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How micro-credentialing workers can help bridge the world’s digital skills gap

A new way of valuing workers’ skills could change the lives of millions in underserved communities

“Micro-credentialing” is a new way of recognizing the knowledge and expertise that workers acquire through on-the-job experience and training. And, it could be key to bridging massive digital skills gaps around the world.

It could also create unprecedented opportunities for millions of people who might otherwise be left behind by the 4th industrial revolution.

Micro-credentialing is an alternative method of understanding the value of skills as we move toward an inclusive future of work. It goes beyond the formal qualifications that someone may, or may not, hold – especially people in underserved communities where educational opportunities are few.

Kate Behncken, Vice President, Microsoft Philanthropies.
Kate Behncken, Vice President, Microsoft Philanthropies.

Kate Behncken leads Microsoft Philanthropies, which has a global mission of empowering communities and nonprofits to realize the promise and potential of technology. It seeks to advance a future where everyone has the skills, knowledge, and opportunity to participate and succeed in the digital economy.

The Philanthropies team enthusiastically advocates micro-credentialing through a wide range of programs and partnerships that are changing lives for the better across our region.

Micro-credentialing empowers employees to regularly upskill. That means they can meet new workplace demands that arise as organizations restructure and business models change with digital transformation.

It also gives job seekers, particularly from disadvantaged circumstances, a real chance to pursue rewarding careers. Others also get a leg-up, including mothers who want to return to work, along with anyone ready to re-train and make a new start.

Skill shortages often hold back economic growth and national development. And some big-picture research suggests micro-credentialing programs could ease a few structural headaches for governments.

For example, a recent Korn Ferry study predicts a labor shortage of almost 50 million workers in Asia by 2030, with an annual opportunity cost of more than US$4 trillion annually.

A recently published Microsoft Asia report foresees micro-credentialing coming into its own with the advent of artificial intelligence technologies in many sectors. And Behncken believes workers, enterprises, and governments can all benefit.

“We advocate for a focus on the skills and experience somebody has,” she says. “This enables more flexibility in the labor market, including more flexibility for people to re-train or re-enter the workforce.”

Careers are no longer ladders. They are more like vines in a rainforest. You can swing on one and then grab another.

In an interview during a recent visit to Singapore, Behncken pointed to changes in attitudes toward education and employment, such as a growing recognition that life-long learning is essential to work in the digital age.

“Traditionally, education has focused on infancy, early childhood, and young adults, followed by a long period of work when most people don’t get any additional formal education. It is important that this model shifts,” she says. “Why? Because the pace of technology is moving rapidly, people will constantly need to get new skills to keep their jobs or to get new ones.”

A micro-credentialing approach to education and training brings new flexibility to this reality.

ALSO READ: Grabbing opportunities for growth through reskilling in Asia Pacific

In the past, a worker might have regarded his or her career as akin to climbing a ladder. “But careers are no longer ladders. They are more like vines in a rainforest. You can swing on one and then grab another. People go in and out of roles. They switch jobs. Micro-credentialing allows for this sort of change to happen through someone’s working life.”

Governments and other authorities across the region are also starting to embrace change. For instance, Behncken is impressed by the success of Malaysia’s “Recognition of Prior Learningprogram. It issues ‘Malaysian Skills Certificates’ to workers who do not have formal educational qualifications but who have obtained relevant knowledge, experience, and skills in the workplace to enhance their career prospects.

A man in a hardhat types on a laptop next to some factory equipment.
Micro-credentialing helps workers change jobs as they acquire skills through the life of their careers.

“It is helping a lot of people without formal qualifications to get recognized credentials or certifications based on the work experience they’ve had, and the skills they’ve gained. Having that makes them so much more valuable in the market. And, it enhances their career prospects.”

To push change further, Microsoft Philanthropies has acted as “a testbed” for its own initiatives.

“For example, we worked with 1,000 women with low incomes from underserved communities in India attending Industrial Technology Institutes (ITIs). We helped them attain the Computer Operator and Programmer Associate certification, as well as the other essential skills that are needed to get a job today. It has been very successful. The Ministry of Skill Development and Entrepreneurship in India is now looking at taking that on more broadly.”

In Japan, a Microsoft Philanthropies-piloted “Empowered Women” initiative saw 200 mothers gain the in-demand skills they needed to return to the workforce. The government is considering expanding it. “We ran this program and proved that it can be done,” Behncken says.

There are also efforts to help companies and organizations reform their long-held hiring practices and processes.

“We suggest employers think about how they recruit for roles and be more skills-focused,” she says. “They can do simple things like writing job descriptions in ways that are more inclusive so as to bring in a wider field of job candidates.”

Daiana Beitler, who leads Microsoft Asia Philanthropies, says her team “helps people from under-represented backgrounds get micro-credentials for the skills we know are in-demand in the region.

“We then encourage partners and customers in our Microsoft ecosystem to hire them. These employers are searching for talent. We let them know that we have a pool of people from under-represented backgrounds with the right skill-sets. We say: Come and recruit them but look at their micro-credentials rather than whether they have a formal four-year bachelor’s degree.” 

