresights, don’t hire designers or futurists. Hire Sci-Fi writers! And pair them up with behavioral economists and anthropologists and you will get good foresights.

The latest issue of MISC The Gadget Issue which has a special design feature Project 2020 about the future of sex, social and beauty. There is also the main feature How New Technologies With The Power To Evolve, Disolve, Disrupt and Democratie Industy which is fun to read. MISC is now in bookstores in 26 countries. And you can get it from Amazon too.

Can Gadgets Save Healthcare? What's The Next Big Disruptive Technology That Can Reinvent Healthcare? But The Fact Remains That Our Health Care System Sucks, And Will Continue To Suck.

I like the lastest Bond movie and the only thing I missed is smart gadgets. Bond needs to have latest tech toys. I don’t want to see Bond becoming Jet Li. Half the fun of watching a Bond movie is reveling in the odd ingenuity of the clever devices. Bond needs all the tech innovation he could use. Her Majesty's government is not investing enough in innovation for sure. Mi5 has a lot of catch up to do. Perhaps they should retain Idea Couture to develop an innovation roadmap? I might get a call from Sir Jonathan Evan!

In Bond's world, the smart phones have access to intelligent databases; miniaturized radio homing beacons operate on their own encrypted frequencies, the cars come equipped with bullet proof glass—semi-autonomous or remotely controlled—and become invisible to the naked eye. Implantable, traceable RFID chips confirm your identity and carry your medical history. And a smart scan to show when enemies are nearby too. And no, Bond does not need speed dating gadgets at all.

Bond gadgets may have once seemed far-fetched, but in our tech-addled age most are at least possible, if not realized already. In 2009 Harvard Chemists collaborated to successfully develop a low cost micro-fluidic "lab-on-a-chip" (actually it was on paper) solution to identify various biomarkers related to the AIDS virus. This idea of a miniaturized bio-chemical lab is a solution currently being funded and developed by DARPA to get ahead of the bio-weapons curve.

In Casino Royal, a similar device helped save Bond's life after he was poisoned. After plugging into a cell phone, the data from his blood sample was transmitted in real-time back to HQ for analysis. A dedicated team of medical professionals including molecular biologists; immunologists, neurologists and virologists provided advice on how to mitigate the sticky situation of being infected with a designer biological agent from half a world away. The biggest idea here is this can become the premium health service for those who can afford it, specialists are all standing by and all one click away to saving your life. That’s an innovation.

Today, self-diagnostic technologies in tandem with the hundreds of personal health and wellbeing apps have emerged to take advantage of our over-connectivity. We are all a click away from massive global expert networks for information and advice related to described symptoms. Our helathcare economics is not working doesn't matter becasue the cost is too high and doesn't matter who is paying for it. The biggest opportunity for smartphone is not smartphone, it is Personal Health Device. That’s a $20 billion plus industry from the start. We need geniuses and mad scientists and designers to make his real and affordable.

“All the greatest men are maniacs. They are possessed by a mania which drives them forward towards thier goal. The great scientists, the philosophers, the religious leaders - all maniacs. What else but a blind singlenee of purpose could have given focus to thier genius, would have kept them in the groove of purpose. Mania ... is as priceless as genius.”

                                            ― Ian Fleming, Doctor No

This is anexcerpt from an article co-written with M. Lincez to be appeared in the March issue of MISC magazine the Gadget Issue.

I Imagine Over 95% Of All Patents That Apple Filed Are Useless. Here's A Good Example.

The patent wars are continuing as we speak. With the proliferation of cheap sensors people are talking about putting them everything. We use them in our cars to see if the tire pressure is correct and washroom etc. It is part of our everyday lives already.

Apple just filed a patent application to put sensors in your sneakers so they can send signals to your iPhone to tell you it is time for a new pair. If I am Nike, I would file 100 patents to put sensor in everything from sneakers to sport pants. Is this patent really useful? I think we all have a pretty good sense when do we need to replace them just by looking at it. I don't need sensors to tell me.

