Over the past two years, millions of people throughout Asia-Pacific have started using the internet for the first time, lifting the region’s online population to more than 2.5 billion. This wave of digital adoption has created new opportunities, helping people communicate, find information, and access vital services like health and education. But it’s also reinforced the need for vigilance in the face of a growing range of threats to online safety and privacy. Google Search reflects people’s concerns, with trends showing that searches related to privacy and data breaches grew by more than 20% in 2021, across places as diverse as Australia, Hong Kong, India, Indonesia and Singapore.
This week, as we mark Safer Internet Day on February 8, we’re focused on the ways Google can help protect people in Asia-Pacific as they go about more of their lives and work online.
Our highest priority is to safeguard the Google tools that people use every day. We have hundreds of engineers and other experts, many based in Asia-Pacific, working to make sure that people’s accounts are secure and Google infrastructure is defended against intruders. These teams also develop simple tools — like Security Checkup and Privacy Checkup — which people can use to strengthen their security and privacy settings.
But we recognize that our responsibility for internet safety goes beyond our own tools and technology. Keeping people safe online is a shared challenge, not something that any one organization can do alone. One of the most powerful ways we can help protect people is by equipping them with the skills and knowledge to navigate the internet safely.
In Asia-Pacific, Google is supporting the work of organizations like the Sejiwa Foundation, which is dedicated to helping younger members of the community and their parents make safe decisions online. I was struck by the story of 24-year old Indah from West Sulawesi, who came across a job vacancy that required her to fill out a form online with personal information. Drawing on the knowledge she’d learned through the Sejiwa Foundation’s "Tangkas Berinternet" program, Nazwa was able to take simple steps to identify that the request was a scam — preventing her from sharing her data and making suspicious purchases on behalf of the scammer.
“Tangkas Beinternet” is the Indonesian version of Be Internet Awesome, an internet safety initiative delivered by Google and our partners around the world, including the Sejiwa Foundation and the Indonesian government. It’s an example of the collaborative approach that’s needed to deepen online safety knowledge in communities that too often miss out on digital education — and we want to enable more partnerships like these.
This year, through Google.org — Google’s philanthropic arm — we’re supporting nonprofit organizations in Asia-Pacific with approximately $5 million in grant funding to raise awareness about security and media literacy and promote positive online habits among underserved communities. This builds on the more than $11 million that Google.org has committed to digital responsibility initiatives over the past five years. Organizations Google.org has supported include Maarif Institute — whose Tular Nalar program with MAFINDO and Love Frankie is helping educators and young people in Indonesia become more media-literate — and Internews in India, whose FactShala initiative with Data Leads is helping people evaluate online information critically.
With the new funding from Google.org, we aim to help nonprofits give more people in every part of the region access to such educational opportunities. Together with the investments we’ll continue making to safeguard our own tools and platforms, we hope these efforts will contribute to global progress towards a safer internet for everyone.
As Aotearoa New Zealand pauses today in recognition of the anniversary of the signing of Te Tiriti o Waitangi, on mountains and coastlines across our landscape, the strong, fibrous leaves of harakeke can be seen blowing in the wind. Sometimes stiff and taller than any person, and sometimes drooping and floppy, with flowers that vary from red to orange to yellow, attracting tūī, korimako (bellbirds), pekapeka (short tailed bats), geckos and all manner of insects to its nectar. Also known as ‘common flax’, harakeke is in fact a lily that provides both shelter and plentiful food for wildlife.
Harakeke has been used in the traditional art form raranga (flax weaving), which has been passed down through generations in Māoridom, for the creation of everything from baskets to floor mats—even raincoats can be made by combining the harakeke’s hard outer layers together with its soft inner fibres. It also has uses for medicinal purposes, such as aiding in the healing of burns.
Māori believe the different layers of a harakeke bush symbolise the family lineage—the outer layer represents the grandparents, while the inner layer represents the parents wrapped around the innermost new shoots symbolising the children who all previous generations protect.
Hūtia te rito o te harakeke
Kei hea te kōmako, e kō?
Kī mai ki ahau he aha te mea nui o tēnei ao?
Māku e kī atu
He tangata
He tangata
He tangata
If you remove the heart of the flax bush
From where will the Bellbird sing?
If you say to me
What is the most important thing in this world
I will reply to you
It is people, it is people,
It is people!
Emblematic of the distinct native flora that has developed on our islands, why not plant harakeke to attract tūī and other fauna to your backyard?
