innovation playground Idris Mootee

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.

The Future Of Retail Is Full Of Challanges As Well As Opportunities.

Retailers are goign through strutural changes as many proven formats are out dated and "showromming" is impacting many. The massive pentration of smartphones are driving showroomers for comparing prices and features. Amazon has even given users of its mobile shopping app the ability to simplify price lookups on its site by letting them scan product bar codes using their smartphone cameras. So we end up having 1/ the Amazons of the world where they have full range of products at a super competitive price of 2/ Experience-based stores that people that offers more than making a purchase. They provide a very different kinds of retail relationships with different brands and it is Cirque du Soleil meets Nordstrom.

There are no shortage innovations happening in the word of retail design. Most aim to integrate online retail with the traditional ‘bricks and mortar’ experience. Giant interactive screens, talking mannequins and RFID tags are bringing the virtual into ‘real’ retail spaces and tablet computers are turning up at pos’ from independent boutiques to multi-national chains.

Stores such as Tesco in the UK have introduced a ‘scan as you shop’ system that allows shoppers to bypass checkout lines; SK Telecom, a South Korean mobile tech company, are trialing a ‘smart cart’ a trolley complete with wi-fi enabled tablet computer that provides product information and collects data as people shop; Nordstrom, Harrods and Target are all trialing in-store navigation smart phone apps to give product location and stock information.

And for those who don’t like trying on clothes, there’s now a virtual answer: The AR Door prototype. UK high street store Top Shop introduced the virtual change room to shoppers in Moscow last year. Using Kinect motion sensor technology together with an Xbox console, the prototype allows shoppers to see how clothes will look without trying them on, via a full-length mirror/screen. There are also companies working on virtual ‘touch’ for users to ‘feel’ the texture of products they want to buy. While still in development stage, the innovation would address one of the main problems of shopping online. Shopping is as much a tactile experience as a visual one. 

Mobile payment systems are also infiltrating retail spaces. US hardware giant, Home Depot introduced PayPal to almost 2,000 stores last year. Square, the mobile payment system, that streamlines point-of-sale payments, has recently partnered with Starbucks to implement a smart phone app allowing Starbucks customers to pay via QR code or NFC-tap.

It’s not just bricks and mortar retailers breaking down digital barriers in retail, online retailers, such as the online grocery store Peapod, are establishing a physical retail presence. Product images and QR codes line the walls of transit stops in the US, shoppers can simply scan items to order while they wait for their train.

In a creepy addition to the tech enabled retail experience, mannequins may now be watching you as you browse. Via built in cameras and facial recognition software mannequins are now able to collect data on your race, age, gender and shopping habits to assist retailers in their marketing strategies. While it’s not quite new, retailers have been using in store cameras to collect data for years, the addition of facial recognition is making it a simpler process. So watch out for those mannequins!

 

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.

Now I Can Read Your Tweet On Your Dress. Or You Can Program Your Dress For Any Special Occasions.

It was at least 10 years since I was talking about wearing technology and fashion in conferences and 10 years later we don't see any mass commercialised products out there. It is another example of innovative technologies usually takes way longer that we imagine for diffusion for a number of reasons. May be this is the year we start to see it coming.

There are a few out there working hard to make it happen. CuteCircuit is one of them. It is a wearable technology and design company based in Shoreditch, London. Founded by Francesca Rosella and Ryan Genz, the company incorporates LEDs, telecommunications, and smart textiles into fashion, bringing a sense of style and tech fun to wearable tech. I visited their studio a month ago and talked to them about the challenge and opportunity.

Rosella's background is in fashion, having worked at Valentino and Esprit, while Genz was an artist and anthropologist. The pair met while studying interactive design at the Interaction Design Institute in Ivrea, Italy in 2001 and began to collaborate almost immediately. The first collection Rosella and Genz designed, called TransforMe, was based on the idea that garments could change shape, color or illuminate during the course of the day in response to the mood and activity of the wearer.

The most well known piece from the collection is the Kinetic Dress, a dress with embroidered electroluminescent fibers that light up in response to the wearer's movement. The dress features Victorian style mutton-sleeves and a train, and is made from black elastic that creates a sleek, body hugging silhouette. And their famous “Aurora Dress”  which was designed for an opera singer, features 10,000 LED lights and hundreds of Swarovski crystals.

