Since our announcement of Kinect for Windows version 1.5 in “What’s Ahead: A Sneak Peek” there have been a few questions that have come up that I wanted to answer.
There have been some folks who have thought that 1.5 included new hardware. Version 1.5 is our new software release that is coming out in the same timeframe that we launch the current Kinect for Windows hardware in 19 additional countries. We will upgrade our software at a faster rate than we refresh our hardware.
We have built version 1.5 of our software with 1.0 compatibility at top of mind. Applications built using 1.0 will work on the same machine with an application built using 1.5 – this is something that we plan to do always, insuring that solutions built using older runtimes can always run side by side with solutions using new runtimes. Furthermore, we have maintained API compatibility for developers – applications that are currently being built using the 1.0 SDK can be recompiled using the 1.5 SDK without any changes required. No one has to wait for 1.5 to get a Kinect for Windows sensor or to start coding using the current SDK!
I love the enthusiasm for the 1.5 SDK and runtime, the new speech languages, and for the new countries we’re launching in – we can’t wait to deliver it to you.
Craig EislerGeneral Manager, Kinect for Windows
The Imagine Cup competition—which recently concluded its tenth year—throws the spotlight on cutting-edge innovations. Two-thirds of the education-focused projects utilized Microsoft Kinect in a variety of different ways, including interactive therapy for stroke victims, an automated cart to help make solo trips to crowded public places manageable for the disabled, and an application to help dyslexic children learn the alphabet.
Team Wi-GO of Portugal invented a Kinect-enabled cart to aid the disabled.
Students from 75 countries participated in the Imagine Cup Finals, held July 6 to 11 in Sydney, Australia, which featured more than 100 projects. Kinect for Windows played a significant role in this year's competition, with 28 Kinect-enabled projects across multiple categories—including Software Design, Game Design, Windows Azure, and a Fun Labs Challenge that was focused entirely on Kinect.
With the goal of using technology to help solve the world's toughest problems, students put Kinect to work providing the digital eyes, ears, and tracking capabilities needed for a range of potential new products and applications. We applaud all of the teams who incorporated Kinect for Windows into their projects this year! Here are highlights from a few of them:
"Imagine Cup is about giving students the resources and tools they need to succeed and then getting out of their way and letting them create," said Walid Abu-Hadba, corporate vice president of Microsoft's Developer and Platform Evangelism group. "Kinect in particular is unlocking a new class of interactive solutions. It's inspiring to watch the way students from a multitude of backgrounds find common ground as they combine their love of technology with their determination to make a difference. It's amazing."
We look forward to next year’s Imagine Cup. In the meantime, keep up the great work.
Kinect for Windows Team
• Kinect for Windows Gallery• Imagine Cup website• Imagine Cup winners and finalists• Team wi-GO • Team Whiteboard Pirates • Team Flexify• Italian Ingenium Team• The D Labs• Make a Sign
When we launched Kinect for Xbox 360 on November 4th, 2010, something amazing happened: talented Open Source hackers and enthusiasts around the world took the Kinect and let their imaginations run wild. We didn’t know what we didn’t know about Kinect on Windows when we shipped Kinect for Xbox 360, and these early visionaries showed the world what was possible. What we saw was so compelling that we created the Kinect for Windows commercial program.
Our commercial program is designed to allow our partners— companies like Toyota, Mattel, American Express, Telefonica, and United Health Group—to deploy solutions to their customers and employees. It is also designed to allow early adopters and newcomers alike to take their ideas and release them to the world on Windows, with hardware that’s supported by Microsoft. At the same time, we wanted to let our early adopters keep working on the hardware they’d previously purchased. That is why our SDK continues to support the Kinect for Xbox 360 as a development device.
As I reflect back on the past eleven months since Microsoft announced we were bringing Kinect to Windows, one thing is clear: The efforts of these talented Open Source hackers and enthusiasts helped inspire us to develop Kinect for Windows faster. And their continued ambition and drive will help the world realize the benefits of Kinect for Windows even faster still. From all of us on the Kinect for Windows team: thank you.
In March, ten startups will converge on Seattle to start developing commercial and gaming applications that utilize Kinect's innovative natural user interface (NUI). As part of the Microsoft Kinect Accelerator program, they will have three months and a wealth of resources—including access to Microsoft and industry mentors—to develop, and then present their applications to angel investors, venture capitalists, Microsoft executives, media, and influential industry leaders.
Since launching in late November, the Kinect Accelerator has received hundreds of applications from over forty countries, proposing transformative, creative innovations for healthcare, fitness, retail, training/simulation, automotive, scientific research, manufacturing, and much more.
Applications are still being accepted, and the Kinect Accelerator team encourages you to apply. Learn more about the application process.
The Kinect Accelerator program is powered by TechStars, one of the most respected technology accelerator programs in the world. Microsoft is working with TechStars to leverage the absolute best startup accelerator methodologies, mentors, and visibility. If you are considering building a business based on the capabilities of Kinect, this is a great opportunity for you.