Post content Posted by Caroline Rainsford, Google New Zealand Country Director.
Build high-quality Windows apps that also run on mobile and web
Since we launched Flutter, we’ve focused on delivering a cross-platform solution for beautiful, tailored apps that are compiled to machine code and take full advantage of the underlying graphics hardware of your device. Today marks a significant expansion of this vision with the first production release of support for Windows as an app target, enabling Windows developers to benefit from the same productivity and power that mobile developers have been enjoying.
Our goal with Flutter is to give you the tools you need to build a great experience, regardless of which operating system you’re building for. And so we want to bring the same core framework and tools to every place you might want to paint pixels. Flutter allows you to handcraft beautiful experiences where your brand and design come to the forefront. Flutter is fast, compiling directly to machine code; with support for stateful hot reload, you get the productivity of an interactive environment that allows you to make changes while your app is running and see the results immediately. And Flutter is open, with thousands of contributors adding to the core framework and extending it with an ecosystem of packages.
So far, we’ve seen momentum that has exceeded our expectations, with nearly half a million apps now released that use Flutter, including big apps from companies like Betterment, BMW, and ByteDance, and apps from thirty teams at Google. In 2021, Flutter became the most popular cross-platform UI toolkit, as measured by analysts like Statista and SlashData:
Our own data backs this up, with a consistent 92% of Flutter developers expressing positive satisfaction with our tools in all four quarterly surveys in 2021. To the other 8% of you, we’re listening to your feedback and want you to be happy as well!
One common survey request has been for Windows support. Today, we’re thrilled to announce the full availability of support for Windows apps for Flutter in stable builds.
Windows and Flutter
A couple of years ago, we laid out an ambitious vision for Flutter to expand from mobile apps on iOS and Android to other platforms including web and the desktop. The core of Flutter carries across platforms: from the portable, hardware-accelerated Skia graphics engine, to the Flutter rendering system; core primitives like animation, theming, text input, and internationalization; and the hundreds of widgets that Flutter offers.
But desktop apps aren’t just mobile apps running on a bigger screen. They’re designed for different input devices, such as a keyboard and mouse. They have resizable windows that often run on a widescreen monitor. There are different conventions for critical things like accessibility, input method editors, and visual styling. And they integrate with different APIs in the underlying operating system: desktop apps support everything from file system pickers to device hardware to data stores like the Windows registry.
So while we’ve brought Flutter to Windows, we’ve also tailored it for Windows.
Just as with our support for Android and iOS, the Windows implementation of Flutter combines a Dart framework and C++ engine. Windows and Flutter communicate through an embedding layer that hosts the Flutter engine and is responsible for translating and dispatching Windows messages. Flutter coordinates with Windows to paint your UI to the screen, handles events like window resizing and DPI changes, and works with existing Windows modalities for internationalization (such as input method editors).
On Windows, Flutter uses exactly the same Dart code, but takes advantage of native Windows APIs.
Your app can use every part of the Flutter framework, and on Windows, it can also talk to the Win32, COM, and Windows Runtime APIs either directly through Dart’s C interop layer, or using a platform plugin written in C++. We’ve also adapted a number of common plugins to include Windows support, including camera, file_picker, and shared_preferences. More importantly, the community has already added Windows support for a broad array of other packages, covering everything from Windows taskbar integration to serial port access.
For a fully tailored Windows UI, you can also use Flutter Favorite packages like fluent_ui and flutter_acrylic to create an app that expresses the Microsoft Fluent design system beautifully. And using the msix tool you can wrap your app in an installer that can be uploaded to the Microsoft Store on Windows.
There are already hundreds of packages that have been adapted to support Flutter apps built for Windows.
Together, this fosters creation of apps that look great on Windows, run fast on Windows, and still transfer to other desktop or mobile devices, as well as the web. Here are a few early examples that we’ve seen so far:
Some early community examples of Windows apps built with Flutter, including Harmonoid and Rows.
Microsoft and Flutter
Several teams from Microsoft have contributed to today’s announcement. In particular, we’d like to express our gratitude to the Fluent design team for their contribution of iconography for Flutter apps on Windows. Their fluentui_system_icons package has been awarded Flutter Favorite status to signify its quality.
Of course, Visual Studio Code provides a key part of the tooling experience for Flutter apps. Our Dart extension has been downloaded over 4 million times, and we’ve been grateful for their partnership and support of our feature requests to improve Flutter development using their tools.