Behncken stresses that traditional diplomas and degrees remain valuable assets in many professions: “But we also know that micro-credentials can offer additional options for people across experiences. It is not a matter of having one or the other. Additional pathways for people to follow creates more opportunities.”

Sometimes gaining a set of micro-credentials can open the door to higher education.

“In the Philippines, Vietnam and Cambodia we are partnered with Passarelles Numeriques, which is an organization that works with underserved communities,” she says. “Its students earn certifications in various skills over two or so years. If they want, they can have these counted as credits towards a bachelor’s degree.

“Without microcredits, it is likely most would never have a chance of going to college or university.”

READ more about Microsoft Philanthropies Asia.

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Teachers: Check out Video Editor for storytelling, latest updates to Immersive Reader and more

As teachers, you know how important a strong feedback loop is to student improvement, and similarly, we value your input as we create and hone classroom tools. This month’s What’s New in EDU focuses on topics you said you wanted to learn more about and resources you asked for. We’ll help you get started and will share your tips, particularly when it comes to strengthening STEM instruction and developing future-ready skills in students.

Video Editor for Windows 10

We used Video Editor for Windows 10 to create this month’s What’s New in EDU video. Educators have told us they want a full-featured set of video creation and editing tools for digital storytelling, and it’s available completely free with every Windows 10 device. Give Video Editor a try and see how your students create films with background music, text effects, 3D models and special effects, all completely free with every Windows 10 device. Look for it in your Start Menu or search for “Video.”

Video Editor isn’t just for students. Educators are using it to create video newsletters, capture special events and document instructional approaches. New features just released include: split video and precision trim for easier editing, back-up project to create templates and allow students to share work in progress, add content directly from Bing image search with Creative Commons license captions for digital citizenship, and even more choices for animated text and effects.

Download the Video Editor How-to Guide and watch this video to get your classroom up and running in no time. Follow the Video Editor team on Twitter for even more updates on video storytelling in the classroom.

Learning Tools

Learning tools are free resources rooted in proven techniques to improve reading, writing, math and communications. Here’s what’s new:

  • To help students with writing, Dictation is rolling out to PowerPoint on the web allowing students to add writing to their slides with the power of their voice.
  • And math practice quizzes are now available in OneNote Online. Students can use the Math assistant in OneNote Online to generate a quiz. We’ve also just launched an interactive guide for inclusive math.

Microsoft Forms

An update to Microsoft Forms lets you use branching logic to create personalized assessments. Adding this technology allows you to change quiz questions based on student answers. In a quiz that branches, students only see questions that are relevant to them. So, if students get an answer wrong, they might be directed to additional instructions and practice questions. You can learn more about Microsoft Forms here.

Microsoft Teams for Education

Microsoft Teams brings conversations, content, assignments and apps together in one digital hub.

  • Now you can add assignment resources from any team. Working on a lesson plan in a staff or PLC team? When it’s ready to assign, simply select Add resources on your assignment and choose it from the file picker. No need to move your content between teams.

  • Set a Close Date. Edit all the dates that matter to your assignment with new, more fine-tuned controls. Schedule to assign in the future, add a due date, and now, specify when you want to close turn-ins, too. No submissions will be allowed after the close date, granting you more flexibility on if/when you’ll accept late or revised work from students.

  • Use Immersive Reader to read assignment instructions and feedback. When it’s challenging to read the assignment instructions, it can be difficult for students to share their best work. That’s why we’ve integrated the Immersive Reader into all student assignment instruction pages. Now students can better understand assignment instructions and educator feedback using Immersive Reader.

Computer Science

You’ve told us you’d like more coding support to ensure you are helping students develop critical technical skills, and we have news on that front.

  • Educators using the micro:bit with MakeCode, a free resource that brings computer science to life with fun projects, can download new curriculum resources here.
  • We’re hearing great feedback about MakeCode Arcade, a new retro ‘80s game-development environment that allows students to design and build 2D games.
  • And educators participating in the FIRST LEGO League robotics competition this year can use MakeCode for MINDSTORMS to program their robots. Get started here.

Hacking STEM

If you haven’t explored Hacking STEM—our free, project-based STEM lesson plans—now is the time. Our latest lesson plans were created in partnership with NASA’s STEM on Station team. These hands-on, standards-aligned lesson plans celebrate the astronauts’ contributions to improving life both in space and on Earth. To help you bring some of these projects into your classroom, our partner Carolina Biological Supply has created classroom-ready kits for you.

Minecraft: Education Edition

Microsoft New Zealand partnered with local game designer, Whetu Paitai, to create a special Minecraft world and set of lessons called “Ngā Motu” to immerse young people in Māori culture. In this video, discover how the immersive world of Minecraft is bringing indigenous culture to life and helping build social-emotional skills as students work together to explore their country’s national language and history.

Video for What’s New in EDU: How to use innovative resources for digital storytelling, STEM learning, personalized assessments and more

We’ve also heard from those of you teaching in Australia and have created new educator resources aligned to your education standards.

Stay tuned for a new Minecraft Hour of Code tutorial coming from the Minecraft Education team next month! Save the date for Computer Science Education Week, happening December 9-14.

