Microsoft is proud to partner with WE, an organization that brings people together and gives them the tools to change the world. Microsoft shares that vision and, through its technology, is helping WE accelerate their impact.
I had the privilege of attending WE Day recently in Vancouver, Canada and meeting with co-founder of WE, Craig Kielburger.
As I met with Craig, I learned a great deal more about WE and we discussed some of the ways Microsoft is working with them to expand the WE mission to reach more students and empower youth as a force for inclusion.
Q&A with Craig Kielburger, co-founder of WE
Anthony: I attended WE Day in Vancouver, BC recently, and I was overwhelmed by the energy and commitment of these students. What inspired you to build this amazing organization?
Craig: At the age of 12, I was inspired to help improve human rights for children around the world after I heard a story about Iqbal Masih, a young activist in Pakistan, who stood up against child labor. I knew I couldn’t make significant change alone, so I convinced a handful of my grade 7 classmates to join me in making a life-changing impact. That was how WE was born and, 20 years later, we are still passionate about empowering young people to be leaders of today through WE programming, such as WE Schools and WE Day.
We celebrate the incredible commitment of these students to service through WE Day, an inspiring, stadium-sized, life-changing event that takes place around the world. It unites world-renowned speakers, presenters and award-winning performers with thousands of young people and families to celebrate and inspire another year of incredible change. These are hosted in cities across North America and the UK. What’s unique about these stadium-sized events is that you can’t buy a ticket to WE Day – students earn their ticket by taking one local and one global action on causes they are most passionate about.
Anthony: Tell me about your vision for WE Schools.
Craig: WE Schools is a free, year-long service learning program that focuses on empowering students with the tools to make an impact in their local communities and beyond.
The WE Schools program has grown to include more than 12,000 schools and engages nearly a million students. WE Schools provide educators and students with the necessary tools, including curriculum and resources, to identify issues they care about and to take action. Educators can sign up at https://www.we.org/we-schools/.
This year, we are partnering with Microsoft to make the WE Schools curriculum digitally accessible through Microsoft OneNote, widening our reach and granting more students and educators around the world with access to our service curriculum. Our goal is to bring a passion for service to as many students as possible and, by 2019, we hope to triple the number of schools participating.
Anthony: How do you see the partnership with Microsoft helping advance your vision and mission?
Craig: Microsoft and WE share a common vision to help students be a force for good, locally and globally. That’s why we recently launched WE are One, a campaign that educates young people about issues of accessibility and encourages them to use technology to make their communities more inclusive.
Using Microsoft products and programs, classrooms will be able to organize, collaborate and share ideas on important issues. With technology – especially tools like OneNote, and Skype – we can go from reaching a million students to millions of students around the world.
The WE are One campaign also comes with accompanying WE Schools curriculum, outlining ways to integrate OneNote, Sway, Skype and Minecraft: Education Edition into lesson plans, to help students create and share their projects. This campaign is a great example of how we are digitizing WE Schools curriculum and, as a result, reaching students all over the world.
Anthony: Of course, Microsoft is thrilled to be part of WE are One because it speaks so clearly to our mission to empower students and educators to do more. Can you share an example where technology has made a difference for a student looking to make a change to help others?
Craig: At this week’s WE Day Seattle, taking place on Friday, April 21, we will be joined by Maia Dua, a 16 year-old from River City High School in Sacramento, CA. He developed a robot as a cost-effective and durable alternative to a seeing-eye dog. The self-propelled, echo-locating Seeing Eye-Bot is made of readily accessible materials, making it more available to individuals of limited financial resources. The best part is that Maia developed this bot in just four days.
Anthony: As powerful is WE Day is, not every student can attend. How can those students (and their teachers) share this powerful experience?
Craig: Following WE Day Seattle, educators and students will be able to access the WE Day recap, which includes a virtual WE Day experience with motivational speeches and performances available at their fingertips, as well as educator resources.
In 60 minutes or less, students will be able to relive the celebration of young change-makers and experience exclusive, behind-the-scenes content. The WE Day recap pairs content from the event with WE Schools action planning to bring the spirit of the WE movement to the classroom. Now, thanks to Microsoft, WE Day lives beyond a one-day event, making it easier for students, friends and family to change the world together, regardless of their location.