The fashion industry’s manufacturing system has been using the same supply chain design for many years, disrupting this process, even slightly, has to be done slowly. Facing the manufacturing process has helped refine the products and streamline designs, and has given the opportunity to create viable products. Like any other industry innovation, the biggest barrier is always the supply chain. The industry needs a new flexible supply network to achieve scale. Perhaps in another 3-5 years. May be more. I can't wait to see when we all have a "smart" wardrobe.

 

At CES Everything Is Touch, Touch, Touch. Will Touchscreens Make Typing Obsolete Soon?

At CES this year everything is touchscreen, TV, laptops, tablets and kitchen appliances. Is the future of interfaces is moving to touchscreen? Is this the end of keyboards? We are seeing a completing transition in the design of user experiences to software based and touchscreens. The notebook computer is the final piece of the migration. Most people would find no reasons to touch a screen on a laptop or notebook, but we are also increasing used to the habit of touching screen even most of the time even we’re not aware of. Thanks to the iPhone and iPad.

Our view will change even when we don’t think touchscreens on laptops are useful; just see someone use a keyboard with an iPad or Galaxy. For many, it just feels more natural to touch the screen. I sometimes find myself touching the screen forgetting that it is not a touchscreen device.

Blackberry will join it even they will still keep the keyboard as an option for people like me. Automobile entertainment will move there too. Your next laptop will likely be touchscreen and you might not have any choice, whether you like it or not. I wonder when will Apple launch a touch screen macbook? I think it is only a matter of time before all laptops become touch-enabled. LG was showing a prototype of interactive retail display so you can try differetn outfits without going into the changing room.

With touchscreens, we will never worry about spilling coffee onto your keyboard but will have to deal with the problems of greasy fingers. I think touch will become the key user experiences but there is still a lot of room for innovation. Touch-enabled devices will accelerate adoption in the enterprise market and next will be education market. The next generation of workers will forget what a physical keyboard looks like.

Hong Tan, a professor at Purdue University who works for Microsoft came up with an interesting way to add the feel of buttons and other physical controls to a touch screen by using vibrating piezoelectric actuators installed on the side of a normal screen generate friction at the point of contact with a finger. The nice thing about the innovation is it can make an ordinary sheet of glass feel as if it has physical buttons or even a physical slider with different levels of resistance. That is a bug jump forward from just touchscreens. The haptic feedback could help users find the right control on compact or enable the use of a touch screen without needing to look at it.

RIM is working really hard to win this. They called it a “writing without typing”, a technology only apply to the keyboardless Blackberry London devices. This is a riksy bet as Blackberry loyalist (like me) likes typing on physical keyboards rather than tapping on a screen. I am eager to get my hands on the new Blackberry London... a few weeks I will know if that works for me.

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.

 

Smart Phone And Health Impact Warning? It Could Take Decades To Fully Understand The Risks.

There were been suggestions for years about health risks regarding using mobile phones. The city of San Francisco is legislating retailers to give outhealth warning material. CTIA attorney is fighting back asking the judge to freeze city ordinance requiring phone retailers to disclose possible health risks. The city stands by its law and believes people should be educated about ways to reduce risk.

The law was adopted two years ago and retailers need to inform mobile buyers the risks. Due to the rise of smart phone adoption in our everyday lives, there have been several questions posed on the safety as a result of radiation as well as heat. Mobile phones use electromagnetic radiation in the microwave range and people believe that this may be harmful to the health of human beings. There are large bodies of research involve both epidemiological and experimental and both on humans and non-humans but no definitive conclusions.

Back to the ordinacne, funny they call it a fact sheet. Is it really a fact? Not until we can prove someone die from radiation as a result of talking too much on your cell phone, can you make that claim now? We are used to health warnings that may not be truthful but of good intent, on the other hand it is hard to have definitive evidence and often scientific studies can prove either way. It could take decades for us to understand whether the risks are real or not.

Lawyers gave an example from Starbucks, which has to post a warning since a chemical produced in the coffee-making process is known to cause cancer. If we use this standard, we will be getting 100 “fact sheets” a day from drinking, eating, reading and simply walking into a store or getting into a car. May be someone can develop an app for that; there’s the unmet needs. The other innovation opportunity is for a low radiation and shielded smart phone, Motorola, Samsung, Blackberry, Nokia.. anyone interested?