Flipgrid

Flipgrid helps amplify student voice by empowering students to record and create short videos. Here’s what’s new:

  • FlipgridAR is a hit! Educators around the world are using the magical new ability to “stick” videos from Flipgrid to student artwork, books, classroom displays, locker posters and more.
  • Empower every student in your class with Flipgrid Conversation Starters, now in the Flipgrid Disco Library.
  • Want more support? You can join Flipgrid Educator Innovation Leads for FlipgridPD. The 30-minute sessions take place on Teams and are packed with great ideas.

Events

The Microsoft Global Learning Connection, formerly known as Skype-a-Thon, allows students to travel the world virtually and connect using Skype, Teams and Flipgrid. Join us on November 5-6 as we aim to travel 17 million virtual miles and connect hundreds of thousands of students.

Device Spotlight

We’ve heard you say you’d like to know more about affordable devices. You can find information here. We’ve heard many of you say the Dell Latitude 3190, a lightweight laptop with an 11-hour battery life, is great for students. Pricing starts at $219 USD for a 4/64 storage configuration with the latest-gen Intel Celeron processor.

What’s new in Higher Education

We’re excited to share that Microsoft’s AI Business School now offers a learning path for education. The Microsoft AI Business School for Education helps learners understand how AI can enhance educational experiences. The learning path is available on Microsoft Learn.

Thanks for tuning in, trying some of these resources and continuing to share your insights with us. We hope we’ve given you the information and inspiration you need to get started with new tools, and please let us how we can further support you. At Microsoft Education, our mission is to empower every student on the planet to achieve more. We can only do that in collaboration with you and are so grateful for your partnership.

Share your feedback with us on this month’s What’s New in EDU update on Twitter by tagging @MicrosoftEDU!

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Technology is transforming the banking industry, and you’re at the center

The drive for transformation
“Change is happening, and there’s a sense of urgency,” says Patrice Amann, Regional Business Lead, Worldwide Financial Services, Microsoft. “This industry is under huge pressure, with challengers coming in through several angles. There needs to be a balance between the need for speed, agility and meeting customer expectations on one hand, while meeting regulatory requirements on the other.”

Leading finance influencer Chris Skinner echoes this need for change, describing how banks must evolve with their customers in mind, if they wish to remain competitive. “The law of survival isn’t about being the strongest or the fittest. It’s about being the most adaptable to change – but are you adapting to the right thing?”

While banks are undergoing using technology to transform, some, in Skinner’s words, are lead by bankers, while others are lead by bankers that truly understand technology. In essence, introducing technology simply for the sake of it, isn’t enough.

This is echoed by David Scola, Acting Chief Executive – Americas and UK at SWIFT: “Tech is an enabler, not an endpoint. Lots of people enter the space with a hammer, and view everything as a nail. Innovating for the sake of innovation, simply to say you’ve used it, is not a game plan that we follow.”

Think of some of the banking apps you use. If you want to check if an expected payment has been deposited into your account, or whether or not money has been taken out, you need to check yourself. “Traditional banking isn’t very good,” Skinner elaborates. “They provide you with historical transactions, but no useful information.”

Customer-centric banking means that customers get real-time information such as sending instant notifications for deposits or withdrawals. They also include the location of payments to help detect fraudulent use, as well as offering a statistical breakdown of where your money is spent to help you budget. This is the extra customer-focused features that entice new customers to become loyal ones.

Driven by the cloud
The cloud is a vital foundation of this transformation process, and new players in the banking industry are building their services around the cloud from day one. But what about more established, traditional financial institutions?

“A few years ago, we didn’t see as much of a willingness to adopt the cloud from banks,” Amann states. “When we started this journey with the first-movers, discussions with regulators were more complicated, as it was a new space. Microsoft’s cloud services meet all of the required regulations, and as a result, banks are now proactively coming to us, asking for help in unlocking their innovative cloud capabilities.”

Using services such as the Azure cloud not only ensures that banks are compliant with regulations, but it also offers the ability to scale resources up and down, depending on demand, providing a more reliable service to users than a traditional on-premises solution. This is supported by Nigel Walder, COO, ClearBank, who states that “We couldn’t predict the speed at which our customers would come on board. Thanks to the cloud, it takes us minutes to scale up resources, before scaling down again. This means significant improvements in efficiency, and a reduction in costs.”

Automatic updates which include Microsoft’s stringent privacy protection and cybersecurity services, also allow banks to focus more time on delivering the best service to their customers, without worrying about keeping up to date with regulations and security practices themselves.

One such example is SWIFT, the industry standard and world leader in secure financial messaging services. The company chose Azure services to ensure that SWIFT Cloud Connect achieves the resilience, security, and compliance demands required in the financial services industry. Microsoft is the first cloud provider working with SWIFT to build public cloud connectivity, and has performed its testing with SWIFT by leveraging the Azure Logic Apps service to process payment transactions – a process which now takes weeks, instead of months.

“I think the impact to the end user clients, the typical banking client, is that they get more transparency into their payments,” says David Scola, Acting Chief Executive, SWIFT. “They get greater visibility on what’s happening with them, with the fees that they’re being charged and ultimately with the speed at which those payments are being processed, but also ultimately that they’re as safe and secure as possible.”

