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Play Fortnite for free on iOS, iPadOS, Android phones and tablets, and Windows PC with Xbox Cloud Gaming

As part of our mission to bring the joy and community of gaming to players wherever they are and to make gaming more accessible to people around the world, I’m excited to announce that we’ve partnered with Epic Games to make Fortnite available on supported browser-enabled devices for free with Xbox Cloud Gaming (Beta) in 26 countries.

This means, starting today, if you love Fortnite you only need two things to play in cloud-supported markets:

  • A Microsoft account
  • An iOS, iPadOS, Android phone or tablet, or Windows PC with internet access

With no installation or memberships required, all you need to do is go to Xbox.com/play on your web browser and sign-in with your Microsoft Account to party-up with friends or earn your next Victory Royale in Fortnite.

Whether you want to play Fortnite with native touch controls or a supported controller, it’s easy to jump into Fortnite with Xbox Cloud Gaming.

It’s an important step to add a Free-to-Play title to the cloud gaming catalog as we continue our cloud journey. We’re starting with Fortnite and will look to bring more Free-to-Play games people love in the future. At Xbox we want to make gaming accessible to the 3 billion players around the world, and cloud has an important role in that mission. Quite simply we want you to have more choice in both the games you play and the way you choose to play them.

For more information on how to play Fortnite via browser with Xbox Cloud Gaming, visit Xbox.com/play or check out the Support Page here.

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We’re partnering with Epic Games to make Fortnite available with Xbox Cloud Gaming, as we build on our commitment to use the power of the cloud to bring…

Every day, we must do our part to protect our planet from the impacts of climate change, and technology has an important role to play.

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How Bing Maps helped vaccinate the US

With the pandemic raging across the world and a seemingly infinite supply of information coming from multiple sources about vaccine shipments, it was necessary to create a platform that could centralize information. 

The Microsoft Bing team leveraged the full capabilities of the Bing Maps Platform to create a one-stop website for location mapping and visualizing critical information detailing worldwide cases, vaccine distribution plans, and vaccination deliveries.

To tackle the challenge, Microsoft Bing leveraged the versatility of the Bing Maps Web control to power the Bing Maps COVID-19 Tracker. This comprehensive tracker was built around the philosophy of promoting action by democratizing information through sharing of the Bing Maps COVID Tracker Data set.

Map-based tracking

Effective vaccination planning begins with valid and timely information for communicating critical details as a top priority. The COVID-19 tracker allowed visitors to find out everything they needed to know about the virus’s case distribution and vaccination plans of multiple countries at a glance. Drawing information from trusted sources like the CDC and WHO, the Bing Maps based COVID-19 tracker continues to update regularly and even supports drilling down into more granular data. This means that users today continue to have access to precise information at the county level. 

The team used Location Intelligence features like the Location Recognition API and Spatial Data Service Geodata API to add important region-based features to the tracker. For example, users living in Northampton could view the number of cases in their county and scroll down to find the nearest vaccination centers. The API also pulls the latest local news about vaccines including public distribution and shipment plans from trusted sources in a bid to reduce misinformation.
 

vaccination center distribution in Massachusetts

Data-driven vaccination

As vaccine availability varied dramatically across different countries it became increasingly important for the tracker to deliver accurate vaccine data. The Bing Maps COVID-19 Tracker was designed to collate the different types of available vaccines, whether RNA based or more traditional inactivated virus versions, and assign them to the countries in which they’re available. The tracker even displays the current status of the vaccines, including current trials and regulatory approvals. 

vaccination distribution in the US

Microsoft Bing relies on Bing Maps in all location driven experiences. It is therefore no surprise that Bing Maps was leveraged to achieve the goal of providing aggregated COVID-19 and vaccination information from trusted data providers in an easy-to-navigate web experience. 

The Location APIs were used to identify the distribution locations of planned state-wide vaccination centers and vaccine shipments. Similarly, Bing Maps also helped businesses meet demand surges during the pandemic with predictive traffic, Bing Maps Web SDK created a more personalized mapping platform to support finding not just vaccinations but other needed resources as well.

vaccination instructions and FAQ for Texas

Visualizing vaccinations

For ease of use, the Bing Maps team used AnimatedTileLayer events to visualize vaccination and current case data for each state. The AnimatedTileLayer class allows developers to create dynamic map tiles that update at designated intervals, accompanied by an animation. For the COVID-19 tracker, this consisted of variable red circles to represent regional virality and green circles at varying levels of completion to represent the vaccination distribution in a particular area.

For maximum effectiveness, the COVID-19 tracker needed to automate data visualization and create up-to-date graphs for any region selected by the user. Bing Maps API’s native integration with other Windows apps, particularly Power BI and Excel, was instrumental in delivering customizable vaccination graphs.

graph of daily vaccinations in the US

Power BI with Bing Maps integration lets developers use existing data sets to create visualizations out of reports. Using the tracker, visitors can look at both cumulative and daily vaccinations at the national level. Thanks to high data granularity, users can plan ahead with vaccine distribution statistics at the state-level. 

