Your Browser in Five Years
What will your Web browser look like in 2015? Five years doesn't always bring dramatic change to some technologies--today's desktop PC, for instance, isn't that different from its 2005 predecessor--but browsers are undergoing major changes that will alter our day-to-day computing lives.
Not only will Web browsers become commonplace in cars, but they'll also incorporate voice recognition, text-to-speech, and touchless gesture controls for applications where keypads, touchpads, and even touchscreens can be either inconvenient (smartphones) or downright dangerous (when driving). Browsers will stream Internet radio to our cars, and perhaps even adopt a 3D-style interface--only without the clunky glasses.
"You're going to see tremendous innovation in the browser space in the coming years," says Linus Upson, Google's vice president of engineering. "We really want the Web as a platform to get to the point where you can do anything on the Web that you can do on Windows, the Mac, or the iPhone."
Google envisions a future where the browser runs all of your applications--including eye-grabbing 3D games, seamless language translations, and even grammar corrections. Though some of these features exist in rudimentary form today, they'll be far more capable within five years.
As today's tech-lab projects turn mainstream, the browser will take on a new look and feel. AMD's Fusion Media Explorer, a 3D browser designed to showcase the multimedia capabilities of the chipmaker's processors, features drag-and-drop uploading to Facebook and other social networks, and even has a rotating 3D interface for browsing media files. An Israel-based startup called EyeSight Mobile Technologies is developing touchless gesture controls for Android phones: Swipe your hand over a front-facing camera, for instance, and you can navigate your photo gallery. Meanwhile, Google is building voice recognition and text-to-speech functionality for browsers. And then there is Opera Software's free Opera browser which has pioneered voice and mouse-gesture browsing. No wonder that major automakers, including Audi, BMW, Ford, General Motors, and Mercedes, are experimenting with ways to add browsers to cars and trucks. (For more, see "Car Tech: Coolest New Systems on Four Wheels.")
The next big computing platform won't be a version of Apple's Mac OS, Google's Android, or Microsoft's Windows. It's already here--and it's the Web. And the drive to offer the most compelling window to the Web possible, via the browser, is intense.
The browser is spreading beyond the PC and smartphone to new types of gadgetry, including TV set-top boxes and printers. This is a trend that will accelerate in the coming years. Nascent examples include Google TV, the search giant's new platform designed to bring Web content to your living-room television; the HP Photosmart Premium TouchSmart Web all-in-one printer, a color inkjet with a 4.33-inch, color LCD that provides access to Web-based applications; and, of course, a soon-to-arrive crop of tablet devices following in the wake of the new (and already popular) Apple iPad.
Meanwhile, newer, faster wireless data services--including 4G technologies such as LTE and WiMax, as well as the increasingly ubiquitous Wi-Fi--will help the browser extend its reach into even more business and consumer devices. Who knows--perhaps even the Internet-enabled refrigerator, an idea that seemed ludicrous when LG Appliances introduced it in 2003, may make a comeback. In fact, LG hasn't given up on the concept. Its latest wired fridge has an LCD with a built-in browser and an on-screen keyboard.
For many of these devices, the browser doesn't deliver simple Web pages. Instead it acts as an application platform, an entertainment hub, and a gateway to user files that are securely stored online. One soon-to-ship example is Google Chrome OS, a browser-based operating system slated to debut on netbooks and tablets later this year. With Chrome OS, the browser isn't merely an avenue to the Internet; rather, it's the command center for all user activity, most of which is Web-based. (Chrome OS has Linux underpinnings, and rumors have suggested that it may still provide access to "legacy PC programs"--but even then only through a Web-savvy remote-desktop-like feature.)
So how might we interact with Web-enabled devices within a few years? Web design firm Adaptive Path, a leader in user-interface development, created a conceptual interface for Firefox maker Mozilla in 2008. Called Aurora, the concept features a Web-centric world where all data and applications reside within the framework of the browser. In a demonstration video, a man named Tim uses gestures to interact with Aurora on a large wall screen. The display includes a camera that reads and interprets Tim's hand and arm movements. Personal workspaces, similar to bookmarks, appear as large thumbnails; Tim organizes his desktop by "grabbing" workspace objects (without actually touching the display) and "pushing" them to where they belong on the screen.
Though Aurora may never become an end-user interface, it does offer an intriguing glimpse of a browser-based future that today's tech-industry players--via standards groups like the World Wide Web Consortium (W3C)--are working hard to create.
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