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Data and automation
Data is an incredibly important asset, but it needs to be used in the right way to achieve maximum impact. Combining data with automation solutions, for example, can help customers make the best investments to reach their goals.

UBS Partner is one tool that drives this innovation forwards, by enhancing the capabilities of financial advisors. Run on the Azure cloud, it screens client portfolios, identifying whether their investments are on track to meet their individual goals, or whether there are any changes that need to be made. Concrete sell and buy recommendations are then generated, to help keep portfolios on track and improve their likelihood of meeting objectives.

Using the UBS Partner tool’s algorithm, advisors can tailor investments for each person, to help them manage their portfolio and meet their individual investment goals. The end result is a hyper-personalised service which is built around the client’s needs, while freeing up time for financial advisors to spend more focused time with clients.

“When we initially started this at UBS, people thought we were replacing client advisors, but this was not the case,” says William Kennedy, Head of Products, Platforms & Specialists at UBS Asset Management. “We know our customers are looking for advice, and this tool allows advisors to be more scalable, by freeing up their time to focus on clients, while increasing the size of our partners by bringing in new clients. Ultimately, the tool is something that augments – not replaces – the trusted guidance advisors give to their customers.

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TechSpark El Paso program to include Ciudad Juárez, and other border digital transformation underway

On the 32nd parallel in a gap within the Franklin Mountain range sits an international intersection where two nations, cultures, languages and people meld together. Every day thousands of people legally cross back and forth between El Paso, Texas, and Ciudad Juárez, Mexico, on their way to jobs, schools, doctor’s appointments, shopping centers and the homes of family and friends. This harmonious exchange has taken place for more than 400 years, uniting neighbors through shared social ties, geography, history and, most importantly, an interlinked economy.

This active border crossing alone accounts for 12 percent of total U.S. trade with Mexico, close to $45 billion per year. Businesses in El Paso and Juárez exchange goods and services back and forth, creating products commonly made in the Mexican city with American components using advanced manufacturing technologies, which are typically then transported by enterprises in El Paso using advanced supply chain and logistics technologies.

Beyond the people and goods, El Paso and Ciudad Juárez also converge in a cross-border flow of ideas, ambition and aspirations that have shaped the region for centuries. This forward-looking spirit is what attracted us to the region in 2017, when we launched Microsoft TechSpark to create new economic opportunities and help digitally transform established industries with modern software and cloud services. It’s also why today we are announcing that we are expanding the TechSpark El Paso program to include Ciudad Juárez and are making a $1.5 million investment in the binational Bridge Accelerator.

TechSpark is a six-community initiative aimed at bringing a bit of the Silicon Valley to the middle of the country by promoting the infusion of transformational technologies into the local economy through investments in computer science education in high schools, digital skills training, high-speed broadband and technology for nonprofits. To manage this broad portfolio, we hired a TechSpark manager, JJ Childress, who lives and works in El Paso.

Like so many manufacturing centers across the world, the industries driving El Paso-Juárez Borderplex’s prosperity also brings change that is both positive and challenging. New technology such as artificial intelligence (AI) and machine learning will impact the burgeoning call-center industry on the American side of the border, the robust manufacturing base on the Mexican side of the border, and the advanced logistics and transportation used to trade goods. But while AI will certainly change and eliminate some jobs in the future, the World Economic Forum predicts that this new technology will have created more jobs by 2022 than it destroys. We think there is perhaps no place in North America that has a greater opportunity to realize the potential of AI and benefit from those new jobs than the El Paso-Juárez region. It will require quick public-private action to shift this risk into an opportunity for the region. But we believe that working together and putting smart public policies, business strategies and skills training in place will ensure the region is primed to thrive in an AI-driven economy.

Microsoft TechSpark is partnering with local businesses, nonprofits and government agencies to make the El Paso-Juárez region the leader of advanced manufacturing, advanced logics and business services, and ensure the people here have access to the digital skills that will be needed in the future. We’ve already started our work in Juárez, beginning with the hiring of TechSpark manager Omar Saucedo, who lives and works in the city. In partnership with Childress, Saucedo is establishing the public-private partnerships needed for this endeavor to succeed in the region.

The Bridge Accelerator

One person who is contributing to the cross-border stream of innovation is Ricardo Mora, a self-described third-generation serial entrepreneur who has built successful businesses on both sides of the border. Mora runs the Technology-Hub (T-Hub) and has a vision for the region. It’s one that includes the digital transformation of businesses and digital skills for the people living here.

Microsoft is partnering with T-Hub on The Bridge Accelerator, which is an intensive initiative with custom programs for the manufacturing industry, entrepreneurs and established companies. It’s designed to accelerate the growth of businesses on both sides of the border by combining technology with business acumen while creating advantageous connections between entrepreneurs and corporations. The program includes an early-investment venture capital fund and a digital fabrication lab called the Fab Lab that helps fledgling start-ups create prototypes of their inventions.