To create such a robust tracker with multiple features, the team needed a kit that could support extensive web development while still keeping the website lightweight. The answer was V8 Web Control, a developer kit that enables web development for a variety of browsers and contains useful map controls like Spatial Data Services. 

Powered by HTML5, V8 Web Control provided the foundation for critical tracker features like AnimatedTileLayers and customizable map styles. The team was able to use it to make the tracker functional on mobile and desktop devices, delivering fast load times despite the massive amount of vaccination and case data involved.

Visualizing the future

Microsoft Bing continues providing up-to-date and accurate news promoting effective public health policy through vaccine delivery efforts as well as supporting better personal health decisions. By offering the ability to find out if the current COVID-19 status is in their county, the tracker empowered people to isolate effectively. 

Bing Maps API provided the foundation for this informative planning platform that aided in the analysis of distribution of vaccinated people across the country and The Bing Maps platform’s comprehensive set of location aware APIs and multiple SDKs is available for your projects as well. Enterprises and individual developers can create similarly scalable mapping experiences using Bing Maps by just creating a key to get started.

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Find out how Xbox Cloud Gaming is growing and evolving

It’s our mission at Xbox to bring the joy and community to gaming by putting players at the center of everything we do. We want to empower everyone around the world to play the games they want, with the people they want, on the devices they already own. We call this Xbox Everywhere.

As we look to make gaming more accessible to even more people, and reach the three billion players globally, we’ve invested heavily in the cloud – both for players so they can play the way they want, and for creators so they engage new, larger audiences and build, run and manage their games using best-in-class cloud tools and services. We’ve built this in partnership with Azure, which reaches more people than any other cloud provider.

Since launching in 2020, we’ve seen tremendous growth: So far, more than 10 million people around the world have streamed games through Xbox Cloud Gaming (Beta) as part of Xbox Game Pass Ultimate.

Today we reach another key milestone as we expand our business model to make cloud available to more people in even more ways, going beyond Xbox Game Pass to provide our first free-to-play title. In partnership with Epic, Fortnite is available via Xbox Cloud Gaming so fans can play on an iOS device, Android phone or tablet, or Windows PC through web browser. This is just the beginning for us – we’re going to learn, implement feedback, and in time look to bring even more free-to-play titles to players through the cloud.

Our continued growth and ability to enable new business models has been driven by the way we’ve evolved cloud to make it part of the Xbox ecosystem. We started off on Android only running off Xbox One S servers in our datacenters. Since then, Cloud Gaming upgraded to Custom Xbox Series X servers, and launched on Windows PCs, Apple phones and tablets, Xbox One and Xbox Series S|X, and we’ve even started rolling it out on Steam Deck. We’ve also seen the community load it up on some unconventional devices via browser, although it looks like they were having a lot of fun. In total, players across all 26 countries have played on more than 6,000 types of devices, from various flavors of Android phones to a range of PCs and iPhones from all generations.

We’ve also enabled Cloud Gaming in more places, like Mexico, Japan, Australia, and Brazil. The gaming community has been phenomenal in all these new countries, and Brazil in particular has blown away our expectations. Adoption was so overwhelming in the first couple weeks that the demand from fans exceeded our server capacity to the point we had to quickly move to deploy more hardware to keep up with demand. The support we’ve seen going to new countries, paired with making more games available on more devices, has led to encouraging results. In the months ahead, you should expect cloud gaming to become available in even more places – we can’t wait to share more.

None of this would be possible without great content. We are in a unique position of not only having a first-party cloud that can deliver the games, but a rich history in gaming inclusive of expansive studios making titles across genres. Since launching under two years ago, we’ve worked with over 125 developers to make more than 350 games from the Xbox Game Pass catalog cloud enabled. We’ve also seen the power of cloud as a discovery mechanism by reducing the time to simply try out and play new games. On average, Xbox Game Pass players who use cloud, discover and play nearly twice as many games as Xbox Game Pass members who don’t play on cloud.

The way games are being delivered to devices has also evolved – when we began all of our games followed a lift-and-shift model to make it as easy as possible for studios to make games playable on cloud. Without the need to make any code changes, games would simply just work on our cloud platform. This has been a great way to build up the catalog with hundreds of games, and many games play wonderfully this way.

We’ve evolved over time and are also making it possible for games to be Cloud Aware; simple changes from the developer can enhance the whole experience. They may choose to add touch controls – either a basic overlay to fully custom controls like you see with Hades – or optimizing font size based on the device being streamed to. We launched cloud gaming with one cloud aware game: Minecraft Dungeons with custom touch controls. There are now more than 150 cloud-aware games featuring touch, and we’ve found games with touch controls lead to more engagement. On average, we see 2x increase in play for games that have touch controls, and 20% of Xbox Cloud Gaming users use touch exclusively.

Cloud aware titles also extend to more intensive games, making it possible to play Gen-9 titles on Xbox One via the cloud. A great example of this is Microsoft Flight Simulator. It became available via cloud on March 1, and quickly became the most played cloud game on phones, tablets, PCs and consoles for the month of March. Players who otherwise wouldn’t have access to Gen-9 titles now have the opportunity to jump in on the devices they own.