The application describes a "Shoe wear-out sensor, body-bar sensing system, unitless activity assessment and associated methods." The application's summary describes the system thus:

A body bar sensing system for sensing movement of a body bar may be provided. The body bar sensing system may include a housing having a coupling mechanism operative to couple to the body bar, a detector disposed within the housing and operative to sense movement of the body bar when the housing is coupled to the body bar, and a processor operative to determine a number of repetitions of the movement based on the sensed movement. In one embodiment, a shoe wear out sensor includes at least one detector for sensing a physical metric that changes as a shoe wears out, a processor configured to process the physical metric, over time, to determine if the shoe is worn out, and an alarm for informing a user of the shoe when the sole is worn out.

I really think this is a pretty useless patent. Perhaps a more useful one is we can have them in our leather shoes and it sends a warning signal to me when the pavement is slippery just like my Mercedes. Today’s sensors are mostly simple designed for specific purposes, like measuring temperature, gas, light or tyre pressure.

Most sensors are designed as part of a closed system design and not connected to any networks. Future network sensors will drastically expand the possibilities by using wireless, radio waves, ultra sound and infrared signals to connec to big systems, we can do a lot with the information that they collect.

The most fascinating ones are those we can put under out skin. LifeCare in Bergen is working on the development of a new type of sensor that can be placed under the skin for measuring the blood glucose level.  It is small enough to be injected underneath the skin and no operation is needed. A nano membrane moves when the blood sugar concentration is irregular. One big challenge is power supply because all sensor needs energy. You don’t want to rely on battery. Some researchers have consequently developed wireless energy transfer between the glucose sensor and a bracelet carrying a battery. 

What I find really cool is the EPOC's Neuroheadset. It is the next competitive field in gaming. The headset features 14 saline-based sensors and a gyroscope and is primarily designed to gamers. Think shoot and think jump! Another application is to help people with disabilities to regain control of their lives. It includes EmoKey, which is a lightweight application running in your computer's background to allow user ot to map out thought-controlled keystrokes. This headset is the used by the Dartmouth Mobile Sensing Group, which created a brain-to-mobile interface that allows you to call your friends by thinking about them. Imagine I am looking at other people’s Facebook pages and it will leave a comment or 'like' for you.

More Gadgets..Smarter Devices...CES Doesn't Want Us To Stop! Where Do We Go Next?

In Vegas for the CES, it is exhausting. I skipped last year but didn’t feel I missed anything. I was not a fan of 3D TV and not impressed with the Microsoft / Ford automobile operating system. It has been a crazy first week this Jan with lots of management stuff to get done as well as finalizing the March issue of MISC magazine to print. It is the GADGET issue. Very happy with it and couldn’t wait to see it out in bookstores and newsstands in eight weeks.

Here I am prepared to be exposed to all kinds of crazy gadgets once I set foot on CES, as usual many are useless and hopeless. There is distinction between the two. “Useless” is product that does not answer to any customer unmet needs, it is just novelty. “Hopeless” is me-too product that tries to compete on price. I hate to think how many tablets will end up going to the landfill. With no Apple presence, it is like everyone here is try to compete with Apple. It is the world against Apple.

Many of these consumer electronic gadgets solve our problems. Problems that we know and problems that we know we have. Often they create new ones while solving the old ones. Humans are supposed to be good at problem solving but we’ve become so reliant on the gadgets in our lives that there are problems we find ourselves unable to solve without them. Sometime in the not too distant future gadgets will not just respond to our commands, they will be able to understand our mood, read our minds and learn our preferences.

When I was sitting at Starbucks, my mind was trying to visually map all those data exchanges between Macs, tablets, mobile devices, watches, cameras, and people. The visual just blows my mind and we forgot how crazy and connected we are.

Never before we have that much access (and speed) to information and knowledge at the palm of our hands and we can almost (yes almost) live our lives without thinking. We tether our brains and other senses to our smart devices and relying on them to tell us when we’re sad, confused, tired, hungry, where to go and what to buy. How far are we before we’re ready to raise the white flag and formally “surrender” to our cognitive independence? What about humanity?  