We asked the Windows team if they’d be willing to share a few words about Flutter’s support. Here’s what Kevin Gallo, Corporate Vice President for Windows Developer Platform at Microsoft, has to say:
“We're delighted to see Flutter adding support for creating Windows apps. Windows is an open platform, and we welcome all developers. We're excited to see Flutter developers bring their experiences to Windows and also publish to the Microsoft Store. Flutter support for Windows is a big step for the community, and we can’t wait to see what you’ll bring to Windows!”
We’ve been particularly impressed with the investments Microsoft has made around accessibility for Windows, and we’re grateful for their team’s assistance to ensure Flutter has support for screen readers from day one. It’s a mistake to dismiss accessibility as a niche interest. As this diagram from Microsoft’s inclusive design toolkit illustrates, we all have reason to care about delivering experiences that adapt for different permanent, temporary, or situational needs.
The video below demonstrates how Flutter integrates with Windows Narrator. For the purposes of this video, we’ve deliberately blurred the screen to give you a sense of how important this feature is to users who need it.
An ecosystem of tools for Windows development
Our tooling partners are also adding support for Windows.
Realm is a super-fast local data store. The latest version, shipping today, now supports building Windows apps with Flutter, with fast access to the underlying database using Dart FFI, adding to their existing support for mobile platforms like iOS and Android.
Rive announced today an upcoming Windows version of their popular graphics tooling suite, allowing designers and developers to create interactive vector animations that can respond to code in real time using a state machine. The upcoming Windows edition of their app offers screaming fast performance and a lower memory footprint, and will be available soon in the Microsoft Store for download.
Syncfusion have updated their suite of widgets to take full advantage of Windows. If you subscribe to their toolkit, you’ll find data visualization components like treemaps and charting, a rich data grid widget, calendars and even support for PDF creation and Excel spreadsheets.
Lastly, Nevercode has updated their Codemagic CI/CD tool to support Windows, enabling you to test and build your Windows apps in the cloud and automate deployment of your app to the Windows Store.
It’s very exciting for us to see a mature ecosystem built around Flutter, and we’d encourage you to check out each of these partners as you start building Windows apps with Flutter.
Windows support arrives in Flutter 2.10
Stable, production-quality support for building Windows apps is available as part of Flutter 2.10, which releases today. Flutter 2.10 also includes many other features, performance improvements and bug fixes, which we’ll cover in more detail in a separate blog post.
In the coming months, you’ll hear more from us on completing stable support for macOS and Linux, making the full set of desktop, web, and mobile platforms available for your production Flutter apps.
In the meantime, thank you for your support of Flutter. We’re excited to see what you build for Windows!
We are excited to announce that open source projects and organizations can now apply to participate as mentoring organizations in the 2022 Google Summer of Code (GSoC) program. Applications for organizations will close Monday, February 21 at 10am PT.
As 2022 begins, so does our 18th edition of Google Summer of Code! With our new updates to the program, we look forward to welcoming not just students, but new and beginner open source contributors over 18 years old into our GSoC community. With increased flexibility in the length of the projects—now offering 175 and 350-hour projects—and the ability to extend the program from the standard 12 weeks to 22 weeks, we hope to spur the interest of more potential GSoC contributors.
Does your open source project want to learn more about becoming a mentor organization? Visit the program site and read the mentor guide to learn what it means to be a mentoring organization and how to prepare your community (hint: have plenty of excited mentors and well thought out project ideas!).
We welcome all types of organizations and are very eager to involve first-timers with a 2022 goal of welcoming 30+ new orgs into GSoC. We encourage new organizations to get a referral from experienced organizations that think they would be a good fit to participate in GSoC.
The open source projects that participate in GSoC as mentor organizations do all kinds of interesting work in security, cloud, development tools, science, medicine, data, and media for example. Projects can be relatively new (about 2 years old) to well established projects that started over 20 years ago. We welcome open source projects big and small and everything in between.
One thing to remember is that open source projects wishing to apply need to have a solid community. While you don’t have to have 50+ community members, the project also can’t have as few as 3 people; the goal of GSoC is to bring new contributors into communities and there should be an established community for them to join.
You can apply to be a mentor organization for GSoC starting today on the program site. The deadline to apply is February 21st at 10am PT. We will publicly announce the organizations chosen for GSoC 2022 on March 7th.