I’ll never forget the first time I played a console game on my mobile phone powered by the cloud; it was quite simply a magical experience. That was many years ago as we’ve been on this cloud journey for some time alongside a wonderful and engaged player community and incredible content partners. Together, we believe we have a bright future ahead for all players and creators.

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Introducing the new Microsoft Learn Educator Center

We are excited to invite the education community to try the Microsoft Learn Educator Center. It is Microsoft’s centralized training and professional development platform where you can explore free resources for educators and learn about programs, professional development offerings, and Microsoft technologies that advance teaching and learning practices. Check it out for a variety of resources to assist educators, school leaders, and training partners in the changing education landscape. 

The Microsoft Learn Educator Center has replaced the Microsoft Educator Center (MEC) as our new home for the education community. We spent the past year migrating your favorite courses and learning paths from the MEC. We have also expanded the content to include custom pathways to enhance your professional skills, provide free resources that support you along your skilling journey, and connect you with the content and certifications needed to enable students to develop 21st century skills for the jobs of tomorrow. 

To ensure that your MEC achievements, certificates, and transcripts get migrated to the Microsoft Learn Educator Center, sign in using the same credentials you used on MEC. Once MEC is decommissioned on May 1, 2022, you have up to one year to migrate your MEC achievement records to the Microsoft Learn Educator Center, as long as you sign in with the same credentials you used on MEC. 

You can use the Microsoft Learn Educator Center to: 

Find and discover more than 360 modules, 21 learning paths, 80 modules, and 11 product pages. Educators and school leaders can easily search and discover all available learning content through the Browse page. It provides the ability to search and filter results by different tags, including: 

  • Job role: educator, school leader, and student
  • Level: beginner, intermediate, and advanced 
  • Products: Microsoft Teams, M365, Minecraft, Immersive Reader, and more 

Experience Microsoft Learn’s instructional-based design, which includes principles that support the integration of technology into the teaching and learning environment for improved student outcomes. 

Personalize your learning experience and share it with colleagues, students, and parents through Learn Collections, which allows you to curate a custom collection of content and share through social media platforms or a unique URL. Through your profile, you can create, name, manage, and share your collections.

To participate in the launch of the Microsoft Learn Educator Center: 

Sign in with the same credentials you used on MEC. If you do not yet have a Microsoft Learn profile, you will need to create one.

Once sign-in and profile creation are complete, you will be presented with a modal asking if you would like to move your data to the Microsoft Learn Educator Center:

  • If you accept, your achievements, certificates, and transcripts will be moved to your Microsoft Learn profile.
  • If you do not accept, you can choose to delete your data.

To familiarize yourself with the new Microsoft Learn Educator Center, we recommend taking the new Navigate Microsoft Learn for Educators and School Leaders module (i.e., course).

Browse around, take a few modules, and explore different learning paths. Check out your progress in your MEC profile.

Sign up for our education newsletter.

We look forward to having you join the community of educators on the Microsoft Learn Educator Center!

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With their HoloLens 2 project, Microsoft and Volkswagen collaborate to put augmented reality glasses in motion

Imagine putting on a pair of augmented reality glasses as you head out in the morning and get into your vehicle. As your self-driving car takes you to your destination, you get holographic displays of traffic information, weather conditions, shopping recommendations and architectural highlights along the way. And as the day dawns, you can use holographic controls in front of you to adjust the interior temperature to your liking.

That’s the future of mobility envisioned by researchers at German automobile manufacturer Volkswagen, who see augmented reality as one of the key components of future mobility concepts. To get a little closer to that vision, Volkswagen collaborated with Microsoft to enable the HoloLens 2 mixed reality headset to be used in moving vehicles for the first time.

The new “moving platform” mode for HoloLens 2 overcomes a major limitation of mixed reality headsets and creates potential for the technology to be used in new ways — training drivers to handle challenging road conditions, for example, or creating new user experiences for autonomous vehicles. And while mobility is Volkswagen’s focus, the capability could in future be shared across other industries.

Black and white portrait of Dr. Andro Kleen, head of the data science team at Volkswagen Group Innovation.
Dr. Andro Kleen.

“We think mixed reality information is the most intuitive information we could provide to enhance our customers’ user experience,” says Dr. Andro Kleen, head of the data science team at Volkswagen Group Innovation. “Because what you see there, and what you need to process, is very close to what humans normally see and process. It’s not so abstract.”

An early adopter of augmented reality technology, Volkswagen introduced an augmented reality head-up display in its ID. family of electric cars in 2020 that projects navigation arrows, lane markings and other information onto the environment in front of the cars.

But Volkswagen was thinking about the potential of augmented reality even earlier, Kleen says. In 2015, for instance, Volkswagen embarked on a research project using self-piloted vehicles and augmented reality to teach driving on a racing circuit. Tested at Volkswagen’s track facility in Ehra-Lessien, Germany, the Race Trainer system used a head-up display that superimposed lines of arrows on the track for drivers to follow, and provided steering and braking cues to guide them through a gradated set of lessons.