We are living in a technology-addled age, our gadgets are necessity. I wonder what’s the average number of apps for iPhone users? And how many of them they rely on in their everyday lives? We are becoming lazy. We do less walking because we have cars. Now we do less thinking because we have smart gadgets. Your brain is like a muscle. If you stop using your cognitive skills and instead rely on gadgets to do the thinking for you, in time, those skills will start to atrophy. For me, I used to be able to do complicated calculation looking at tons of numbers and within a few minutes come to sense of what it is telling me. Now I can’t even add up a restaurant bill without a calculator (app). I used to be able to map out the route mentally when I drive from one place to another, now I just listen to the command of my GPS. I used to be able to spell and thanks to auto correction, my spelling is worst than when I was 12.

May be the next innovation is not a product. Just like we’re try gin to think of ways to encourage people to walk or bike to make us more healthier and do less damage to our environment, we should be thinking about applying design thinking to help us to use our brain more – and use less gadgets. What does computational humanity means? Time to get back to the show.

 

10 Big Reasons Why Most Innovative Products / Services Fail? How Many Of Them Are Avoidable?

Why innovative new products fail? Because marketers believe they know the industry, the product market and the customer and their needs.  And after going through cycles of input gathering and any orginal innovative ideas were ultimately turned into something that a lot like their existing products with minor improvisation. Sounds familiar?

Too many firms “innovate” with very few real insight about the market, their customers, or customers’ aspirations, needs or wants. Rather than go out and understand what customers need and expect, they rely on anecdotal evidence and market research, or simply perform some "ethngographic" study performed by traditional marekting research companies. "ethnographic" field work performed withour an anthropologist is like goging to bungee jump without an instructor.  This is a ley failure point of the first order, like jogging on the rooftop blindly down a path that ends off the building.

What leads some innovative products and servies to succeed and others to fail? The answer to this question encompasses a number of different factors. In some cases, the product cannot deliver the promised performance, capability or attract sufficient interest.

Even if potential can be demonstrated early on, it may take a substantial amount of time to reach the projected adoption figures. Or the product’s innovative feature is being replicated by an existing product as an added function and there is no need for a stand alone new product. Or the economics of the new product is not attractive enough and cannot hit a critical mass. Insight into the minds of the early adopters can greatly reduce the risks of failure, which is generally due to one or more of the following reasons:

1. The innovative new products are not shown in the right user context thus creating a misunderstanding of the applications
2. The new technologies behind the innovative product are not linked to an exciting and worthwhile market opportunity or are too niche
3. The innovative new products are not positioned within any product category and also fail to open up a completely new category
4. There is insufficient knowledge and resources for marketers to drive consumer adoption
5. The core functions of the innovative new products cannot support themselves as stand alone products and only work as features.
6. The promised performance of the innovative new product does not materialize and does not provide enough customer value
7. The innovative new products were distributed through the wrong channel and compromise the value propositions
8. The innovative new products perform only a small function and can be included by others in other products as an additional feature thus diminishing the demand
9. The expectation of consumers adopting the new products is over estimated
10. Products are pushed to a skeptical customer group and fail to neutralize the perceived risks associated with the new product.

The innovative new products require an ecosystem of support which did not exist or were not built fast enough. Determining the suitability of market research for innovative new products or services is a challenge. Insights are not only needed in the early phase of ideas gathering, it is equally critical at the pilot stage. Many traditional market research methods are inherently more tactically focused (orientation on the customers of today) and lead to the development of small improvements in existing products and the big ideas eventually diluted. Read more of this in the next big INSIGHT issue of M/I/S/C available in bookstores in 28 countries.

Random Thoughts On Muggles, Magic And Design Thinking.

For those of you who are not familiar with Muggles, they are people who are incapable of magic, and who are usually unaware of the wizarding world. Design Thinking is sort of like wizardries, it takes certain type of people with the certain type of training, Hogwarts or Harvard.