Dave Drach, Managing Director, Microsoft Emerging Business Team, explains that the Kinect Accelerator program is looking for creative startups that have a passion for driving the next generation of computing. “Starting in the spring of 2012, they will have three months to bring their ideas to life. What will emerge will be applications and business scenarios that we’ve not seen before,” comments Drach.
Read more about the Kinect Accelerator program.
Kinect for Windows team
Students, teachers, researchers, and other educators have been quick to embrace Kinect’s natural user interface (NUI), which makes it possible to interact with computers using movement, speech, and gestures. In fact, some of the earliest Kinect for Windows applications to emerge were projects done by students, including several at last year’s Imagine Cup.
One project, from an Imagine Cup team in Italy, created an application for people with severe disabilities that enables them to communicate, learn, and play games on computers using a Kinect sensor instead of a traditional mouse or keyboard. Another innovative Imagine Cup project, done by university students in Russia, used the Kinect natural user interface to fold, rotate, and examine online origami models.
To encourage students, educators, and academic researchers to continue innovating with Kinect for Windows, special academic pricing on Kinect for Windows sensors is now available in the United States. The academic price is $149.99 through Microsoft Stores.
If you are an educator or faculty with an accredited school, such as a university, community college, vocational school, or K-12, you can purchase a Kinect for Windows sensor at this price.
Find out if you qualify, and then purchase online or visit a Microsoft store in your area.
Most developers, including myself, are natural tinkerers. We hear of a new technology and want to try it out, exploring what it can do, dream up interesting uses, and pushing the limits of what’s possible. Most recently, the Channel 9 team incorporated Kinect for Windows into two projects: BoxingBots, and Project Detroit.
The life-sized BoxingBots made their debut in early March at SXSW in Austin, Texas. Each robot is equipped with an on-board computer, which receives commands from two Kinect for Windows sensors and computers. The robots are controlled by two individuals whose movements – punching, rotating, stepping forward and backwards – are interpreted by and relayed back to the robots, who in turn, slug it out, until one is struck and its pneumatic-controlled head springs up.
The use of Kinect for Windows for telepresence applications, like controlling a robot or other mechanical device, opens up a number of interesting possibilities. Imagine a police officer using gestures and word commands to remotely control a robot, exploring a building that may contain explosives. In the same vein, Kinect telepresence applications using robots could be used in the manufacturing, medical, and transportation industries.
Project Detroit asked the question, what do you get when you combine the world’s most innovative technology with a classic American car? The answer is a 2012 Ford Mustang with a 1967 fastback replica body, and everything from Windows Phone integration to built-in WiFI, Viper SmartStart security system, cloud services, augmented reality, Ford SYNC, Xbox-enabled entertainment system, Windows 8 Slate, and Kinect for Windows cameras built into the tail and headlights.
One of the key features we built for Project Detroit was the ability to read Kinect data including a video stream, depth data, skeletal joint data, and audio streams over the network using sockets (available here as an open source project). These capabilites could make it possible to receive an alert on your phone when someone gets too close to your car. You could then switch to a live video/audio stream, via a network from the Kinect, to see what they were doing. Using your phone, you could talk to them, asking politely that they “look, but not touch.”
While these technologies may not show up in production cars in the coming months (or years), Kinect for Windows technologies are suited for use in cars for seeing objects such as pedestrians and cyclists behind and in front of vehicles, making it easier to ease into tight parking spots, and enabling built-in electronic devices with the wave of a hand or voice commands.
It’s an exciting time to not only be a developer, but a business, organization or consumer who will have the opportunity to benefit from the evolving uses and limitless possibilities of the Kinect for Windows natural user interface.
Dan FernandezSenior Director, Microsoft Channel 9
A unique clinic for treating children with cancer and blood disorders, alex’s place is designed to be a warm, open, communal space. The center—which is located in Miami, Florida—helps put its patients at ease by engaging them with interactive screens that allow them to be transported into different environments—where they become a friendly teddy bear, frog, or robot and control their character’s movements in real time.
"As soon as they walk in, technology is embracing them," said Dr. Julio Barredo, chief of pediatric services at alex's place in The Sylvester Comprehensive Cancer Center, University of Miami Health Systems.
The clinic—which opened its doors in May 2012—was conceived of and designed with this in mind, and the Kinect for Windows digital experience was part of the vision from day one. Created by Snibbe Interactive, Character Mirror was designed to fit naturally within this innovative, unconventional treatment environment. The goal is to help reinforce patients' mind-body connection with engaging play and entertainment, as well as to potentially reduce their fear of technology and the treatments they face. As an added benefit, nurses can observe a child's natural range of movement during play and more easily draw out answers to key diagnostic questions.
"I find the gestural interactive experiences we created for alex's place in Miami among the most worthwhile and satisfying in our history," said Scott Snibbe, founder and CEO of Snibbe Interactive. "Kids in hospitals are feeling lonely, scared, and bored, not to mention sick. Partnering with Alex Daly and Dr. Barredo, we created a set of magical experiences that encourage healthy, social, and physical activity among the kids.