Please visit the program site for more information on how to apply and review the detailed timeline for important deadlines. We also encourage you to check out the Mentor Guide and our short video on why open source projects are excited to be a part of the GSoC program.
Good luck to all open source mentoring organization applicants!
The Dev channel has been updated to 100.0.4867.0 for Windows,Linux and Mac
A partial list of changes is available in the log. Interested in switching release channels? Find out how. If you find a new issue, please let us know by filing a bug. The community help forum is also a great place to reach out for help or learn about common issues.
When Hanane Ait Dabel started college to earn her computer science degree, she wanted to find a community. “My first year at university, I was looking for that place where I belonged,” she says. Hanane, who lives in Morocco, found that in Women Techmakers. “I really liked the atmosphere. They made technology easier to learn, so I decided to join.”
Today Hanane works as a project coordinator handling technical support for web hosting. She’s also working on her second undergraduate degree in economics — and has stayed involved in Women Techmakers, now as an ambassador.
As an ambassador, she’s had the opportunity to lead #IamRemarkable workshops — hosting them in English, Arabic and French, no less. Currently, Hanane and a group of other Women Techmaker ambassadors are planning International Women’s Day 2022 in Morocco. Hanane had some time to take a break from all this work to tell us a little about herself, and why she’s remained so active in Women Techmakers.
What sort of things were you interested in learning when you were young?
I remember as a kid, my mother was always telling me to bring my books and sit with her and study. She wasn’t able to attend school, so she always encouraged me to pursue my dreams and emphasized the importance of studying. And my father introduced me to business; he would invite me to work in the store he owned, and I learned so much there. I’ve always been fascinated by business and technology. My mother still loves to listen to me talk about these things, and she gets excited about events I’m involved in.
It’s important to get involved in communities where your work, thoughts and skills are validated.Hanane Ait Dabel
What led you to tech?
In high school, I had the difficult decision of choosing between a technology and a business program. With my family’s support, I chose computer science. The program was hosted at a university in another city, and I wanted to be on my own and be independent. Many of my friends’ families encouraged them to stay home and study business at the city university. I’m grateful that my family supported my decision.
After I earned my computer science degree, if I wanted to continue studying engineering, I knew I would have had to move to yet another city. I couldn’t afford this and didn’t want to ask my family for financial support, so I moved home to get a second degree in economics.
What are some of the skills you’ve gained from Women Techmakers?
I’ve learned more about marketing, which has been really helpful to add to my engineering and economics background. I’ve also learned what it’s like to be a part of a healthy organization, both through Women Techmakers and the Google Developer Groups I’ve joined. These communities are so inspiring, and I appreciate connecting, learning and sharing experiences with women around the world.
What would you tell someone who’s interested in Women Techmakers or Google Developer Groups?
In these groups, you feel respected. It’s important to get involved in communities where your work, thoughts and skills are validated.
Hanane giving a talk at GDG Agadir DevFest.
One benefit of knowing people around the world through these groups is that they also think outside the box — I’ve met a lot of people who embrace more nontraditional career paths and academic choices.
Aside from planning events with Women Techmakers, what’s next for you?
I’m in the process of revising a side project, the Tech Kids Center, that I started with a team during the summer and fall of 2020. Some friends and I taught robotics, programming and business concepts online to local children. We were surprised by how brilliant kids are — they have an amazing capacity to learn technology.
At Google, we believe everyone should have the opportunity to learn the skills needed for today’s most in-demand jobs. Across the country, we are investing in workforce readiness and mentorship programming, and are growing our efforts by partnering with others in the private and public sectors.
Consistent with this, today in Detroit we announced that we will be joining Ford Motor Company as a founding member of Michigan Central. Michigan Central is a new innovation hub where companies, government and community stakeholders will focus on the future of mobility — both in terms of economic opportunity and transportation solutions — in Detroit and beyond. Michigan Central will deploy new urban transportation solutions, workforce development and other tools to tackle the world’s mobility challenges to create opportunities for everyone. This new partnership will bring together the automotive and tech industries to equip job seekers with new skills, mentor high schoolers learning to code and provide critical tools for Michigan Central projects and research.