I think we get more harm from watching TVs, it is the number 3 activity following sleep and work. According to a new study from Harvard School of Public Health (HSPH) researchers, prolonged TV viewing was associated with increased risk of type 2 diabetes, cardiovascular disease, and premature death. The study first appeared in the June 15, 2011, edition of the Journal of the American Medical Association. I think this conclusion has a lot more merits. I think all TV programs should have a health warning including physical and mental health implications. I think many programs can reduce our ability to think if you know what I mean.

Another innovation opportunity is to have breaker to limit how each individual spend in front of a smart TV. And it will point you to the gym once you’ve spent more that you are allowed and will monitor your exercise through your iPhone. Isn’t this a cool idea? Need to go to sleep. 5am tomorrow heading to the airport.

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.

Microsoft's Next Big Innovation: Google Maps Meets Grand Theft Auto

What's new with GPS? There were the 3D maps, then traffic information with live refresh every two minutes so to help others to avoid heavy traffic jams and GPS watch? What’s next?

Surprise the next big innovation will come from Microsoft. It is Grand Theft Auto meets Google Map. The company just granted a patent that is designed to make its maps more pedestrian-friendly meaning not only just when you’re driving, even walking. I think this is a truly innovative idea. This feature is designed to help you t avoid certain dangerous area. You know two blocks can make big differences in many cities.

This "mind-the-ghetto" feature will be killer applications in future Windows phones. So while you’re roaming the streets of LA or Chicago, your smart phones will send GPS into to a system that maps the crime statistics as well as nature of crime, day of time happened and frequency. Not sure how this will impact real estate prices or retail rent.

And they may allow you to do a trial run in the neighborhood as downloadable scenes in Grand Theft Auto on your X-Box? I am sure there is a disclaimant that you need to click ‘accept’ meaning if you do get mugged in what was identified as a safe area would not be their fault.

It is definitely a useful feature for parents to make sure the kids are not allowed hanging out in those areas and it will prompt them and send a message to the parents? If you use a little more imagination, there is so much untapped innovation with LBS and GPS.

GPS is not legal everywhere. Apple will be selling its iPhone in Egypt, people there will have to go without one of the star features: GPS navigation. Yes, because GPS is illegal in Egypt (Can you believe this?) and I think it is the only country in the world but I might be wrong. Apple is forced to take out the feature because there is a ban on the import of all GPS-enabled devices into Egypt. The ban has been in effect for years.

The Egyptian govertment considers GPS a military-grade technology that can be used to help pinpoint the location of government facilities. But if you so happen to be travelling in the desert, you’re advised to buy one, but only from the black market which you need a GPS to locate.

The Tablet War Is Moving To The Next Level. It Is Not Just A Game Of Interface And Content, It Is A Service Platform Game. It Will Be Google, Apple And Amazon.

Idea Couture San Francisco was excited to sponsor and host the Tofu event last week. The Tofu Project is a nicely curated boutique program created by TokyoMango journalist Lisa Katayama and designer Tomo Saito that brings 10 of the most innovative young entrepreneurs from Japan to the San Francisco Bay Area for a 7-day design thinking and innovation boot camp.

These isn't just another Silicon Valley-meets-Japan tour or incubator. It is not just a start-up meet and share, it is more of collaborative think tank where cool Japanese people and experts on Japanese culture from all different sectors gather together to re-imagine the future of Japanese innovation and globalization. I wish I was there. Here are some pictures to share.

A busy day driving to Waterloo for a several meetings and everytime I stopped at a book store I wonder how the tablet war will evolve in the next 12 months. The tablet war is moving to level two and there are only 3 finalists. Samsung and Amazon are the only two that are strategically qualified to play this game. Sony’s new tablet may have a small chance; if it does it will be domestically. Sony has been sleeping at the wheels and has no idea what the world is like.

Amazon's forthcoming Kindle Fire tablet will be hurting the sales of iPad and put price pressure on Apple. They might end up having to reduce the price to keep shares. I don’t see any new features that can keep iPad ahead of the game or sustain the growth. Many will hold off the purchase of iPad for themselves or chose to buy Fire because it is a great alternative.

Kindle Fire, launching next week at a price of $199. They are using a Gilette strategy of subsidizing the tablet and make money from content. Apple will never do that. And for the Nook, I am not sure. It is nicely designed and engineered product, a lot of good thinking on the UI level too but lacking a strategy to play this game. Yet the sales jumped 140% the first quarter due to overall demand growth.