The first cohort of The Bridge Accelerator included 10 local businesses – five from El Paso and five from Juárez – completed in July 30, 2019, and the results are impressive. Businesses that went through The Bridge Accelerator received 52 new purchase orders totaling $1.48 million, and another 36 purchase orders are now pending. Thirty-three new jobs have already been created in the region. And two investments totaling $250,000 have been committed, with four more investments pending. Companies such as Global Containers & Custom Packaging Inc., a binational company based in both El Paso and Juárez that creates packaging for the automotive, electronics, food and medical industries, and PIMA, an industrial automation solutions company, participated in The Bridge Accelerator pilot. These firms gained new technical capabilities and new business models, global outlooks and plans to expand their core businesses.

Our hope is that the $1.5 million investment we are making in T-Hub will accelerate the development of this dynamic region’s technology ecosystem through tailor-made manufacturing programs and educational and skills programs while connecting entrepreneurs with opportunities. Local businesses interested in participating in The Bridge Accelerator should go to the T-Hub website to learn more and apply.

TEALS: Computer Science in High Schools

The key to fueling this cross-border innovation is talent – people who know how to create and use new technology. This starts with students in the region, who need the opportunity to study computer science in high school if they are to succeed in the digital era. But only 45 percent of U.S. high schools teach computer science, according to the nonprofit Code.org. Microsoft’s Technology and Literacy in Schools (TEALS) program is helping schools across the nation and Canada build their own computer science programs through partnerships between teachers and volunteers from the technology sector.

This school year, TEALS volunteers will teach in 19 high schools in the El Paso region, serving 326 students. TEALS in El Paso schools are supported by 63 dedicated volunteers and scores of dedicated teachers, who give hundreds of hours of their time to ensure kids have the opportunity to receive computer science education. This past summer, in its first year in El Paso, four TEALS students were accepted and sponsored by Microsoft to attend Carnegie Mellon’s summer coding camp – an elite program that accepts less than five percent of applicants each year. We believe this is an early indicator, with even more progress to come.

The future of TechSpark El Paso-Juárez is grounded in the binational and bicultural foundation built over centuries. Together, we can make sure people in this unique and vibrant region have the skills they need to succeed and the region’s businesses have the support they require to harness the technologies of the future, prosper in the digital age and grow with the world as it digitally transforms.

To read this post in Spanish, click here.

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Razer introduces ‘world’s first optical laptop keyboard’ and Quartz Pink to Razer Blade 15 gaming laptop

Photo of the Razer 15 gaming laptop with next generation optical switches rising up from keyboard in different colors

Razer has debuted what it calls “the world’s first optical keyboard designed for gaming laptops,” meaning that it has added next-generation optical switches to the Razer Blade 15 gaming laptop. This keyboard has been designed for gaming enthusiasts who demand near instant key actuation, satisfying tactile feedback and rapid-fire inputs.

Under every key, an infrared light beam detects when a key is pressed (actuation), allowing for much greater precision and speed versus conventional laptop keyboards. Players can thus input more commands in less time in the heat of battle.

Close-up on the A key of the Razer 15 gaming laptop

The optical keyboard also features N-Key Rollover (NKRO) with anti-ghosting. Since the optical keyboard utilizes light to register inputs instead of a traditional physical contact, this ensures that only one stroke is registered instantly without any delay.

The new optical laptop keyboard is currently available only in the Razer Blade 15 Advanced for $2,649 with more models to follow in 2020. It’s available now from Razer.com and select retailers in the U.S., Canada and China. It will be coming soon to select countries in Asia-Pacific.

Back to back Razer 15 gaming laptops in Quartz Pink

Razer also announced the addition of a Quartz Pink color option, exclusive to the Razer Blade 15 Base model with the NVIDIA GeForce RTX 2060 graphics. The base model features the staple CNC milled aluminum chassis and unibody design but with an anodized pink finish. It is decorated with a subtle tone-on-tone Razer logo and comes with a full Quartz Pink keyboard with Razer Chroma RGB lighting and a custom Quartz Pink OS theme.

Internally, the Razer Blade 15 Quartz Pink Base model packs a six core Intel Core i7-9750H processor and an NVIDIA GeForce RTX 2060 GPU. The laptop also features a full array of connectivity options including Gigabit Wi-Fi speeds, Bluetooth 5, Thunderbolt 3 and Ethernet. It comes loaded out with 16GB DDR4 RAM and a 512GB PCIe SSD, both of which can be easily upgraded.

It’s now available for $1,999 through Razer.com and select retailers in the U.S., Canada and China.

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Microsoft Genomics releases new cloud solution for managing scientific workflows

a group of people looking at a laptopa group of people looking at a laptop

Microsoft continues to work alongside researchers and industry partners to bring cloud-based genomics analytics tools and solutions to the market. These solutions are critical in deciphering the code embedded in our individual and collective genetic blueprint. A better understanding of the genetic code will be important for improving diagnosis, developing new precision therapeutics, tailoring treatments, and optimizing therapies in ways so we deliver better healthcare and positively impact human lives.

A turnkey solution to genomics analysis

Microsoft Genomics is a highly scalable cloud-based service to perform secondary analysis of the human genome and generates durable genetic variant datasets in hours, versus days. More importantly, the service is ISO-certified and compliant with HIPAA regulations, a critical requirement for the integration of genomics in clinical pipelines. Organizations such as the St. Jude Children’s Research Hospital and the Seattle Children’s Hospital have been using the Microsoft Genomics service to build high-quality clinical genomic data sets for pediatric diseases.