When Muggles think Design Thinking, they see nothing new there and they believe it has been around for a long time, it basically means they still don’t get it and may never will. They hardly see the real challenge, it is simply not to invent a better mouse traps. We care capable of doing more and being more innovative. The power of our imagaination is what it is.

"It is our choices that show what we truly are, far more than our abilities."  ~J.K. Rowling, Harry Potter and the Chamber of Secrets, 1999, spoken by the character Albus Dumbledore

Design Thinkin is alot more than lateral thinking and creativity de Bono style or ad agency style brainstorming. Design Thinking fills the gap created by management theories and business schools which analytical thinking and data-driven decision making override intuition where empathy is never part of the equation.

Companies have been battered by system level economic failure, extreme uncertainties, and the failure of traditional forms of strategic making, leadership styles and management model. These wounds have left businesses gazing hopefully towards Design Thinking. Design Thinking is bringing a refreshed, revitalized, and rejuvenated approach to management and strategic thinking- however, design thinking is far from a cure-all. It takes a certain type of people who are comfortable with different thinking styles. I’ve read so much poorly written papers about design thinking and many of them don’t even grab the basic principles and its true transformational power.

Often people talk narrowly about design and prototyping, but Design Thinking is not just bringing the power of empathetic creative problem-solving to bear on a human needs, it is an organization culture, a mindset, a framework and a toolkit to solve complex wicked problems that we created. It provides a balance between the needs to create customer value, shareholder return and social value. Design Thinking is strategic.

Everyone comes to me hoping to join Idea Couture claims they are creative, they have great ideas and can turn ideas into great products and create new markets. Go deeper and I ask the how… there comes the sound of silence. Great Idea, great products, great business is a tagline, not a strategy. Design Thinking can be applied to fill the gaps of traditional strategic thinking. The increasingly complex needs of the business need a new toolkit and Design Thinking is exactly what is needed. It helps to uncover new needs, creatively redefine value, reconfiguration of value-chain activities, develop compelling brand narratives and create markets that are yet to exist. When my friend Roger Martin advocates Design Thinking, he is not talking about ethnography or prototyping; he is talking about a whole new management paradigm.

Everything is designed—from behavior, systems, organizations to public policies. Design is universal. The dirty secrets of why how big corporations destroy shareholder value are actually no secrets. Everyone from the board of directors to the frontline employees knows 'why' a company is 'stuck.' Because their structures and management systems are so rigid and can’t adapt to changing market shifts or respond to any disruptions; their over focus on core competencies and optimization that prevent them to see beyond the core and; fail to see and anticipate the future and even if they see it they fail to act on it. This is where Design Thinking comes into play.

Everyone understands the need to make money and everyone hope they can do magic. And everyday many moguls are trying to create magic with cute packaging and fancy taglines and hoping to make a lot of money, off course it won’t work. The real magic lies in understanding deep human desire and unmet needs and anticipate emerging behavior, not every company truly understands how to do it. They teach those at the Ministry of Design Thinking.

There's Gotta Be Easier And Cooler Ways To Transfer Files Between Devices. A Lot Of People Are Working On It.

When people talk about innovation generally people are quick to refer to something completely new. The question is how many new ideas are really new? Or recanation of old ideas or new applications of old ideas? Or just new ways to package old ideas? It is not uncommon that multiple companies or people are working on the same new idea but no one knows each other are working on the same thing?

So many people are working on innovative ways to send and receive files over a wireless network which is done through Bluetooth or infrared or whatever. Some engineers are playing with the idea of using the optical spectrum that offers better security and higher transfer rates. Engineers from Pennsylvania State University have now succeeded in moving data outside the usual line of sight restrictions at speeds of over one gigabit per second, more than double the max speed available today.

The engineers have developed a system where a high-powered laser diode transmits data by converting electricity into infrared light, which then bounces off any walls and surfaces before being received by an avalanche photo diode, where it's converted back into electricity and translated into usable data. Using it in a room with no windows will ensure that any transmitted signals do not escape and cannot be intercepted or less interferences. Not sure how many rooms are completely closed with no windows.