Volkswagen hoped to use HoloLens for the research project, but soon ran up against a problem. When the device was put into a moving vehicle, its sensors lost tracking and the holograms it normally displays disappeared. Kleen’s team approached Microsoft for help and connected with Marc Pollefeys, Microsoft director of science and an expert in 3D computer vision and machine learning. The Volkswagen team traveled to Microsoft’s headquarters in Redmond, Washington to show Pollefeys and his team its work with HoloLens and its vision for augmented reality technology.

“We had extensive discussions,” says Pollefeys, now the director of Microsoft’s Mixed Reality and AI Lab in Zurich, Switzerland. “They presented their use cases and what they were hoping to enable. They were eager to work with us to find a solution and be able to use HoloLens in those situations.”

The two teams began collaborating around 2018 to develop the moving platform feature for HoloLens 2, which required solving a fundamental problem. HoloLens uses two main types of sensors that measure its motion — visible light cameras and an inertial measurement unit, or IMU, that gauges acceleration and rotation speed. Together, the sensors mimic how humans see and move through the world.

But similar to how being in a car or boat can cause motion sickness when what appears to be a stable environment is actually moving, when the tightly coupled HoloLens sensors start disagreeing in a moving environment — with the inertial measurement unit recognizing motion and the cameras unable to — things fall apart.

Photo taken inside a car showing navigational imagery superimposed on the windshield through the use of HoloLens.
Connecting inside and outside of the vehicle: A navigation element positioned outside the vehicle complements the 3D map integrated into the dashboard.

To address that issue, Pollefeys’ team developed an algorithm that models the discrepancies between the sensors and allows HoloLens to continue tracking. But testing the capability posed another challenge. Since Covid-19 restrictions in Switzerland made it impossible to try out the technology in a vehicle with another person at the time, Joshua Elsdon, a Microsoft senior software engineer who worked on the project, had to find solutions from his Zurich apartment.

Elsdon devised a mock platform using a plastic box, sticking bits of tape inside to add visual texture and give the HoloLens cameras elements to track. He rode trams and buses around Zurich wearing a HoloLens headset, making sure its holograms held up as the vehicles moved. At night, Elsdon rode up and down elevators in his apartment block, testing the technology.

“We had to do a lot of testing in my apartment. These aren’t ideal development conditions,” says Elsdon, who is now based in Redmond. “All of this stuff was done remotely and distributed across different countries, which was interesting.”

After the initial prototyping was done, the team also conducted testing on Puget Sound, near Microsoft’s Redmond campus. They rented recreational boats, took them out on the water and used external measurement equipment to assess the performance of HoloLens’ head-tracking system in a moving platform.

Microsoft later tested the feature with Volkswagen. The Volkswagen researchers established a bidirectional data connection between the vehicle and the HoloLens in order to display and control real-time information from the car. Finally, the team implemented several demo use cases investigating how virtual interfaces could enhance the interior of future vehicles.

Photo taken inside a car showing navigational imagery superimposed on the windshield through the use of HoloLens.
The moving platform mode, combined with vehicle position data, enables HoloLens 2 to be used in new ways.

“We connected a positioning system that tracks the location of the vehicle. This way we were able to also place 3D elements such as information on point of interests outside of the car. This opens up completely new possibilities to not only display holograms within the driver’s forward-facing field of view, but also wherever the user wearing the glasses is looking,” says Michael Wittkämper, augmented reality expert at Volkswagen.

Microsoft rolled out the moving platform feature a few months ago and it is already attracting interest from maritime companies and organizations, which have been using HoloLens to remotely connect maritime workers with mechanical experts through Microsoft Dynamics 365 Remote Assist. The app allows an expert in another location to look through the other person’s HoloLens 2, share their field of view, diagnose a problem and provide input.

Previously only usable when a ship is in port, the capability is even more needed when vessels are at sea and a piece of equipment breaks down.

“The more remote the equipment or machine is, the harder it is to get the expert on site,” says Pollefeys, who is also a professor of computer science at ETH Zurich, a public research university. “This feature turned out to be critical to unlock HoloLens 2 for the maritime space.”

HoloLens’ moving platform feature is currently supported for use on large ships, and Microsoft plans to further refine it for use in elevators, trains, cars and other moving environments. Kleen envisions multiple ways the technology could be used to connect the inside of vehicles with the outside world, such as helping truck or bus drivers navigate through narrow streets, identifying points of interest along driving routes or providing entertainment for passengers.

A hand adjusts the climate control using VR in a Volkswagen automobile.
The direct communication of the AR headset with the vehicle data makes it possible to adjust the temperature or control the intensity and direction of the airflow by gesture.

Kleen and Pollefeys believe augmented reality will become an increasingly important aspect of mobility in the future as smaller, more compact versions of smart glasses become available. Pollefeys characterizes mixed reality glasses as the third generation of personal computing devices, after personal computers and mobile phones.

“Microsoft is not only interested in commercial devices like HoloLens, but also in the longer term, in devices that would make sense for consumers to use in daily life,” Pollefeys says. “With augmented reality glasses, you could walk around the world and information can appear in context, where it’s relevant. You could communicate with other people and also in 3D, as opposed to on a small screen.”

Kleen imagines augmented reality enabling seamless and connected mobility experiences, with people donning smart glasses as they leave home and receiving information through them, from navigational assistance to entertainment, as they travel through their day.