Amazon Fire will have a dual-core processor, a fast browser, a good display, and lots and lots of content. Preorder is already tracking to exceed a million. Amazon will build a big user base and leverage this to launch a service platform. They are not viewing the tablet as an eReader game like Nook, they see this one piece of a larger emerging strategy to go against Apple. Amazon just purchased a voice startup Yap few months ago, a technology that could transcribe voice commands into text. Amazon is quietly building out its voice-recognition service platform and will be competing with Apple Siri. That’s the next big game.

Apple Is Gearing Up To Attack The Living Room And To Turn Siri Into The Next Google?

I am exciting seeing the advance copy of M/I/S/C next issue - "The Creativity Issue". It will be in bookstores in 22 countries sometime first week of December. Now starting to work on the next one - the "Big Insight Issue". I have a few great ideas and now looking for some good guest contributors. Publising is painful but fun and thank you for those 50+ emails that compliment our effort. It is great to see that people are really liking it.

I’ve been following and speculating how Apple will be using Sirri acquisition strategically to compete in the next white space. Imagine Apple is now working on creating the next home entertainment experience, a place that is still not occupied by Microsoft?

I can’t wait for the day that I throw away every remote control that I have in my living room. First it is hopeless for me to figure out their functions and second they are ugly and don’t fit in my modern and elegant living room. What I want to see is I can just say a command and the TV or the controller will translate them and activate them.

The Siri in the living room will be different from the one on your iPhone. It will be your personal entertainment assistant and understand whether you’re in the mood of a movie, convert, news or just some soft jazz. I think this is the killer app for TV and will give Apple TV a real chance to take off. Up till now Apple TV is just a little experiment. I think we are 18 months away. There are still a lot of challenges such as bandwidth in some cases and voice recognition accuracy. May be there will be a tactile interface control or gesture-based control in additional to the voice command. The beauty is Siri doesn't need a rigid set of voice commands an able to interpret natural phrases by picking out keywords and some other cues.

And then the whole idea of “search” will bring Google into the game. It is reported that they are throwing resources into a refreshed Google TV and Apple has bought its third mapping company, beefing up its cartographic portfolio with eye-popping 3D imagery based on declassified missile-targeting technology.

Apple will be playing the same new game strategy as it did to the music industry creating an industry breakpoint. It will be a hardware, software and integration play powered by the iCloud. They still need to soft the gaming piece which Xbox and PS3 are the last defensible positions. I hope the Apple TV set will be available in black other than silver and white.

Do You Know The Difference Between Design Engineering And Engineering Design?

Went to the Made in Brunel opening last week, Made in Brunel showcases creations from within Brunel University’s School of Engineering and Design. The show was held at the Bargehouse, four storey building on the South Bank featuring an array of technological, sustainable, humanistic and virtual innovation concepts and prototypes.

Many wonder where the name Brunel comes from, Isambard Kingdom Brunel (1806 -1859) who was a leading British civil engineer, famed for his bridges and dockyards, and the construction of the first major British railway, the Great Western Railway; and a series of famous steamships, including the first propeller-driven transatlantic steamship. The school has a very good brand management program which is rare as a degree program.

There are a lot of work showcased in the Made In Brunel show and as always the quality of ideas varies. A few ones caught my attention including some concept explorations for Foursquare – the location social network by Chris Strickland, a graduate of product design engineering school. A number of mini appliance prototypes that allow people to play with information physically with their hands. By physically with the pods, people are able to combine different forms of content.

Foursquare Gaze has two components including the six Pods provide the interaction with up to the minute information and the Home which keeps the Pods charged and provides a safe place to store them. When each pod is taken away from Home, wireless connections ensure that they are kept up to date with the latest information. In this way the experience can be taken anywhere in the home.

Another interesting one is a concept to use physical items to manage utility costs at home (perfect for the modern couple) by Nick Sardar, a product design graduate. It is a physical interface (see photo below) where each cylinder is assigned to a financial aspect of your life. It is like open books household budget management.