One creative application could be the "wireless projection of HD television. Currently, two high definition broadcasts exceed the bandwidth of any radio system, but with a 1.6 gigabit per second gigabit system, two HD channels could be broadcast," according to Professor of Electrical Engineering Mohshen Kavehrad.

At Idea Couture we’ve been playing with the idea for more than 18 months exploring new ways to transfer files between devices using simple touch gestures. We called it “Touch-and-Send”. Obviously there must have been dozens of start-ups or labs working on solving file transfer problems or creative ways to do that using similar approach. Currently there is no simple way to move things, plugging into the USB is still the simplest way and requires no set up. 

But a new research project at MIT called Sparsh is also working to fix the file transfer problem. Sparsh (Hindi word for "touch") is a virtual cloud-based clipboard where any data, like a phone number or photograph, can temporarily live until it's "pasted" to another device. It is kind of like the mailroom.

To make it work, both devices need to be Sparsh-enabled and the person touches data on a device, such as a picture or a music file can be sent through the cloud and receive by another device. Right now, Sparsh is at a concept satge at MIT's Media Research Lab. Very exciting idea indeed.

Expect to see many more innovations enabled by the cloud. The sky is the limit.

"Build to Fail" And "Fail To Build" Can Have Different Meanings. To Fail Is Part Of To Build. To Fail Is To Hep To Build To Last. I Hope I'm Not Confusing You.

In London this week, fully packed with meetings. Staying at St. Marins Lane and it is one of my favourite hotels in London. Both for style and location even I am not the saturday night crowd that hangs out in the cocktail lounge. I am getting a lot of work done writing and editing for the next issue of M/I/S/C. Deadline is a few days away.

We love to read successful innovation and design stories of how a cool idea turns into great success story. The reality is most cute or good ideas don’t make it to the executive’s desk and even for those who did, most products and services launched to the market ended up failed. What good is innovation if the failure rate is so high and how we wonder how it would impact our credibility or career future? Is it a good thing after all? Do we know why we fail? Most don’t have any idea.

How do we anticipating failing as part of design thinking? How fast should be fail? How soon should we fail? What’s the right mindset? “Dream to Fail” or “Fail to Dream?” Or should be thinking about how to “Build to Fail” or “Fail to Last?” What is right approach to embrace a culture of failure? Fail often and fail faster is a bad idea, I know how easy it is for people to say, “oh you should fail more and fail often”. That means you’re no good in innovation management or don’t understand how to manage innovation risks.

Business schools do not celebrate failure and design schools spend too little time understand how not to fail. If you've failed too much and too often then it doesn’t reflect well on you. And if you’ve never failed, it means you never tried anything innovative. And if you tell me your innovation success rate is 70% or 80%, you don’t know what innovation is all about.That's part of the reason I wanted to publish M/I/S/C Magazine.

So what design thinking has to do with failing forward? Design thinking is about helping business managers (with no design training) to understand “play” and "exploring white space." We should question the practice of segregating design thinking solely for use by so-called “design professionals.” What’s the social bases of separating design and business?

There are semantic gaps, conceptual blocks, and social and definition barriers between design and business. What are the first stops teaching business managers the concepts of design thinking? And what’s design thinking? Most common description includes application of ethnographic research, strategic foresight, sense-making, multidisciplinary teams, strategic framming, visual mapping, strategic prototyping and iteration and form-giving. So how can entire organizations benefit from design thinking in their everyday jobs?

With some exceptions, both design industry and business community is lacking an understanding of design thinking and its potential role in business strategies and decisions making. Design thinking is a mind-set, common languages, a practice, a set of tools as well as a framework to generate more and better solutions or options. It is where D-School meets B-School.

It is not creative brainstorming; in fact it is quite the opposite of that. Design thinking is a systematic way to identify and frame issues; develop multiple solution options; test them with rapid prototypes; and iterate on them. To prototyping is to strategize.

Art Is Like Viagra For Science. Art And Science Complement Each Other In All Forms Of Sense-Making. The Magic Formula For Innovation.

