You’re in for a big surprise. Microsoft is winning one of the most important battles in the digital world: The battle for the TV. The TV battle is important for reasons you already know: TV consumes more time than anything else and it generates annual revenues from $140 to $160 billion each year in the US alone.
But the stakes of the battle have risen sharply. The fight over the TV is really a fight over the next massive consumer platform that is coming up for grabs. Of platforms there are few: Google owns search, Amazon owns digital retail, Facebook owns social, and Apple owns consumer devices. Microsoft owns, well, nothing at the moment, despite its handsome revenue stream from Windows and Office.
That could change soon. Microsoft’s Xbox 360 is already the most-watched net-connected TV device in the US and soon, the world. With more than 70 million consoles in households worldwide – as many as half of them connected to the Internet, depending on the country – Microsoft can rapidly drive new video services into tens of millions of households.
After months of rumors and a good marketing orchestration, Samsung has just unveiled its new flagship device, the Samsung Galaxy S3. Samsung will first launch the HSPA+ device in Europe at the end of May to benefit from the current weaknesses of its competitors — in particular, Nokia. It will release in the US in an LTE version later this summer. The aim is clear: to take the lead from Apple’s iPhone in the high-end smartphone segment and do even better than the Galaxy S2, which sold more than 20 million units.
Samsung is positioning a wide range of products in all segments and in multiple consumer electronic categories, leveraging its scale and scope and its vertically integrated approach (screens, processors, storage components, etc.). Despite the growing dependence on the Android OS, Samsung does not have all its eggs in the same OS basket. However, it clearly needs to catch up in the software and services space. That’s the reason I continue to believe that, in the premium segment, Apple is still in the best position to offer a seamlessly integrated experience across devices. Samsung’s cloud component is still missing, and it will need to continue its efforts to close the gap with Apple.
On the contrary, Apple — still one of Samsung’s largest clients (chipsets and screens) — has few models and higher margins and is in a position to leverage a different ecosystem around its OS, apps, and iCloud models. Thanks to the phenomenal success of the iPad, the Apple brand is reinventing itself and expanding into hardware categories that represent new growth drivers from which Samsung is not yet able to benefit.
Beyond the Samsung/Apple high-end leadership war, the great news is that these new smartphones will increasingly enable consumer-facing brands to launch innovative new product experiences. Some of the new services introduced by the Galaxy S III highlight this phenomenon:
Tablets aren’t the most powerful computing gadgets. But they are the most convenient.
They’re bigger than the tiny screen of a smartphone, even the big ones sporting nearly 5-inch screens.
They have longer battery life and always-on capabilities better than any PC — and will continue to be better at that than any ultrathin/book/Air laptop. That makes them very handy for carrying around and using frequently, casually, and intermittently even where there isn’t a flat surface or a chair on which to use a laptop.
And tablets are very good for information consumption, an activity that many of us do a lot of. Content creation apps are appearing on tablets. They’ll get a lot better as developers get used to building for touch-first interfaces, taking advantage of voice input, and adding motion gestures.
They’re even better for sharing and working in groups. There’s no barrier of a vertical screen, no distracting keyboard clatter, and it just feels natural to pass over a tablet, like a piece of paper, compared to spinning around a laptop.
Apple launched its next-gen tablet, the new iPad, yesterday at a San Francisco event. Among the standout features includes a Retina display with 2048×1536 resolution, meaning that the new iPad has 1 million more pixels than a 1080p HDTV. Further, the device packs a dual-core CPU, a quad-core A5X graphics processor, LTE support, worldwide 3G support, and 10-hour battery life (nine hours on 4G). I expect that these upgrades will undoubtedly be enough to attract consumers and enterprises alike and further consolidate Apple’s resounding tablet market leadership globally.
So what will be the impact of the new iPad on the rapidly evolving telecom industry? I believe it will disrupt the market due to the following:
The As will rule the tablet market. The tablet market is moving towards a likely duopoly between Apple and Amazon due to their aggressive pricing strategies. Through Kindle Fire, Amazon has wiped out the competition in the sub-$199 price range while with the new iPad, Apple will knock out competitors starting from $499 upwards. Moreover, as iPad 2 will coexist alongside the latest incarnation and Apple will slash iPad 2 prices to $399, it reduces the market play of other OEMs such as Samsung even further.
Apple has already announced that it’s got 100 million signups for its personal cloud service, iCloud, and repeated that today. Now Apple supports movies — in addition to TV shows and music — in iCloud. Apple added PhotoStream to iCloud support in Apple TV, including the previous black Apple TV, with the new Apple TV software update. With the new iOS iPhoto app, I believe Apple will use iCloud to sync albums and the new journal information that displays weather information from the date a photo was taken — although full support will probably require an update or new version of iPhoto on the Mac.