How you can be part of WE
Learn more about WE Schools – and sign up – at WE.org, where you can download a free kit with everything you need for a year of changing the world.
Gallup has been synonymous with public opinion polling since the 1930s. Today it’s also considered a global leader in advanced analytics, providing advice to organizations and individuals to help solve challenging problems. When Gallup pioneered the employee engagement movement, it introduced innovative tools for measuring how workplaces inspire the people in them. So, when it came to its own employees, it’s gratifying to see how Gallup trusts Microsoft Secure Productive Enterprise E5 to help create the kind of workplace that attracts and retains top talent, and ultimately inspires them to innovate.
Melissa Moreno, executive director of Infrastructure and Cyber Security, recently explained her organization’s plans for boosting mobility and security with Microsoft Cloud productivity services:
“Our associates are very achievement oriented. When we ask them how we are doing with our workplace tools, they tell us that mobility, ease of use and security are most important to them. The Microsoft Secure Productive Enterprise E5 solution will allow our associates to work anywhere while protecting the data that our clients entrust to us, and that’s really the perfect balance. It will also allow us to modernize our workplace apps to conform with our employees’ expectations and provide the most cost-effective way to get us there.”
The Secure Productive Enterprise is one more example of our ongoing efforts to make it easier for customers to move to the Microsoft Cloud. It delivers the “New Culture of Work,” providing the latest and most advanced innovations in enterprise security, IT enablement, collaboration and business analytics, delivered through leading-edge cloud services. It is the most trusted, secure and productive way to work that brings together Office 365, Enterprise Mobility + Security and Windows 10 Enterprise.
By choosing the Microsoft Cloud, Gallup once again reaffirms its expertise in promoting organizational excellence. I’m looking forward to seeing how Gallup associates engage with the new services to work productively in highly secure mobile environments.
It’s race day. On the 1.99-mile road course, 38 cars roar in a blazing blur of team colors and engine thunder. Midway through the event, a NASCAR official peers into that speedy swirl to find one specific car due for a pit stop.
“Sounds simple, right? It can take a minute,” said John Probst, NASCAR managing director of competition innovation. “Even five to 10 seconds is a long time in our sport. Every second counts.”
Now, there’s a tool to do that task in true NASCAR style – fast. With the race management app, built by NASCAR and Microsoft on Windows 10, race officials can click on a car number and instantly see that driver’s position on the track – or learn when the car got fresh tires or will next stop for fuel. NASCAR officially launched it Sunday for the Toyota/Save Mart 350 at Sonoma Raceway.
The app, introduced in 2016, includes new components like “freeze the field,” which combines video and positioning that helps NASCAR break down live race video and post-race footage to spot when and exactly where cars were located on the track. Officials also can use the app to see – on a single window – how much time the race has been run under green, yellow and red flags; how many cars are in the garage; and whether pit road penalties occurred.
NASCAR officials use a tablet to keep the race safe. (Photo by Integrated Talent)
“Running a race requires many people consuming data from many different sources and then coordinating that information into a seamless operation,” Probst said. “Historically, this information and data has been presented in a piecemeal form – little bits of information spread across many monitors or printed on individual sheets of paper.
“With the race management app, we are able to combine all of this information and present it to officials in a logical way. One application, one display,” Probst said.
Within NASCAR, officials are adopting new technologies to make their races fairer and safer – while also leveraging Microsoft tools like SharePoint to move their Super Bowl-sized event from city to city, 38 times a year. And at Hendrick Motorsports, 12-time NASCAR Cup Series champions, engineers are increasingly tapping tech to snip off fractions of seconds from pit stops and lap times.
In fact, decades of innovation within motor sports have helped lead the tech boom now rumbling throughout the larger sports landscape, from soccer to golf to high school football. It is a milestone moment, expert say, as more leagues, teams and competitors apply tools like Azure Machine Learning and Microsoft artificial intelligence solutions to achieve a singular goal: winning.
Intelligent guesses and gut instincts alone don’t cut it any longer on the track or on the field of play. Top performers are capturing and organizing the tremendous reservoir of raw data generated by their races and games – then using tools like predictive analytics to make smarter decisions, said Mike Downey, director of sports technology engineering at Microsoft.