There has always been confusions among people between industrial/engineering design and design engineering. And the same confusion applies to art school and design school which the lines are often blurred. Standford D-school was originally a engineering school, Brunel is an engineering school, Rhode Island is an art school, Arts Center is a deisgn school, RCA is an art school but certain grad programs are more like design engineering school. The lines are fast blurring. Many students are confused.

Here are what the definitions from Wikipedia but probably can use some modifications: Industrial Design (ID) is an applied art whereby the aesthetics and usability of products may be improved. Design aspects specified by the industrial designer may include the overall shape of the object, the location of details with respect to one another, colors, texture, sounds, and aspects concerning the use of the product ergonomics. Design Engineering (DE) is a discipline that creates and transforms ideas and concepts into a product definition that satisfies customer requirements.

The definitions of these two categories of design have a fundamental difference between them: ID is an applied art, whereas DE is a discipline. This means that industrial designers have more room to dream, immerse, create, interpret or expand an idea than design engineers to design everything that they or their customers want. And for design engineers, the job is explore material, heat, modularity and other engineering constrains and at the end is to make it work. Many are still confused as to which one does what. Even prototyping means very different thing for each of the two. Although in some cases the line is not clear.

Design Thinking Has Inspired Multi-disciplinary, Interdisciplinary and Trans-disciplinary Approaches To Problem Solving. This Is Just The Beginning Of A New Discipline.

Prague is mystical with a mix of medieval, Renaissance, and Art Nouveau architecture and the design scene is slowly taking shape. You still see traces of history of what communism had done to the city even after these buildings are completely restored. It is where Renaissance meets neo-Gothic and the baroque structures from the 18th centuries.

You can see shadow of cubist touches, which thrived in Bohemia more so in the neighborhood near Vysehrad Park. The public housing or “rabbit huts” as they called it, cheap but highly functional (the Walmart of architecture), provides a stark contrast to the Bohemia style. It is the featureless nature but with modern plumbing and heating were once considered the politically correct way to live. Or at that time, politically sustainable living as I would have called it.

I stayed at the Hotel Josef, a nine-year-old modern boutique hotel that was one of the first in Prague and still the most popular one. It is centrally located in the old Jewish quarter and right next to the Parizka Street. I don’t like the word boutique hotel, as it doesn’t mean much other than small and not part of a big chain. I rather use the word design hotel.

I was really impressed with the design and how it holds up over the years – now that’s design at its finest. There was not a thing to make you feel that it is getting out of fashion, in fact, the hotel design concept is to provide guests with a break from the fascinating baroque architectural surrounding the hotel and give them space to step back and relax in a soothing, and luminous environment. I enjoyed the hours and hours I spent sitting in the lobby lounge doing work with my Macbook while occasionally looking out the windows.

When you’re in Prague, you can’t avoid talking architecture. I’m not trained as an architect but always fascinated about the design process as well as the visual artifacts architect employs. Architects are considered designers and probably fair to say that they required the most rigor training both in art and art history compare to other design discipline such as graphic, fashion or industrial. They probably attracted a very different type of design mind than those of other design disciplines. I wonder what would happen if first year MBA students were required to spend 3 to 6 months studying the history of architecture and design, at the same time learning some basic drawing skills. I think that would drastically widen their perspectives as well as picking up some drawing skills that they can use for life.

Today, most MBAs can’t even draw simple diagrams. The pre-MBA studies are mainly statistics and accounting. There is plenty of time for accounting later in the program. The abilities to communicate using simple diagrams are extremely useful for business problem solving, strategic communications and visual sensemaking (strategic modeling and business model design). Architects use diagrams to explain their visions, elements and relationships between them. Business people can use abstract visuals to show business model options, new value chain design or customer interactions. Once business persons/design thinkers are supplied with visuals to making connections, they can see the relationships between different components better and in return easier to see something otherwise too complicated to express.

Visual sensemaking is quietly changing decision theory, it is also influencing design thinking and theories of design-oriented problem solving as a manifestation of pattern recognition. It is hard to say whether sensemaking is influencing design thinking or system thinking is influencing design thinking and in turn influencing sensemaking. It is a fact that design thinking has inspired multidisciplinary, interdisciplinary and trans-disciplinary approaches to problem solving. I will explore the application of this in my coming Design Thinking for Creativity and Business Innovation seminar organized by the Harvard Graduate School of Design in NYC this month. 25% discount for early registrations and affiliates of a list of design and business schools. Now hoping on a train to Wien.