“If you’ve never been lost you’ll never end up getting anywhere new”. That was a great opening line when Dan Widen tried to sum up his observations on day one of the event. It was the first time I met him in person and I must say I really like him. Not only of his achievement but his personal style of reflections. Also met with his colleague John Jay, also a great guy and honestly I was a little surprised to see them at the event, a nice surprise. I was expecting to meet with only scientists, artists and policy makers.

The STEM to STEAM workshop was hosted by RISD and funded by the National Science Foundation, the idea is to bring together thought leaders to come together to develop strategies for enhancing STEM education through the integration of Art and Design thinking. "STEM to STEAM pedagogy integrates a broad range of learning methods and learning ecologies from the empirical studies in the science lab, constructive critique in the design studio and creative discoveries in informal learning settings," according to Dr. Pamela L. Jennings, Program Director, Computer and Information Science and Engineering, National Science Foundation. "Creativity and rigor are rewarded and STEM learning in formal and informal settings is transformed from 'we have to learn' to 'we want to learn'."

On my flight home, I was thinking, what is the difference between an artist and a scientist? Or the artistic process and scientific progress? This was the closing discussion we’re having on the second day of STEAM. It is never easy to have scientists and artists (I don’t know which group I belong to, I am a management scientist and an artist) sitting together to talk about the integration of art and science. There is no question that there were differences in opinions in terms of what’s the definition of an artist?

The commonalities seems to be that both requires extreme curiosity, certain expertise, experimentation and ability to deal with unknowns, and using various methods of inquiries etc. And the key differences the science progress requires validation and repeatability (other wise it is not a science experiment). On the other hand art can often be done as a one off. Art is more process oriented and science has more consideration for the outcome or goal-oriented (there are also a lot of science research that I don’t know what they’re trying to achieve). The process (may be process is not the right word) of art requires artists to deploy observational skill which allows them to see beyond the surface, recognize what the eye sees and interpreting them as they see it, and constantly experimenting with organizing colors, textures, patterns, shapes, space and form.

Artist is best in asking question and sometimes these questions seem to be irrelevant they are trying to make a point. And when art is applied in science, it is becoming part of the scientific process, it is a powerful subjective aid in enriching the objective world of scientific evidence. But when science is applied in art, suddenly it has become the “rapid prototyping of truth.” Instead of algebra equations and statistical charts or applying Multivariate Statistical Process Control when several related variables are of interest are collectively known, we can make a powerful piece of visual that brings all the data together added with a subjective richness to help viewers to see things otherwise they may not see. Art is like Viagra for science (or even for scientists) to help them to keep up with the crazy world out there.

Another interesting idea is for several decades, investigations into consciousness has always been a muddy area in the scientific community. Artists and designers have always believed that art can impact our phenomenological experience of the world - via our central nervous system - through artistic stimuli, which thrill, question and captivate, for centuries. The sensations from art, whether it comes from an art installation, a painting or a digital simulation can help us to experience the immediacy of the things happing (whether it is 50 years ago or now around us) and provide a truly phenomenological experience of our world. And thereby open a T1 connection into our consciousness.

I know a scientist/artist that uses her knowledge gained in biology to explore relationships between cellular form and function and she was showing people amazing visuals of how the double helix structure is telling us what makes us who we are – an example of science meets arts. When art infuses into science opens up possibilities for artists that have the scientific knowhow to use scientific knowledge to create works of art.

I must say I very much enjoyed the event and I had the opportunity to meet with lots of scientists and artists and a lot of great discussions about the value of crossing over. Art and science provide a complementary way of making sense of the every increasing complex challenge around us, it allows data to have emotion and help us to see (and sense) the past and future. A healthy dose of subjective enlightment can give scientific knowledge a richness and depth beyond that which our senses can perceive. They complement each other in sense-making which is really the comprehension of meanings, and projection of our future. And science cannot do it alone without art.