Microsoft alongside its partner DNAnexus continues to support St. Jude Children’s Research Hospital in enabling pediatric cancer research with the continued global adoption of the St. Jude Cloud, a platform to aggregate high-quality clinical genomic data for pediatric diseases.  St. Jude Cloud now hosts 10,000 whole genomes from pediatric cancer and other childhood catastrophic diseases. Since the launch of St. Jude Cloud in the spring of 2018, more than 50,000 users from across the world have accessed the site, including more than 1,000 registered users from 49 institutions in 15 countries. This research effort is already having an impact on helping children with the rarest of rare diseases.

The Integrative Brain Research Institute of Seattle Children’s Hospital is working with Microsoft and Veritas Genetics in building the first cloud-based genetic and phenotypic database focused on infant mortality and Sudden Infant Death Syndrome (SIDS). This database will allow researchers to harness the power of Microsoft Genomics and AI services on Azure to analyze how genetic variation contributes to infant mortality. You can learn more about this collaborative effort here.

Cromwell and WDLs flowing on Azure

Today I’m excited to announce the release of an open-source project on GitHub from Microsoft Genomics: Cromwell on Azure. Cromwell is a workflow management system geared toward scientific workflows, originally developed by the Broad Institute. Cromwell on Azure uses the GA4GH Task Execution Service (TES) backend and orchestrates the dynamic provisioning of computing resources via Azure Batch. With Cromwell on Azure, researchers can now take advantage of the hyperscale compute capabilities of Azure to execute their genomics pipelines. This open-source project is fully backed by the Microsoft Genomics engineering team, and we are actively driving the development of this code base and enabling new analytic pipelines. We also know that this project will only get better with the feedback and contributions from the community and customers such as Answer ALS. Answer ALS is a multi-institution organization focused on advancing research and stopping Amyotrophic Lateral Sclerosis (ALS) using a multi-disciplinary approach. The Answer ALS research teams will be using Cromwell on Azure for their multi-omics analysis platform to analyze the genome, epigenome, RNA, proteins and cellular metabolism of healthy people and ALS patients. 

Genomics sample-2-answer showcase at the American Society of Human Genetics annual meeting

Microsoft Genomics team will be at the American Society of Human Genetics (ASHG) 2019 Annual Meeting in Houston, Texas from Oct. 15-19 alongside the world’s leading genomics researchers sharing advances in genomic analysis technologies. We will be featuring EPAM and Tag.Bio, two of the partners who are leveraging the power, performance, scalability, and security of Azure to innovate and scale their solutions and services. The EPAM Cloud Pipeline is an open-source, web-based cloud environment for building and running the scripts and workflows used for genomics analysis and modeling, and can be easily customized with your tools and pipelines. The Tag.Bio platform empowers doctors and scientists to perform complex, robust, reproducible data analyses in seconds – with proven, best-practices techniques in data science, machine learning, and AI delivered via user-friendly apps. Both EPAM and Tag.bio can be easily customized with your tools and integrated with the Microsoft Genomics service.

Stop by our booth (#1421) at American Society of Human Genetics 2019 annual meeting (ASHG 2019) to learn more about how Microsoft and its partners are making genomic analysis easier and more accessible on Azure.

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Microsoft Garage project Sketch Pal helps you sketch your best work

It’s that time of year again! And no, we’re not talking about the leaves changing color, pumpkin picking, or deciding on the best pop culture reference to inspire your Halloween costume (The Scoops Ahoy crew from Stranger Things, obviously) for those of us residing in the Pacific Northwest. We’re talking about Inktober, the annual artist community challenge to create a new sketch a day in the month of October. We’re excited to announce a modern tool that will help digital inking enthusiasts everywhere sketch their best work. Sketch Pal, a Microsoft Garage project, is a UWP app that enables artists and designers to sketch in new, seamless ways with the Surface Pen. The project is available for download in the Microsoft Store worldwide.

Showcasing inking on Windows 10 and Surface

Sketch Pal team photoArcadio Garcia Salvadores, the creator of Sketch Pal, first began working on the project at the 2018 Hackathon. By day, Arcadio is a Software Engineer on the Windows 10 team, was originally inspired to make a unique experience that highlighted Windows Ink. Arcadio insists that he isn’t an artist, but you would never know it as he sketches Ninja Cat, unofficial mascot of Windows, for me; with Sketch Pal, he uses a reference mode to sketch Ninja Cat astride a dragon using a reference picture underneath his creation, cleaning up lines, and adding sophisticated colors swiftly like a pro.

Mike Pell, Lead Designer at the Microsoft Garage also loves the tool. “From our first discussions about Sketch Pal, it was a fascinating showcase of the advanced features of digital inking that people don’t usually see or even know exists.” Powered by Windows Ink and designed for the Surface Pen, Sketch Pal offers unique features that optimize a digital sketching and drawing experience while leveraging the strengths of the Surface hardware. The project provides a modern inking experience, combining classic features like layers and custom brushes with new tools like coloring assist, stroke cleanup tools, and a reference mode.