Tech age in sports
“You could describe the current wave of tech transformation as a pivotal moment across all of sports. It’s up there with the Industrial Revolution and the Iron Age,” Downey said. “It’s the tech age in sports. It’s huge, and hugely transformational.”
Microsoft Consulting Services partnered with NASCAR to develop the race management app on Windows 10, with data and video stored in Microsoft’s Azure cloud platform. The app combines into one screen six data categories – historical data, timing and scoring, pit road officiating, video replay and car positioning.
From the people who officiate the action on the track to those managing everything from the safety vehicles in the Race Control hub, the app is streamlining operations, said Betsy Grider, managing director of technology development at NASCAR.
“When you have incidents on track or big wrecks, it’s high pressure, high stress,” Grider said. “After safety and medical situations are taken care of, you want to get those cars back to racing as soon as possible. Using a master app that allows you to jump in and out of different functions live, that puts everything (that’s happening) on one single pane of glass, it really helps operationally.”
Policing the pits
NASCAR has also integrated Microsoft Surface Dial into the app. The hardware tool is the size of a hockey puck and works with Microsoft Surface Studio and Surface Pro to activate hidden software features, freeing up hands for other tasks. NASCAR race officials are using Surface Dial in the app’s “infraction video” feature, which captures video to monitor pit stops for violations, said Stephen Byrd, NASCAR director of technology integration and development.
“We can now have multiple officials review and scrutinize these videos, using the Dial to play the clip on a granular level, frame by frame, so they can analyze what happened in real time, literally saving us seconds,” Byrd said. “That’s important because we want to be able to issue a penalty before that car (in violation) makes a full, complete lap. Time is of the essence.”
When the race is done, the work really starts. NASCAR is not a light packer. The entire race event –communication and broadcast hubs, cars, computers and camshafts – gets assembled and hauled in tractor-trailers to the next track in the next city for the next race.
Haulers lined up at Sonoma Raceway carry the cars, parts, tools and NASCAR equipment from city to city. (Photo by Integrated Talent)
“Just imagine lifting up three square city blocks of Manhattan and trying to move them around the country. The logistical operation compares to what you might see in the Olympics or the Super Bowl. But we’re doing it every weekend,” Grider said.
To pull all of that together, NASCAR employees stay in communication through Microsoft SharePoint, which offers a secure place to store, share, organize and access information from almost any device. (NASCAR is headquartered in Daytona Beach, Florida.) They also use Microsoft Office 365, a cloud-connected service that includes Exchange Online for email, SharePoint Online for collaboration and a suite of Office Web Apps.
‘The tech is staggering’
For NASCAR’s most decorated team, Hendrick Motorsports, technology fuels how crew chiefs and engineers hammer out race strategy, make decisions about the cars and manage crucial race-day communications.
“The technology in this sport now is staggering,” said Taylor Moyer, a race engineer with Hendrick Motorsports. He’s one of three engineers who work on the No. 5 Chevrolet SS driven by Kasey Kahne.
Hendrick Motorsports engineer Taylor Moyer. (Photo by Integrated Talent)
Three weeks before each race, Moyer and the other engineers begin compiling a large report on the track, the car and other aspects of the looming competition. They upload all their files into Microsoft OneDrive, which allows them to store, share and sync their information to the cloud. Throughout race weekend, as they gather data from Friday practices and Saturday qualifying runs, they continue building that report, Moyer said.
“We live on Microsoft Teams, OneNote and OneDrive. That allows us to have connectivity at all times. It also allows us to have a personal life, which is a huge thing because, even on our days off, we have to be able to communicate with the shop,” Moyer said. “I wake up, have my morning coffee and eggs on the porch, and work on a (race) simulation. I can drop it in OneDrive, it shows up at the shop, and the other engineers have it.
“The whole time we’re at the track, we’re also dumping files in there. And you have that report everywhere – on your phone, on the morning van ride in,” Moyer said. “It allows us to do so much more with the time we have. The only thing you can’t get more of is time.”
Then there’s the race-planning info he shares with Kahne, who carries a Microsoft Surface tablet equipped with OneDrive.
“Drivers get pulled everywhere for different obligations, but all that time he and I are in constant communication,” Moyer said. “When I’m done with my work – race prep for him – I’ll drop it in his OneDrive file. He can be sitting at home with Tanner, his son. When Tanner goes to bed, he can just open it up and there’s my work. It’s so easy.”