With The Tablets And E-Readers Race, Wonder How Many Of Those Will End Up In The Landfills Before They Were Actually Being Used.

This week in San Francisco is action packed. New people starting, more furniture coming, a few projects in final stages and magazines. Scott and I were doing some street bodystorming between meetings (photo above).

Since I wrote about tablet last year at the CES, it is still the main battlefield this year as everyone is not only jumping into it, but most have no clue of how to play or win this war. Yes iPad is now the common enemy and this one is not easy to beat, you have to beat them on hardware, software, human factors, interface, and most of all the Apple brand and integration with iTunes and iMac.

The biggest surprise is Motorola, beaten to death in the mobile space and now entering the tablet game in far better than shape that others The Motorola tablet is by far the best tablet, it runs on NVIDIA Tegra 2 and Google's new Android Honeycomb.

Motorola Mobility, the new Motorola spinoff that went live as a separate entity on the NASDAQ. This new company focuses entirely on consumer devices, in partnership with Google and Verizon they just announced the new the Motorola Atrix, a smartphone that doubles as a legitimate PC replacement with both desktop and laptop docks. This company is coming back big time.

The Motorola Xoom tablet and the HTC Thunderbolt were especially impressive in performance and usability. Both are the only two serious threat to iPad, at least until Apple comes up with iPad2 or iPadthin or iPadsports. With the tablet race, Nvidia looks like is becoming the Intel of the next great wave of computing. Where’s Intel? Samsung and LG folks are sleeping and eating in their war rooms thinking about fighting this tablet war. Both are committed and determined to be a key player, but could use a lot of help.

Where’s Sony? The once mighty consumer electronics giant? What’s the coolest thing from Sony? And when’s the last time you heard about a breakthrough product from Sony? When’s the last time you heard about a market-leading product from Sony? They spend too much time trying to win back the TV war by going full throttle on 3D. I know for them, losing the TV war is hurting them deep, as they have always been the kings of TVs, that is until Korea joined the game.

Sony deputy president Kunimasa Suzuki, "We'd really like to take the No. 2 position (in the tablet market) by 2012. At this moment, the timing of (those tablet) announcements versus (their) availability today is a different story. iPad is the king of tablets for sure. Who is going to be (the) second player?" Aiming for the second is not exactly a good strategy. They are missing the boat already.

The not-so-secret thing is most new tablets are still in design stage and most don't come out until September, if it all--take. And by then Apple will be another 12 months ahead of the game.

Unfortunately for those other 500plus e-readers I saw at the CES last year, most of them are so last season. Since the launch of the iPad early last year, it doesn not make sense not to merge the idea of e-books onto tablet devices that also surf the web, play games, play videos, and do a lot more. What I hate to see is that all those ebooks become ewaste in the landfill, let’s figure a way to do something with them.

Expect To See A Next Generation Of Lighter And Tougher IPads, IPhones and iMacs. All Made With Carbon Fiber.

Do you ever wonder why everything I getting lighter and lighter and that include the airplane that you fly in and your car? If you ever get a chance to fly Qantas in an A380, you’ll find the economy class seats are all carbon fiber. It is very commonly used in planes due to lightweight.

Carbon fiber is basically plastic, it refers to plastic reinforced by a graphite textile. It is also know as alternatively as carbon fiber reinforced plastic or carbon fiber composite. Carbon fiber is not cheap, but has a fantastic weight-to-strength ratio and that’s why they are used in high-quality cars, boats, bicycles, and planes, including popular Formula One racecars. A small piece can withstand an impact of many tons and still deform minimally. Carbon fiber composite is currently the best material that the world can produce in appreciable quantities. Introducing carbon nanotubes into the fiber is currently in late research stages, and may offer improved ratios of 10 times or greater – a space age material indeed.