“We think of this as moving toward a mobility system where different products and mobility solutions will be connected,” Kleen says. “The basic assumption is that this technology will become lighter and smaller, and we think that as that happens, more people will get their hands on it and integrate it into their daily lives — and thus into their way of moving from A to B.”

Top photo: Volkswagen demonstrated the future of fully autonomous driving in its Gran Turismo concept car, the ID.VIZZION. (Images courtesy of Volkswagen)

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Vasu Jakkal: Celebrate World Password Day by ditching passwords altogether

Did you know that May 5, 2022, is World Password Day?1 Created by cybersecurity professionals in 2013 and designated as the first Thursday every May, World Password Day is meant to foster good password habits that help keep our online lives secure. It might seem strange to have a day set aside to honor something almost no one wants to deal with—like having a holiday for filing your income taxes (actually, that might be a good idea). But in today’s world of online work, school, shopping, healthcare, and almost everything else, keeping our accounts secure is more important than ever. Passwords are not only hard to remember and keep track of, but they’re also one of the most common entry points for attackers. In fact, there are 921 password attacks every secondnearly doubling in frequency over the past 12 months.2

But what if you didn’t have to deal with passwords at all? Last fall, we announced that anyone can completely remove the password from their Microsoft account. If you’re like me and happy to ditch passwords completely, read on to learn how Microsoft is making it possible to start enjoying a passwordless life today. Still, we know not everyone is ready to say goodbye to passwords, and it’s not possible for all your online accounts. We’ll also go over some easy ways to improve your password hygiene, as well as share some exciting news from our collaboration with the FIDO Alliance about a new way to sign in without a password.  

Free yourself with passwordless sign-in

Yes, you can now enjoy secure access to your Microsoft account without a password. By using the Microsoft Authenticator app, Windows Hello, a security key, or a verification code sent to your phone or email, you can go passwordless with any of your Microsoft apps and services. Just follow these five steps:

  1. Download and install Microsoft Authenticator (linked to your personal Microsoft account).
  2. Sign in to your Microsoft account.
  3. Choose Security. Under Advanced security options, you’ll see Passwordless account in the section titled Additional security.
  4. Select Turn on.
  5. Approve the notification from Authenticator.
User interface of Microsoft Authenticator app providing instructions on how to turn on passwordless account option.
Notification from Microsoft Authenticator app confirming user's password has been removed.

Once you approve the notification, you’ll no longer need a password to access your Microsoft accounts. If you decide you prefer using a password, you can always go back and turn off the passwordless feature. Here at Microsoft, nearly 100 percent of our employees use passwordless options to log into their corporate accounts.

Strengthen security with multifactor authentication

One simple step we can all take to protect our accounts today is adding multifactor authentication, which blocks 99.9 percent of account compromise attacks. The Microsoft Authenticator app is free and provides multiple options for authentication, including time-based one-time passcodes (TOTP), push notifications, and passwordless sign-in—all of which work for any site that supports multifactor authentication. Authenticator is available for Android and iOS and gives you the option to turn two-step verification on or off. For your Microsoft Account, multifactor authentication is usually only needed the first time you sign in or after changing your password. Once your device is recognized, you’ll just need your primary sign-in.

Microsoft Authenticator screen showing different accounts, including: Microsoft, Contoso Corporation, and Facebook.

Make sure your password isn’t the weak link

Rather than keeping attackers out, weak passwords often provide a way in. Using and reusing simple passwords across different accounts might make our online life easier, but it also leaves the door open. Attackers regularly scroll social media accounts looking for birthdates, vacation spots, pet names and other personal information they know people use to create easy-to-remember passwords. A recent study found that 68 percent of people use the same password for different accounts.3 For example, once a password and email combination has been compromised, it’s often sold on the dark web for use in additional attacks. As my friend Bret Arsenault, our Chief Information Security Officer (CISO) here at Microsoft, likes to say, “Hackers don’t break in, they log in.”

Some basics to remember—make sure your password is:

  • At least 12 characters long.
  • A combination of uppercase and lowercase letters, numbers, and symbols.
  • Not a word that can be found in a dictionary, or the name of a person, product, or organization.
  • Completely different from your previous passwords.
  • Changed immediately if you suspect it may have been compromised.

Tip: Consider using a password manager. Microsoft Edge and Microsoft Authenticator can create (and remember) strong passwords using Password Generator, and then automatically fill them in when accessing your accounts. Also, keep these other tips in mind:

  • Only share personal information in real-time—in person or by phone. (Be careful on social media.)
  • Be skeptical of messages with links, especially those asking for personal information.
  • Be on guard against messages with attached files, even from people or organizations you trust.
  • Enable the lock feature on all your mobile devices (fingerprint, PIN, or facial recognition).
  • Ensure all the apps on your device are legitimate (only from your device’s official app store).
  • Keep your browser updated, browse in incognito mode, and enable Pop-Up Blocker.
  • Use Windows 11 and turn on Tamper Protection to protect your security settings.