The files they share touch on strategy for the upcoming race. They also include data from previous races Kahne ran at that track – or races run there by the other three Hendrick Motorsports drivers: Jimmie Johnson, Dale Earnhardt Jr. and Chase Elliott. Items they discuss may include lap times, speed, tire pressures and temperatures, wear on the vehicle, plus previous driver comments on steering, throttle and braking.
After Kahne reads and assesses that info, he often chats with Moyer via the flexible, chat-based workspaces within Microsoft Teams.
NASCAR driver Kasey Kahne at Sonoma Raceway. (Photo by Integrated Talent)
“Taylor really feeds me a majority of the information that I’m looking for each week – our plan and how we can best attack the race weekend,” Kahne said. “We’re looking back at prior races at that track, what we did to the car to make it go fast and how to use some of those items again.
“It really gives me a head start going into a race weekend. Then, I can keep track of it all weekend long (via OneDrive) and know exactly what the guys are doing to be prepared and set for the race on Sunday.”
On race day, Moyer sits atop the pit box and uses Teams as a digital communications hub amid the roaring engines and frantic competition. For example, as Kahne is driving down pit road, Moyer and the team’s fueler have a quick fueling decision to make—one that could win the race. On their screens, they read fuel consumption data and chat about the fuel’s weight, its volume and the car’s speed – a precise relationship. When Kahne stops his No. 5 car, the fueler pumps in a precise amount of fuel and Kahne is quickly back on the track.
But in that frantic moment, the technology shaved precious seconds off the decision and the pit stop.
“If I can get the data out of the race car faster, I can make a decision faster,” Moyer said. “I absolutely wouldn’t be able to do my job without these tools.”
Students use Minecraft to redesign parts of their neighborhood during a recent Block by Block workshop in Hanoi, Vietnam.
Earlier this spring, 45 schoolgirls in matching uniforms crowded into the computer room at the custard-colored North Thanglong Economic & Technical college on the outskirts of Hanoi, Vietnam. Beyond intermittent ripples of laughter and excitement, the 15- and 16-year-olds stayed focused throughout the day on the hard work at hand: playing Minecraft.
Together they built 3D models that reimagined the darker corners of their neighborhood as a safer, more functional and more beautiful place for them and their families to inhabit. But this wasn’t just an exercise in imagination. The girls were taking part in the newest project from Block by Block, a program from the United Nations and Mojang, the makers of Minecraft, that uses the power of Minecraft and designs sourced from local residents to improve public spaces around the world.
Thoughtful, inclusive approaches to urban development like this are increasingly critical as the world’s population increasingly moves to cities. Through a combination of birth rate and rural immigration, Hanoi has nearly doubled its population since the year 2000. And it’s not alone. Cities around the globe are swelling by a total of some 200,000 people per day.
At any point in time on any day of the week, Microsoft’s cloud computing operations are under attack: The company detects a whopping 1.5 million attempts a day to compromise its systems.
Microsoft isn’t just fending off those attacks. It’s also learning from them.
All those foiled attacks, along with data about the hundreds of billions of emails and other pieces of information that flow to and from Microsoft’s cloud computing data centers, are constantly being fed into the company’s intelligent security graph.
It’s a massive web of data that can be used to connect the dots between an email phishing scam out of Nigeria and a denial-of-service attack out of Eastern Europe, thwarting one attack for one customer and applying that knowledge to every customer using products including the company’s Azure computing platform, Windows 10 operating system or Office 365 productivity service.
Those security threats have heightened substantially in recent years, as criminals have built lucrative businesses from stealing data and nation states have come to see cybercrime as an opportunity to gain information, influence and advantage over their rivals. That’s led to potentially catastrophic attacks such as the WannaCrypt ransomware campaign that’s made headlines in the past few weeks. This evolving threat landscape has begun to change the way customers view the cloud.
“It was only a few years ago when most of my customer conversations started with, ‘I can’t go to the cloud because of security. It’s not possible,’” said Julia White, Microsoft’s corporate vice president for Azure and security. “And now I have people, more often than not, saying, ‘I need to go to the cloud because of security.’”
In less than ten years, people will routinely interact with digital graphics and holograms beamed onto the real world.