Apple engineer Kevin M. Kenney sees the future of carbon fiber and tablets, they are applying for a patent called simply "Reinforced Device Housing" that describes a way for various weaves to be backed by carbon "spine" to provide greater torsional rigidity -- to keep you from twisting it and cracking an LCD. Imagine the next generation of lightweight iPad, iMac and iPhone. IMac is still have a weight and heat issue. In face, Panasonic started making a ultra lightweight laptop many years back, but not for export. Some needs to overcome the perception that plastic is cheap as this is no ordinary plastic. Sony as early as 2005 launched two new VAIO TX series notebooks both made of carbon fiber making them the strongest and lightest with the least amount of thickness. They were ahead of Apple.

Apple’s patent text is pretty broad and it raises some issue: Embodiments may house any number of electronic components. For example, certain embodiments may be used to form the exterior surface of a mobile telephone, a laptop or notebook computer, a tablet computing device, a desktop computer, a television, a stereo receiver, or practically any other electronic device. Expect to see a generation of lighter and stronger Mac products soon.

For Now Tablet Is Dominated By iPad, And Then There Are Hundreds Of Others Who Want A Piece Of The Action.

Microsoft just posted a really good quarter and has been openly criticized for its lack of strategy in the tablet market and other consumer market. This software giant has failed to innovate in many fronts despite massive resources and strong talent based. The company has also failed to create any buzz on their product launches; you wonder what is not working with this company. It is not lack of money for sure, and not about lack of talent either.

The iPod has only been on the market for half a year, the buzz has quiet down but adoption is high and broad unlike previous products. This is an instant success and looks like no one us close to being a threat. Though Samsung, LG, HTC, Dell, HP and Lenovo, and others are unveiling their own tablets, no on has the advantage of full software and hardware integration. Apple's complete integration of hardware, software, operating system, and applications is a major competitive advantage.

Many think Galaxy is only potential threat to Apple. The Galaxy's screen has about three times the surface area of typical smart phones, including the phone. When it comes to tablet features and performance, here's how the Galaxy measures up to the iPad. The Galaxy is about the size of large paperbacks and don’t expect battery to last more than 8 hrs.

Samsung has identified two problems to solve as a competitive weapon to compete against iPad. First is flash. And then the other is face-to-face communication. The Galaxy has two cameras, one facing you and the other facing away, and you can use the Qik app to videoconference with other online members. This is an attractive feature and for sure will be matched quickly.

There are a handful of Qik enabled phones out there, but it still hard to find someone to talk than using Skype. iPad2 might incorporate a camera and FaceTime. Android have more apps, above100, 000 apps but the proportion of high-quality apps that you have to pay for has not gone up significantly. Apple leans way the other way on this, limiting some of its 300,000 apps solely to iPad distribution. And most are willing to apps for the iPad. Mobile usage has become pervasive. Mobile devices (smart phones, tablets and whatever in between) will be experienced dramatic evolution in the next 5 years. It is the new competitive ground and becoming a real category on its own rather than something as complimentary to the PCs.

These tablets or large smart phones are fast becoming mini-computers with nearly 13 million iPads shipped this year and expect to grow 3x next year. These tablets’ bigger screens promise more immersive experiences for marketers. The web will become more app like and the user experiences will converge. I can see tons of innovation opportunities to drive new behavior. It is so easy to view content on iPad and people considered that as less private, and more willing to share. 2-3 users sitting in a coffee shop can easily view the screen. And as a shared device, the iPad invites social interaction and imagine design apps for real life social interactions rather than virtual. A game that can be passed around and played or something that people can use in a retail environment, sort of self-help navigation in mall and view merchandise and promotions etc. I can come up with another ten scenarios.

I am looking forward to see the Blackberry Tablet rumored to cost just under $500. The PlayBook will have a smaller screen than the iPad (7-inch PlayBook versus 9.7-inch iPad), and there won't be a 3G option (it shouldn’t as it should use the BlackBerry connection). The screen resolution will be similar the iPad, but will translate to more pixels per inch. The PlayBook will also have bigger ram than the iPad (1GB PlayBook versus 256MB iPad), and RIM also included in two cameras (5MP back, 3MP front). I think this is useful for BalackBerry users like me and will guaranteed a minimum adoption. Great, now I’ve got one more thing to add to my briefcase.