Key Features

Sketch Pal includes a number of modern inking features to open up a world of opportunities with sketching.

  • Advanced inking features Brush creation, layers, line clean-up with joining, trimming and straightening strokes, and faster coloring with vector boundary detection, bring new capabilities to your drawing
  • Reference Mode Add a reference picture alongside or underneath to help with your sketch
  • Cross-device connection Use a second device as a remote palette, continue drawing on anther device or tool, and export .psd files
  • Powered by Windows Ink Built on top of the fast and fluid Windows Ink experience for must-have features like low latency and crisp vector ink rendering
  • Designed for Surface Pen Sketch and draw naturally as you would with pen and paper with pressure sensitivity, tilt recognition, and Surface Dial support

By the way, today’s Inktober Challenge? Patterns. Download Sketch Pal today and give it your best shot. We’ll be retweeting our favorite Sketch Pal sketches tagged with #Inktober and @MSFTGarage all month.

Try it out

Sketch Pal is available for download in the Microsoft Store worldwide. Share your feedback on our new Garage Communities page. We’re looking forward to seeing your sketches on Twitter!

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Smiles beam and walls blush: Architecture meets AI at Microsoft

Architecture meets AI

For more than three weeks this summer in building 99, Sabin, Roseway and their teams of researchers, designers and engineers connected nodes and rods into the exoskeleton, stretched the fabric into place, strung LEDs, mounted stage lights and hung the tensegrity cone.

Meanwhile, McDuff’s sensors began collecting data in public spaces throughout the building – the atrium, office kitchens and common areas.

Each sensor is the size of a hide-a-key box and consists of a web camera and microphone wired to a black box the size of a cable modem that sends data over Wi-Fi to a secure Azure database.

“If I am complaining about something and I’m angry and everything is going wrong, then it will hopefully detect that as negative, and if I am happy and it is sunny outside and positive, then it will detect that,” explained McDuff.

Horvitz, the director of Microsoft’s research organization, noted his teams have already been exploring the value of harnessing AI technologies as part of building operations. For example, in 2012, his AI team developed and integrated into building 99 a system that employs machine learning and sensing to proactively order elevators based on observations of the patterns of people moving through the building. The system remains a part of daily life in the building.

Separately, Schneider Electric, a global company working to digitally transform energy management in homes, buildings and industry, is working with Microsoft researchers to test whether AI could help reduce the carbon footprint of HVAC systems that are used to heat and cool large buildings.

Beyond applications of real-time sensing and action, AI is also starting to play a more fundamental role in design and engineering including methods that are helping architects explore out-of-the-box design possibilities under the real-world constraints of shape, strength and utility, noted Horvitz.

“One can imagine other uses,” he added. “Like, how might environments in the future shift to make themselves be more conducive to collaboration based on the participants, and their goals and needs?”

Ada’s algorithms are designed to convert any source of data into color and light. For example, the researchers imagine the smart canvas could also be used to visualize music, building vibrations, the number of people in a given space and other yet-to-be imagined scenarios.

“Anybody in here,” Roseway said with an arm gesture sweeping across building 99, “can plug a mod in and get the piece to respond.”

For now, McDuff’s sensing platform controls Ada’s responsive light network. His final sensor is attached to the base of the tensegrity cone, allowing people within the pavilion to drive Ada. Standing there, looking around in awe, smiles come easy. The goal is for Ada to respond in kind.

Related:

John Roach writes about Microsoft research and innovation. Follow him on Twitter.

Top image: Ada, designed and built by Microsoft artist in residence Jenny Sabin, fills an airy nook in building 99 on Microsoft’s Redmond, Washington, campus. The installation translates data into color and light. Photo by John Brecher for Microsoft.

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5 times Hollywood has taken on AI

Artificial intelligence is a staple of many movie plots – and those thrilling stories often revolve around the potential dangers of AI, rather than the good it can do.

Since popular culture plays a part in shaping attitudes about technology, it’s not surprising that questions surrounding AI are informed by what we see in the movies.

People are asking whether we are creating a future that we’ll be able to control, and whether computers will remain accountable to people. This, too, has been the stuff of science fiction in popular films. Here are five times Hollywood has taken on AI.

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2001: A Space Odyssey (1968)

HAL 9000 is a super-intelligent computer in charge of the operations of Discovery One, a spaceship undertaking a journey to Jupiter. Hal, as he’s known, has a personality and a human-sounding voice. However, he experiences a severe malfunction and stops listening to the humans he’s assisting in order defend the mission’s programmed directives.

Blade Runner (1982)

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Replicants – humanoid robots that are almost indistinguishable from people – are used for dangerous jobs in this movie. They have a short lifespan, and some have started to rebel in a bid to live longer – no matter what. Blade Runner culminates in a standoff, where the leader of a band of rogue replicants delivers an impassioned monologue on the meaning of life.

Ghost in the Shell (1995 & 2017)

The French philosopher René Descartes believed the human mind was separate from the body – like a ghost in a shell. In this story, people can upgrade their bodies with cybernetic implants. Imagine a smart hearing aid or a prosthetic limb that’s integrated with the nervous system.