Tip: When answering security questions, provide an unrelated answer. For example, Q: “Where were you born?” A: “Green.” This helps throw off attackers who might use information skimmed from your social media accounts to hack your passwords. (Just be sure the unrelated answers are something you’ll remember.)

Passwordless authentication is becoming commonplace

As part of a historic collaboration, the FIDO Alliance, Microsoft, Apple, and Google have announced plans to expand support for a common passwordless sign-in standard. Commonly referred to as passkeys, these multi-device FIDO credentials offer users a platform-native way to safely and quickly sign in to any of their devices without a password. Virtually unable to be phished and available across all your devices, a passkey lets you sign in simply by authenticating with your face, fingerprint, or device PIN.

In addition to a consistent user experience and enhanced security, these new credentials offer two other compelling benefits:

  1. Users can automatically access their passkeys on many of their devices without having to re-enroll for each account. Simply authenticate with your platform on your new device and your passkeys will be there ready to use—protecting you against device loss and simplifying device upgrade scenarios.
  2. With passkeys on your mobile device, you’re able to sign in to an app or service on nearly any device, regardless of the platform or browser the device is running. For example, users can sign in on a Google Chrome browser that’s running on Microsoft Windows, using a passkey on an Apple device.

These new capabilities are expected to become available across Microsoft, Apple, and Google platforms starting in the next year. This type of Web Authentication (WebAuthn) credential represents a new era of authentication, and we’re thrilled to join the FIDO Alliance and others in the industry in supporting a common standard for a safe, consistent authentication experience. Learn more about this open-standards collaboration and exciting passwordless capabilities coming for Microsoft Azure Active Directory in a blog post from Alex Simons, Vice President, Identity Program Management.

Helping you stay secure year-round

Read more about Microsoft’s journey to provide passwordless authentication in a blog post by Joy Chik, Corporate Vice President of Identity. You can also read the complete guide to setting up your passwordless account with Microsoft, including FAQs and download links. And be sure to visit Security Insider for interviews with cybersecurity thought leaders, news on the latest cyberthreats, and lots more.

To learn more about Microsoft Security solutions, visit our website. Bookmark the Security blog to keep up with our expert coverage on security matters. Also, follow us at @MSFTSecurity for the latest news and updates on cybersecurity.


1World Password Day, National Day Calendar.

2According to Microsoft Azure Active Directory (Azure AD) authentication log data. 2022.

3America’s Password Habits 2021, Security.org. October 1, 2021.

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How a senior product manager is leading the passwordless movement at Microsoft

May 5, 2022, is World Password Day, a day we all use to create awareness around password security. At Microsoft, we choose to celebrate replacing passwords with better and more secure ways to sign in. I can’t think of a better person at Microsoft to represent this journey than Libby Brown, a senior product manager leading our efforts to keep Microsoft Azure Active Directory (Azure AD) customers more secure with passwordless solutions.

Here’s what I love about Libby’s story: her career has followed a winding path that ended up being the best possible path to the role she has today. Early on, she switched from engineering to public policy and then worked in publishing, product marketing, training, release management, and now product management. She’s spent time at a small publishing firm, at a startup, and at Microsoft. She pushed her way past every career hiccup, and as she moved forward, she gained experience that would later be relevant to her work in ways she had never anticipated.

Today, Libby is in a technical role, calling on everything she’s learned throughout her education and career to build usable experiences that make technology easier for businesses of all sizes. Her focus on usability is crucial; we’ve learned the hard way that unless security experiences are easy for IT administrators to deploy and manage, and easy for users to adopt, people will be reluctant to use them. Our goal is to make passwordless authentication even easier to use than passwords, which are hard to remember and far less secure. With her varied background working on an array of products for an array of different audiences, Libby is the perfect person to lead this charge.

Libby’s interview with Eric Sachs has been edited for clarity and length. We’ve included two video snippets of the interview recording so you can learn more about her unique career journey and perspectives.

Eric: I have three young daughters myself, and none of them has gotten interested in computers yet. How did you first get interested in them growing up?

Libby: I was pretty lucky. My older brother was interested in computers, so from the very earliest days, we had a Timex Sinclair computer—with a little chiclet keyboard and programs that saved to a cassette tape—and also an early Apple. I had the opportunity to attend Thomas Jefferson High School for Science and Technology in Northern Virginia which had just graduated its first class. Computers were just something in the background, from an early age, that I used. I recognize now, though, that I was pretty lucky to have that.

Eric: What did you decide to study in college after you had that opportunity in high school?

Libby: In high school, you take those career “What do you want to do?” questionnaires. My answers always led to engineering, so I attended Duke University to study mechanical engineering. It was an interesting time, but I realized I just did not care if you took a piece of metal and bent it where it would break. It wasn’t the kind of problem-solving that I liked. So, I looked around, took a couple of public policy courses—which turned out to be a different type of systemic problem solving—and ended up majoring in that.

Eric: You eventually got back to computers, so what was the next time you encountered technology?