That’s according to Lorraine Bardeen, Microsoft’s (MSFT, +0.77%) general manager of Windows and HoloLens experiences. Speaking Wednesday at the annual AWE conference for augmented reality in Santa Clara, Bardeen discussed why Microsoft sees the nascent technology becoming the next way people use computers beyond mobile touchscreens or the standard keyboard and mouse.
Opposed to virtual reality, augmented reality technology lets people see digital imagery overlaid onto the physical world. Microsoft refers to AR as mixed reality, and it is still a relatively new phenomenon that generated much interest after the popularity of last summer’s blockbuster mobile gamePokemon Go.
Over the past year, major companies like Facebook (FB, +0.36%) and Google(GOOG, +0.13%) have indicated they will incorporate AR tech in significant ways. Facebook, for example, debuted in April new developer tools and features that lets users apply filters to their photos to add special effects, like cartoonish mustaches.
One way Microsoft is trying to popularize AR tech is by revising its classic Paint app to let people draw and design 3D graphics as opposed to traditional two-dimesional images, Bardeen explained. Getting more general consumers—not just tech professionals—familiar with creating 3D graphics “is a fundamental building block” to popularizing AR because it helps accustom the general public to interacting with 3D content.
This fall, people will be able to project their 3D graphics created via the revamped Paint app onto the real world via Windows 10-powered PCs with standard cameras, Bardeen said. Of course, they will have to view the digital images through their computer’s monitor, but Bardeen said it would help the “hundreds of millions of people” who don’t have the appropriate headsets interact with AR tech.
Bardeen also showed a video of Microsoft’s custom studio, a small enclosure surrounded by 106 cameras being used to create 3D imagery people can embed in their apps. By capturing the motion of a person kicking a soccer ball or even a llama slowly walking, Microsoft can then convert those images into digital graphics that people will be able to see overlaid onto the real world with HoloLens or certain Windows 10 PCs.
Bardeen added businesses could use these stock images for purposes like “fan engagement” or “corporate training” similar to how they use traditional stock photography.
However, Microsoft’s HoloLens AR headset that beams digital imagery onto the physical world is not available to the general public. Right now, it is only available for developers or businesses for $3,000 and $5,000. Although Bardeen did not say when Microsoft plans to sell the HoloLens to the public, she said new AR headsets released later this year via partnerships with other manufacturers will be “an entry point into this future of computing.”
Some of the companies slated to release these headsets by year’s end include Dell and Lenovo, although none of the companies have said how much they will cost.
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As one of the biggest, brightest and friendliest IT companies in Southern California we want you to take advantage of our free security assessment or just request a quote for managed services. We can even work on your behalf to get appropriate projects funded by Microsoft. Call Managed Solution at 800-790-1524.
Life is busy and filled with too many options. Staying connected, with all this noise, can sometimes be challenging. And in a world of choice, having a familiar place to share with the people who are closest to you, can go a long way. Today, we are introducing the next generation of Skype to make experiencing life together, every day, simpler.
Rebuilt from the ground up, the new Skype vastly improves the ways you can connect with your favorite people and, of course, chatting is front and center. We’ve made group chats more lively, expressive, and—most importantly—personalized, so you can chat the way you want. With the new Skype, you’ll have countless ways to share life’s moments together, every day. Wherever life takes you, Skype allows you to seamlessly create, play, share, and do more with the people you care about most.
Your everyday place for personal connections
We want to help you deepen connections within your personal network. There’s only one of you in this world, so now you can show-off your personal style by customizing Skype with your favorite colors. When in a conversation, you should always make sure your voice is heard, or more specifically, your emoticon is seen! By simply tapping on the reaction icon next to any message or video call, you can now easily express how you feel at any time.
And the next time you’re on an adventure exploring the world (or relaxing poolside on a deserved break), share your experience with Skype’s new feature: Highlights. Highlights lets you create a highlight reel of your day with photos and videos, so you can share everyday moments. To post a Highlight, swipe to access your camera, take a photo or video, then post it to your Highlights or send it directly to your contacts or groups. Once you post a Highlight, your friends and family can react to it with emoticons or by jumping into a conversation. The new Skype is your canvas, and now you’re free to share in more expressive ways with your closest friends, family and groups.