But when a scientist embeds an upgraded mind in the form of AI implanted into another person’s body, a conflict emerges. Memories of an unknown life begin to trouble the cyborg. Which internal monologue is the real one?

I, Robot (2004)

It is 2035 and robots are common, acting as servants to people. These robots are guided by the three laws of robotics:

  1. A robot may not injure a human being or, through inaction, allow a human being to come to harm.
  2. A robot must obey the orders given it by human beings except where such orders would conflict with the First Law.
  3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Laws

Those three laws of robotics were drawn up by Isaac Asimov, who wrote Robot series of short stories and novels in the middle of the 20th century. The first in the series – “I, Robot” – was the inspiration for the movie.

The movie considers what happens when a robot is suspected of committing murder, and what it means when a robot claims to have its own thoughts and dreams.

Ex Machina (2014)

YouTube Video

This is another movie where robots can be hard to differentiate from humans and have developed their own sense of self.

A computer programmer, Caleb Smith, spends time with a sociopathic robot creator, Nathan, and a robot, Ava. Nathan wants Caleb to help conduct a live Turing test – he wants to know if Caleb can be fooled by Ava.

Caleb and Ava form an emotional attachment. Not only does she resemble a human in form, but in her speech and mannerisms, too. After convincing himself that Nathan is a malevolent presence, Caleb plots to help Ava escape.


While all these movies are set as fiction, the questions they raise are real. We should be asking hard questions about the technology we create. Can we control it? Who will it impact and how?  And perhaps instead of asking what technology can do, asking what technology should do. For example, AI can benefit the world in many ways including enhancing efficiency in the workplace, assisting in saving languages, preserving history and helping save the environment.

When it comes to AI, the benefits are real, but so are the risks. Tech companies have a responsibility to ensure products are developed responsibly, employ transparency and be guided by a principled approach. However, governments and civil society have an important role to play as well. It’s critical that we all work together to ask the hard questions and develop the right answers.

The New York Times Best Seller “Tools and Weapons: The Promise and the Peril of the Digital Age” by Brad Smith and Carol Ann Browne looks at the impact of AI, the rise of cyberattacks, threats to digital privacy and more. Order it here.

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When you don’t install patches, cybersecurity attacks win. Here’s how we and you can turn the tide

In the wake of the devastating (Not)Petya attack, Microsoft set out to understand why some customers weren’t applying cybersecurity hygiene, such as security patches, which would have helped mitigate this threat. We were particularly concerned with why patches hadn’t been applied, as they had been available for months and had already been used in the WannaCrypt worm—which clearly established a ”real and present danger.”

We learned a lot from this journey, including how important it is to build clearer industry guidance and standards on enterprise patch management. To help make it easier for organizations to plan, implement, and improve an enterprise patch management strategy, Microsoft is partnering with the U.S. National Institute of Standards and Technology (NIST) National Cybersecurity Center of Excellence (NCCoE).

NIST and Microsoft are extending an invitation for you to join this effort if you’re a:

  • Vendor—Any vendor who has technology offerings to help with patch management (scan, report, deploy, measure risk, etc.).
  • Organization or individual—All those who have tips and lessons learned from a successful enterprise management program (or lessons learned from failures, challenges, or any other situations).

If you have pertinent learnings that you can share, please reach out to cyberhygiene@nist.gov.

During this journey, we also worked closely with additional partners and learned from their experience in this space, including the:

  • Center for Internet Security (CIS)
  • U.S. Department of Homeland Security (DHS) Cybersecurity
  • Cybersecurity and Infrastructure Security Agency (CISA) (formerly US-CERT / DHS NCCIC)

A key part of this learning journey was to sit down and listen directly to our customer’s challenges. Microsoft visited a significant number of customers in person (several of which I personally joined) to share what we learned—which became part of the jointly endorsed mitigation roadmap—and to have some really frank and open discussions to learn why organizations really aren’t applying security patches.

While the discussions mostly went in expected directions, we were surprised at how many challenges organizations had on processes and standards, including:

  • “What sort of testing should we actually be doing for patch testing?”
  • “How fast should I be patching my systems?”

This articulated need for good reference processes was further validated by observing that a common practice for “testing” a patch before a deployment often consisted solely of asking whether anyone else had any issues with the patch in an online forum.

This realization guided the discussions with our partners towards creating an initiative in the NIST NCCoE in collaboration with other industry vendors. This project—kicking off soon—will build common enterprise patch management reference architectures and processes, have relevant vendors build and validate implementation instructions in the NCCoE lab, and share the results in the NIST Special Publication 1800 practice guide for all to benefit.

Applying patches is a critical part of protecting your system, and we learned that while it isn’t as easy as security departments think, it isn’t as hard as IT organizations think.

In many ways, patching is a social responsibility because of how much society has come to depend on technology systems that businesses and other organizations provide. This situation is exacerbated today as almost all organizations undergo digital transformations, placing even more social responsibility on technology.

Ultimately, we want to make it easier for everyone to do the right thing and are issuing this call to action. If you’re a vendor that can help or if you have relevant learnings that may help other organizations, please reach out to cyberhygiene@nist.gov. Now!