Apple’s vision of personal cloud deeply integrates across Apple products and a wide range of personal and purchased content, including books and iTunes U-class materials. It’ll be interesting to see if the company opens up any API access. My hunch is that Apple will create tools and an app store for iCloud to interact with the personal content in the service rather than do large-scale API access.
As my colleague Sarah Rotman Epps so aptly observes: the third generation of iPad is a gut renovation masquerading as incremental innovation. The new iPad looks basically the same but now carries a snappy 4G radio and a much more powerful graphics processor than its predecessor. The big hardware advance lies in the components, particularly in the graphics processor to handle the high-fidelity Retina display and rapid-response touchscreen control. How will an iPad with much better graphics and a faster network connection affect the enterprise?
Some Forrester data from our workforce surveys and forecasts to set the stage:
Employees that use smart devices — PCs or mobile devices — for work have expanded their use of technology more than most people realize. How many devices do you think a typical information worker uses for work? If you only ask the IT staff, the answer will be that most use just a PC, some use a smartphone, and a few use a tablet. But our latest Forrsights workforce employee survey asked more than 9,900 information workers in 17 countries about all of the devices they use for work, including personal devices they use for work purposes. It turns out that they use an average of about 2.3 devices.
About 74% of the information workers in our survey used two or more devices for work — and 52% used three or more! This means that the typical information worker has to figure out how to manage their information from more than one device. So they’ll be increasingly interested in work systems and personal cloud services that enable easy multidevice access, such as Dropbox, Box, SugarSync, Google Docs/Apps, Windows Live, and Apple iCloud.
When you dig into the data, the mix of devices info workers use for work is different than what IT provides. About 25% are mobile devices, not PCs, and 33% use operating systems other than Microsoft.
My blog post Apple Infiltrates The Enterprise: 1/5 Of Global Info Workers Use Apple Products For Work! got lots of visibility because of how hot Apple is right now, but our data is much broader than just Apple. Our Forrsights Workforce and Hardware surveys have lots more data about all types of PCs and smart devices that information workers use for work, including types of operating systems — and we even know about what personal-only devices they have.
For example, as of the fall of 2011, the top three smartphone OSes have essentially the same share of the installed base of smartphones used for work by information workers across the globe (full-time workers in companies with 20 or employees who use a PC, tablet, or smartphone for work one hour or more per day). See the chart below and the reference in the Monday, January 30, New York Times article on Blackberry in Europe.
RIM co-CEOs Jim Balsillie and Mike Lazaridis have stepped aside to let a new leader pilot RIM through the straits. Thorsten Heins, a hardware executive from Siemens, has been COO for about a year now. Welcome, Mr. Heins, to a rough sea and dark night. But there is light in the depths of the hold. (Okay, enough ship references. Down to business.)
Here's the straight story: RIM has been focused on the wrong assets for the past three years, competing in a consumer market against the most powerful consumer brands in the world and suffering from tablet night terrors. It's not working. Forrester's data is clear: Based on a survey of 5,000 US information workers in May 2011, RIM's share of employee smartphones has dropped from around 90% to only 42% in the US in the past three years. Apple and Android together now have 48% of that installed base.
Stop fighting the consumerization battle. Fight a battle that takes advantage of what made RIM a fabulous company in the first place: its secure data delivery network. Here's the differentiated asset analysis:
With this analysis in hand, the challenge and the opportunity become clear. It's the business and government IT relationships and the RIM secure global data network that differentiate RIM products and services, not the consumer market demand. No other mobile supplier in the market has foreign governments asking for access to its data network in the interest of their national security. (That government interest is a good thing -- it signals just how potent RIM's network is.)
OK, it’s time to stretch the 2012 writing muscles, and what better way to do it than with the time honored “retrospective” format. But rather than try and itemize all the news and come up with a list of maybe a dozen or more interesting things, I decided instead to pick the best and the worst – events and developments that show the amazing range of the technology business, its potentials and its daily frustrations. So, drum roll, please. My personal nomination for the best and worst of the year (along with a special extra bonus category) are:
The Best – IBM Watson stomps the world’s best human players in Jeopardy. In early 2011, IBM put its latest deep computing project, Watson, up against some of the best players in the world in a game of Jeopardy. Watson, consisting of hundreds of IBM Power CPUs, gazillions of bytes of memory and storage, and arguably the most sophisticated rules engine and natural language recognition capability ever developed, won hands down. If you haven’t seen the videos of this event, you should – seeing the IBM system fluidly answer very tricky questions is amazing. There is no sense that it is parsing the question and then sorting through 200 – 300 million pages of data per second in the background as it assembles its answers. This is truly the computer industry at its best. IBM lived up to its brand image as the oldest and strongest technology company and showed us a potential for integrating computers into untapped new potential solutions. Since the Jeopardy event, IBM has been working on commercializing Watson with an eye toward delivering domain-specific expert advisors. I recently listened to a presentation by a doctor participating in the trials of a Watson medical assistant, and the results were startling in terms of the potential to assist medical professionals in diagnostic procedures.