"Kids found these experiences so pleasing that they actually didn't want to leave after their treatments were complete," Snibbe added. "We are very excited to roll out these solutions to more hospitals, and transform healthcare through natural user interfaces that promote social play and spontaneous physical therapy."
Have you heard about the “Kinect Effect” yet? It’s a term we started using around Microsoft shortly after the launch of Kinect last year to describe the amazing and creative ways Kinect was being applied to fields beyond gaming.
We’ve seen exploration with Kinect by artists, entertainers, retailers, educators, and physical therapists (just to name a few.) In fact, we’ve seen research in nearly every area imaginable.
Check out the Kinect Effect to see what it’s all about. This video does a great job capturing the potential. And it’s this potential that drives the enthusiasm my team and I have for developing Kinect for Windows.
After just one short year, it still feels like every application is the first and each idea is new and fresh. We can’t wait to see what’s next when, early next year, Kinect for Windows will be available for commercial use. Then, we’ll see even more new ideas which will continue to inspire us, and others, to keep driving the innovation forward.
General Manager, Kinect for Windows
Build-A-Bear Workshop stores have been delivering custom-tailored experiences to children for 15 years in the form of make-your-own stuffed animals, but the company recently recognized that its target audience was gravitating toward digital devices. So it has begun advancing its in-store experiences to match the preferences of its core customers by incorporating digital screens throughout the stores—from the entrance to the stations where the magic of creating new fluffy friends happens.
A key part of Build-A-Bear's digital shift is their interactive storefront that's powered by Kinect for Windows. It enables shoppers to play digital games on either a screen adjacent to the store entrance or directly through the storefront window simply by using their bodies and natural gestures to control the game.
Children pop virtual balloons in a Kinect for Windows-enabled game at this Build-A-Bear store's front window.
"We're half retail, half theme park," said Build-A-Bear Director of Digital Ventures Brandon Elliott. The Kinect for Windows platform instantly appealed to Build-A-Bear as "a great enabler for personalized interactivity."
The Kinect for Windows application, launched at six pilot stores, uses skeletal tracking to enable two players (four hands) to pop virtual balloons (up to five balloons simultaneously) by waving their hands or by touching the screen directly. While an increasing number of retail stores use digital signage these days, Elliott noted: "What they're not doing is building a platform for interactive use."
"We wanted something that we could build on, that's a platform for ever-improving experiences," Elliott said. "With Kinect for Windows, there’s no learning curve. People can interact naturally with technology by simply speaking and gesturing the way they do when communicating with other people. The Kinect for Windows sensor sees and hears them."
"Right now, we're just using the skeletal tracking, but we could use voice recognition components or transform the kids into on-screen avatars," he added. "The possibilities are endless." Part of the Build-A-Bear's vision is to create Kinect for Windows apps that tie into the seasonal marketing themes that permeate the stores. Elliott said that Build-A-Bear selected the combination of the Microsoft .NET Framework, Kinect for Windows SDK, and Kinect for Windows sensor specifically so that they can take advantage of existing developer platforms to build these new apps quickly.
“We appreciate that the Kinect for Windows SDK is developing so rapidly. We appreciate the investment Microsoft is making to continue to open up features within the Kinect for Windows sensor to us,” Elliott said. "The combination of Kinect for Windows hardware and software unlocks a world of new UI possibilities for us."
Microsoft developer and technical architect Todd Van Nurden and others at the Minneapolis-based Microsoft Technology Center helped Build-A-Bear with an early consultation that led to prototyping apps for the project.
"The main focus of my consult was to look for areas beyond simple screen-tied interactions to create experiences where Kinect for Windows activates the environment. Screen-based interactions are, of course, the easiest but less magical then environmental," Van Nurden said. "We were going for magical."
The first six Build-A-Bear interactive stores launched in October and November 2012 in St. Louis, Missouri; Pleasanton, California; Annapolis, Maryland; Troy, Michigan; Fairfax, Virginia, and Indianapolis, Indiana (details). Four of the stores have gesture-enhanced interactive signs at the entrance, while two had to be placed behind windows to comply with mall rules. Kinect for Windows can work through glass with the assistance of a capacitive sensor that enables the window to work as a touch screen, and an inductive driver that turns glass into a speaker.
So far, Build-A-Bear has been thrilled with what Elliott calls "fantastic" results. "Kids get it," he said. "We have a list of apps we want to build over the next couple of years. We can literally write an app for one computer in the store, and put it anywhere."
We’re pleased to announce the release of Developer Toolkit update v1.5.2, which includes:
If you have already installed the Kinect for Windows SDK, simply download the new v1.5.2 Developer Toolkit Update. If you are new to Kinect for Windows, download both the Kinect for Windows SDK v1.5 and the Developer Toolkit v1.5.2.
Rob RelyeaProgram Manager, Kinect for Windows