1. Expanded opportunities to learn digital skills
Since 2017, Grow with Google has trained more than seven million Americans in digital skills. We have trained more than 200,000 Michigan residents, working in partnership with approximately 260 organizations across the state. Beginning today, we will team up with local nonprofits to provide free access to our Google Career Certificates, which help people enter high-growth career fields including data analytics, IT support, project management and user experience design. No prior experience or degree is required, and jobseekers get access to resume templates, coaching and career placement support, mock interview practice and more. 82% of graduates have reported a positive career impact within six months, such as a raise, a promotion or a new job.
There are more than one million U.S. roles open in the Certificate fields. To provide additional job opportunities for our Certificate graduates, we created a network of more than 150 companies, including, Verizon, Deloitte and of course, Google, that are committed to considering Certificate graduates for jobs. Ford will now partner with us to consider new graduates for relevant roles, and will offer current employees the opportunity to participate in the Certificate program.
A Grow with Google training in Michigan.
2. More access to computer science skills for high schoolers
Providing better access to computer science for students, particularly to those from racial and ethnic groups that remain underrepresented in STEM, has been an important part of our work in Michigan. We've previously worked with organizations like the Kapor Center's SMASH Program, Wayne State University and the Detroit Public Schools to provide computer science education and resources to historically underrepresented students in the region.
Now Code Next, our immersive computer science education program for high schoolers ,will provide coaching at a new Code Next Lab in Michigan Central for local Detroit students, so that they can learn and develop the skills needed to pursue further education and careers in technology fields. Code Next focuses on serving Black, Latino, Native American, Native Hawaiian, and Alaska Native students, and nationally, approximately 88% of Code Next graduates have gone on to pursue STEM majors at the higher education level. This Code Next Lab is Google’s first in the Midwest, and will join our other locations in New York and Oakland in offering computer science education programming. The Lab will provide live coaches, state-of-the-art technical equipment and content ranging from Javascript programming to UX design.
3. Powering technology with Google Cloud
In order for the United States to build the next great technologies, people need access to the latest data and digital tools. That’s why we are bringing Google Cloud technology, including our Cloud infrastructure, artificial intelligence and machine learning capabilities and data and analytics tools, to Michigan Central to be used on projects and research for future mobility solutions.
The world is in the midst of a digital revolution – cities, mobility, digital tools and the skills people need for their jobs are all changing. It goes without saying that truly effective solutions can come about only through collective efforts, and we are confident our partnership with Michigan Central will enable us to make a difference in the lives of Michigan residents and communities around the world as they navigate these changes.
At Google, we believe everyone should have the opportunity to learn the skills needed for today’s most in-demand jobs. Across the country, we are investing in workforce readiness and mentorship programming, and are growing our efforts by partnering with others in the private and public sectors.
Consistent with this, today in Detroit we announced that we will be joining Ford Motor Company as a founding member of Michigan Central. Michigan Central is a new innovation hub where companies, government and community stakeholders will focus on the future of mobility — both in terms of economic opportunity and transportation solutions — in Detroit and beyond. Michigan Central will deploy new urban transportation solutions, workforce development and other tools to tackle the world’s mobility challenges to create opportunities for everyone. This new partnership will bring together the automotive and tech industries to equip job seekers with new skills, mentor high schoolers learning to code and provide critical tools for Michigan Central projects and research.
1. Expanded opportunities to learn digital skills
Since 2017, Grow with Google has trained more than seven million Americans in digital skills. We have trained more than 200,000 Michigan residents, working in partnership with approximately 260 organizations across the state. Beginning today, we will team up with local nonprofits to provide free access to our Google Career Certificates, which help people enter high-growth career fields including data analytics, IT support, project management and user experience design. No prior experience or degree is required, and jobseekers get access to resume templates, coaching and career placement support, mock interview practice and more. 82% of graduates have reported a positive career impact within six months, such as a raise, a promotion or a new job.
There are more than one million U.S. roles open in the Certificate fields. To provide additional job opportunities for our Certificate graduates, we created a network of more than 150 companies, including, Verizon, Deloitte and of course, Google, that are committed to considering Certificate graduates for jobs. Ford will now partner with us to consider new graduates for relevant roles, and will offer current employees the opportunity to participate in the Certificate program.
A Grow with Google training in Michigan.
2. More access to computer science skills for high schoolers
Providing better access to computer science for students, particularly to those from racial and ethnic groups that remain underrepresented in STEM, has been an important part of our work in Michigan. We've previously worked with organizations like the Kapor Center's SMASH Program, Wayne State University and the Detroit Public Schools to provide computer science education and resources to historically underrepresented students in the region.