Your one place to share, chat, and explore
Of course, relationships go beyond simple conversations. With the new Skype, it’s even easier to turn talk into action with group conversations, add-ins, and bots*. The new “Find” panel takes center stage, and makes Skype infinitely searchable. Looking for seats to a big game? Pull ticket pricing and seating options directly into the chat with the StubHub bot. Trying to find the perfect recipe for the brunch you’re hosting? Discover the latest trends with the BigOven add-in and learn the many ways you can make that avocado toast. Planning a weekend getaway with old friends? Chat with the Expedia bot to check flight times and pricing. And that’s just the start. New add-ins and bots will continue to be added, making your Skype experience even more rich and robust. With the ability to connect to your favorite businesses and brands from within the app, the simplest conversations can pave the way to lasting memories.
Available everywhere, so you can go anywhere
We’re really excited to share this new Skype with you. We think it’s the best Skype we’ve ever built—inside and out—and it’s been designed to make it easier for you to use for your everyday communications. Now, Skype can be with you for all life’s moments, no matter where the world takes you—on your favorite devices, to smart speakers, and beyond.
Skype has been a part of your life since 2003. Yet, our promise to you has always stayed the same: to help you create meaningful connections, regardless of the distance, in new, simple and intuitive ways. And with the new Skype we’re closer than ever to bringing your world together.
Today, we begin rolling out the new Skype worldwide, coming first to mobile and then to desktop. It will be available first on Android devices, releasing gradually over the coming weeks, followed by the new version for iPhone. Versions for Windows and Mac will be released over the next few months.
Visit the new Skype.com feature page to learn more and check out the new features in the videos below. For questions, please visit the FAQs. We look forward to hearing your feedback in our Community!
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Professional graphics users in every industry count on an immersive, photorealistic, responsive environment to imagine, design, and build everything from airplanes to animated films. Traditionally, these high-powered workstations were tethered to physical facilities and shared among professional users such as designers, architects, engineers, and researchers. But today’s enterprises find themselves operating in multiple geographies, with distributed teams needing to collaborate in real-time.
Hence, last year we released Azure’s first GPU offerings targeting high-end graphics applications. NV based instances are powered by the NVIDIA GRID virtualization platform and NVIDIA Tesla M60 GPUs that provide 2048 CUDA cores per GPU and 8GB of GDDR5 memory per GPU as well. These instances provide over 2x performance increase in graphics-accelerated applications as compared to the previous generations.
Targeting the high-end workstation user, you can run NVIDIA Quadro GPU optimized applications such as Dassault Systems CATIA or Siemens PLM per user directly on the NV instances without the need to deal with the complexity of licensing. Additionally, with up to 4 GPUs via NV24 you’re able to run up to 4 concurrent users utilizing these Quadro applications with features such as multiple displays, larger maximum resolutions and certified Quadro software features from hundreds of software vendors.
Furthermore, if your organization has a need to run Virtual Apps or Virtual Desktops using solutions like RDS, Citrix XenApp Essentials, VMware Horizon, or Workspot, you’re now able to run up to 25 concurrent RDSH users per GPU. Office workers and professionals who don’t require Quadro optimized applications, can finally enjoy virtual desktops with a high-quality user experience that's optimized for productivity applications. It's all the performance of a physical PC, where and when you need it. You can now dramatically lower IT operational expense and focus on managing the users instead of PCs.
NV6
NV12
NV24
Cores
6
12
24
GPU
1 x M60 GPU
2 x M60 GPUs
4 x M60 GPUs
Memory
56 GB
112 GB
224 GB
Disk
380 GB SSD
680 GB SSD
1.44 TB SSD
Network
Azure Network
Azure Network
Azure Network
Virtual Workstations
1
2
4
RDSH Virtual Apps and Virtual Desktops
25
50
100
“Because so many of today’s modern applications and operating systems require GPU acceleration, organizations are seeking greater flexibility in their deployment and cost options,” says John Fanelli, VP NVIDIA GRID. “With NVIDIA GRID software and NVIDIA Tesla M60s running on Azure, Microsoft is delivering the benefits of cloud-based RDSH virtual apps and desktops to enable broad-scale, graphics-accelerated virtualization in the cloud that meets the needs of any enterprise.”
These new updates will go a long way to making sure that you have the best infrastructure whether you’re running the most graphics demanding CAD application that require Quadro optimization or if you’re just running office productivity applications on the go.
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