Libby: After Duke, I returned to Washington, D.C., to get involved in public policy. My first job was for a small publishing company called Congressional Quarterly. They produced daily, weekly, monthly, and annual publications on what Congress was doing. My first job involved researching legislation and entering it into a database. With the year 2000, we needed to upgrade those databases, including how researchers entered the data and how customers pulled the data and were presented with it. I started doing things like designing what that screen would look like, what the website would look like, and designing the queries to pull the data for legislative reports. Little did I know at the time, that’s what I would be doing 20 some years later, just with different challenges, but still focusing on that foundational user experience, running those systems, and designing great opportunities and spaces for users.

Once we made it past the year 2000, we launched the Congressional Quarterly Website. It won a bunch of awards that year for being one of the newest, best magazine tools online. But also keep in mind, this was in the heyday of Web 2.0. Red Herring magazine was 300 pages thick, with information on all these great Web 2.0 companies and the future of e-commerce. Congressional Quarterly was a pretty small business. I realized I needed more scope and scale to succeed in this new world, so I decided to get my MBA. 

I chose Vanderbilt University because they had leading researchers in Web 2.0 e-commerce. I studied both information technology and strategy. This led me to think about how businesses take advantage of technology and use it to gain competitive advantage, which became the underlying thread to the rest of my tech career.

Video description: Libby describes her first role at Microsoft.

Eric: So, after business school, you came into Microsoft initially as a Product Manager for one of the company’s publishing arms, left for a startup, and then returned. What was different, and what worked well for you, when you came back?

Libby: I came back for a fun startup-like team within Microsoft called Office Live Small Business. We were working to give small businesses a free custom domain name with Hotmail mailboxes on the backend and a Microsoft SharePoint site they could easily customize to market to their customers. While our product was successful, other technologies were coming online, including Microsoft Exchange and SharePoint moving to the cloud, so we needed to reconcile that. Since we had experience with small businesses and users, our team pivoted to building the user and admin portals for what became Microsoft Office 365. Being part of that transition was a fun time.

Eric: Well, you had quite a journey to get there, but now you’ve been a product manager for a while at Microsoft. How did you end up in the identity team then, dealing with passwords?

Libby: Sometimes I’m not quite sure how I got here myself, but through a series of reorganizations, I found myself doing a weird set of roles around financial compliance for our commerce platform. I learned all about Sarbanes-Oxley compliance, payment card industry (PCI), and other interesting spaces, but it was not an area that I enjoyed. So, I reached out to my wide corporate network. As a product manager at Microsoft, you want to keep those connections active, and I was doing my, “Hey, what’s happening in your space of the company?” interviews with a bunch of friends and former coworkers. One of them happened to work in identity as the program manager lead for the Microsoft Authenticator app, and we realized that I had a lot of applicable skills. I joined that team in 2016.

Eric: I have to admit, I’m a little jealous because your current project’s very focused on passwordless authentication. What about your unique background do you think helps you with this particular challenge?

Libby: We wanted to make the experience of two-step verification easier for Microsoft consumers. As you know, not many people were comfortable with two-step verification, especially in 2016. They didn’t quite understand a password plus something else, whether that something else was an SMS code or a push notification to your phone. Then we said, well, if we can do password plus “push,” why can’t we just do the push and tie it to the device? We’d create a super easy experience of entering your username and responding to a notification on your phone. That got a lot of attention and traction.

And we were also working to build the same type of experience for work and school accounts in Azure AD. Given my background, I asked questions from an organizational standpoint about keeping our customers more secure. How can they make sure that their business is doing what it needs to do—without having to worry about those attacks? Creating a great user experience so employees can easily make that strong authentication gesture to be safe really helps the overall security posture of the company itself.

Video description: Libby explains how usability enhances security.

Eric: It’s pretty exciting. In the passwordless area, the FIDO Alliance recently published a white paper about passkeys. Part of it is about using a mobile phone to help sign in to other devices like a Microsoft Windows desktop. Can you explain a bit more about why that is so important? Windows devices and mobile phones have built-in biometrics—why can’t that just solve all problems and make all passwords go away?

Libby: Passwords have been in our systems now since the 1960s. It’s going to take us a little while to kill them off. But multidevice credentials, which some refer to as passkeys, really are that next thing that will enable us to do that. Most of us have a mobile device in our hands for the better part of the day, and we’re working to take advantage of the native biometrics on that device, whether it’s touch ID or face ID, or the Windows Hello gesture that you might use on your PC. We’re trying to use the native gesture on that device that everyone is familiar with, backed by this modern use of public-key cryptography to keep you secure.

Then I can use my phone as a passkey to sign in on my phone or to another device such as my Windows PC, or the Mac at my mom’s house, and it’s just seamless and ubiquitous. And when you think about the companies that have been involved—whether that’s Microsoft, Apple, Google—we’ve been in this from the very beginning and now we’re looking at more than six billion devices being able to use these standards-based multidevice credentials. When you look at those numbers and that scope and scale, it’s just pretty mind-boggling how we can transform in the next few years.

Eric: Cool! All of us who use passwords, which is just about everybody, want to thank you for taking on the password challenge and it certainly seems like your very unique career path makes you uniquely qualified for this challenge. I can’t wait to see where you lead us next on the passwordless journey.

Libby: Thanks, Eric.

Learn more

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To learn more about Microsoft Security solutions, visit our website. Bookmark the Security blog to keep up with our expert coverage on security matters. Also, follow us at @MSFTSecurity for the latest news and updates on cybersecurity.