Now Code Next, our immersive computer science education program for high schoolers ,will provide coaching at a new Code Next Lab in Michigan Central for local Detroit students, so that they can learn and develop the skills needed to pursue further education and careers in technology fields. Code Next focuses on serving Black, Latino, Native American, Native Hawaiian, and Alaska Native students, and nationally, approximately 88% of Code Next graduates have gone on to pursue STEM majors at the higher education level. This Code Next Lab is Google’s first in the Midwest, and will join our other locations in New York and Oakland in offering computer science education programming. The Lab will provide live coaches, state-of-the-art technical equipment and content ranging from Javascript programming to UX design.
3. Powering technology with Google Cloud
In order for the United States to build the next great technologies, people need access to the latest data and digital tools. That’s why we are bringing Google Cloud technology, including our Cloud infrastructure, artificial intelligence and machine learning capabilities and data and analytics tools, to Michigan Central to be used on projects and research for future mobility solutions.
The world is in the midst of a digital revolution – cities, mobility, digital tools and the skills people need for their jobs are all changing. It goes without saying that truly effective solutions can come about only through collective efforts, and we are confident our partnership with Michigan Central will enable us to make a difference in the lives of Michigan residents and communities around the world as they navigate these changes.
The Beta channel is being updated to 99.0.4844.14 (Platform version: 14469.8.0) for most Chrome OS devices.
If you find new issues, please let us know by visiting our forum or filing a bug. Interested in switching channels Find out how. You can submit feedback using ‘Report an issue...’ in the Chrome menu (3 vertical dots in the upper right corner of the browser). Cole Brown, Google Chrome OS
The LTS Candidate LTC-96 has been updated to 96.0.4664.180 (Platform Version: 14268.670.0) for most ChromeOS devices. Want to know more about Long-term Support? Click here.
This update includes the following Security fixes: CVE-2022-0096 CriticalSUMMARY: AddressSanitizer: heap-use-after-free base/bind_internal.h:535:12 in BindState CVE-2022-0289 Critical Security: heap-use-after-free in safe_browsing::ThreatDetails::OnReceivedThreatDOMDetails CVE-2022-0290 High Security: RenderFrameHostImpl logic error leading browser UAF CVE-2022-0291 High Insufficient fix for CVE-2021-4057 (Site Isolation bypass in BlobRegistryImpl) CVE-2022-0292 High Security: FencedFrames reachable from compromised renderer due to lacking features::isEnabled(kFencedFrames) checks in Browser Process and FencedFrame::Navigate can navigate to file:// and chrome:// origins CVE-2022-0293 High Security: UAF in ChromeContentBrowserClient::CreateURLLoaderThrottles CVE-2022-0294 High Security: Inappropriate implementation in PushMessaging CVE-2022-0295 High Security: Heap-use-after-free in ui::MenuModel::GetModelAndIndexForCommandId CVE-2022-0296 High UAF in PrintViewManagerBase CVE-2022-0298 High AddressSanitizer: use-after-poison frame_or_worker_scheduler.cc:88 in blink::FrameOrWorkerScheduler::NotifyLifecycleObservers CVE-2022-0300 High Security: UAF in DateTimeChooserAndroid::ReplaceDateTime CVE-2022-0302 High Security: Heap-use-after-free in OmniboxViewViews::MaybeAddSendTabToSelfItem CVE-2022-0304 High Security: UAF in BookmarkDragHelper::OnBookmarkIconLoaded CVE-2022-0305 High Security: Inappropriate implementation in ServiceWorkerContainerHost::EnsureFileAccess CVE-2022-0306 High Security: heap-buffer-overflow in chrome_pdf::PDFiumEngine::RequestThumbnail CVE-2021-41990 Medium CrOS: Vulnerability reported in net-vpn/strongswan CVE-2022-0109 Medium Security: scrollTop of ListBox autofill preview discloses sensitive information CVE-2022-0307 Medium Heap-use-after-free in optimization_guide::OptimizationGuideStore::ClearFetchedHintsFromDatabase CVE-2022-0309 Medium Security: Page can cause autofill prompt to render under cursor in order to bypass mouse movement/keyboard input requirements for autofill CVE-2022-0310 Medium Heap-buffer-overflow in TableView::OnItemsRemoved CVE-2022-0311 Medium Container-overflow in TableView::UpdateVirtualAccessibilityChildrenBounds