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It’s May the 4th: Celebrate Star Wars Day with LEGO Star Wars Xbox Sweepstakes

Xbox and the LEGO Group are teaming up to celebrate May the 4th, also known as Star Wars Day. As part of the festivities, the LEGO Star Wars Xbox Sweepstakes is releasing 12 consoles to celebrate and showcase 12 iconic characters from the nine Star Wars Skywalker Saga films. Inspired by the LEGO-themed action-adventure game, LEGO Star Wars: The Skywalker Saga, the Xbox Series S custom console and controller designs include BB-8, Boba Fett, Chewbacca, Darth Maul, Darth Vader, Finn, Kylo Ren, Luke Skywalker, R2-D2, Rey, Stormtrooper, and Yoda. Each console features a custom color inspired by each of the 12 playable characters featured in the game.

To enter, sweepstakes participants must login to their public Twitter account and follow the official @Xbox account. Once followed, re-tweet the promotional post and include the hashtags #LEGOStarWarsXboxSweepstakes and #Maythe4th. Winners will be notified via Twitter DM.

The sweepstakes entry period will start Wednesday, May 4, 2022, at 7 a.m. PDT through Wednesday, May 31, 2022 at 8 p.m. PDT.

To enter, sweepstakes participants must be a legal resident of any Xbox live supported region and be eighteen (18) years of age or older. Visit the official Sweepstakes rules and regulations for additional information. May the 4th be with you!

Xbox Live

LEGO® Star Wars™: The Skywalker Saga

Warner Bros. Games

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The galaxy is yours in LEGO® Star Wars™: The Skywalker Saga. Experience memorable moments and nonstop action from all nine Skywalker saga films reimagined with signature LEGO humor. The digital edition includes an exclusive classic Obi-Wan Kenobi playable character. ● Explore the Trilogies in Any Order – Players will relive the epic story of all nine films in the Skywalker Saga, and it all starts with picking the trilogy of their choice to begin the journey. ● Play as Iconic Heroes and Villains –More than 300 playable characters from throughout the galaxy. ● Discover Legendary Locales – Players can visit well known locales from their favorite Skywalker saga films .They can unlock and have the freedom to seamlessly travel to 23 planets as they play through the saga or explore and discover exciting quests. ● Command Powerful Vehicles – More than 100 vehicles from across the galaxy to command. Join dogfights and defeat capital ships like the Super Star Destroyer that can be boarded and explored. ● Immersive Player Experiences – String attacks together to form combo chains and fend off oncoming attacks. New blaster controls and mechanics allow players to aim with precision, or utilize the skills of a Jedi by wielding a lightsaber and using the power of The Force. ● Upgradable Character Abilities – Exploration rewards players as they uncover Kyber Bricks which unlock new features and upgraded abilities across a range of character classes, including Jedi, Hero, Dark Side, Villain, Scavenger, Scoundrel, Bounty Hunter, Astromech Droid, and Protocol Droid.

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Two sisters create a startup that puts sustainability into global supply chains

“Every company will need to demonstrate their sustainability impact in the next few years,” adds Vowels. “Not only will they be looking at the way they’re working, but they’ll also be looking at the actions their suppliers are taking and whether those align with their own. The opportunity is big, our platform is ready, and we’re excited to scale.”

Working with a sibling isn’t for everyone, but Vowels and Atkins have made it work for them. They realized early on that the “unfiltered” candidness between siblings allowed them to bypass a lot of the “niceties” that other co-founders might have to grapple with.

As sisters, they already had a handle on each other’s personalities and temperaments, as well as their triggers and limits. As they got to know each other professionally, they developed a newfound respect for what the other brings to the table.

Based in Sydney, Atkins oversees product development as well as marketing and business development in Australia. Vowels, based in Singapore, takes care of operations, finance, data and business development in Asia.

“When it comes to strengths, we’re polar opposites – that makes us complementary,” Vowels explains. Atkins adds, “we naturally gravitated toward our roles based on our strengths – and it’s working out well.”

To make their idea come to life they searched for dependable tools and systems. From the get-go, Microsoft Azure has been their cloud of choice. Similarly, Microsoft AI and machine learning  software have been instrumental to structuring data and establishing the data relationships to accommodate increasingly complex requirements as their company grows.

a computer screen grab
Above: A screenshot of a givvable dashboard.

Reports are sent to clients via Microsoft Power BI to provide familiarity and peace of mind. “Using a product like Power BI means that the foundations are set. Our customers are confident about using these products, especially when it comes to security,” says Vowels. “Since our customers are already Power BI users, they can set up quickly and navigate their reports without needing to upskill or figure out a new software. This seamlessness has been instrumental.”

Two years into their givvable journey there is much to be proud of. As Atkins says, “We’ve stayed on course because we’re passionate about the problem we’re trying to solve. It’s why we’ve been able to overcome the challenges that have come our way.”

Vowels, smiling, adds, “And we’ve surrounded ourselves with some incredible people.”

TOP IMAGE: Solar panels on a distribution warehouse roof. Photo: Getty.