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Microsoft names new chief sustainability officer: Melanie Nakagawa

I’m delighted to share the news that Melanie Nakagawa will join Microsoft in January as our new Chief Sustainability Officer. Reporting directly to me as a Corporate Vice President, Melanie will partner with teams across Microsoft and take on the leadership role for our company-wide environmental sustainability work.

Melanie brings to Microsoft almost two decades of environmental sustainability experience at the nexus of policy, business and technology, which will be vital as we continue our sustainability journey. She most recently served as Special Assistant to the President and Senior Director for Climate and Energy on the National Security Council at the White House, one of several roles she has held in the U.S. government. At the White House, Melanie played a leadership role on international and domestic climate initiatives, as well as energy issues that included the international energy response to the war in Ukraine.

Melanie Nakagawa headshot
Melanie Nakagawa

This built on Melanie’s prior work, including as the director of climate strategy for a climate tech-focused private equity firm working with growth stage companies in North America, Europe and Asia. She also brings experience in the nonprofit and academic sectors on environmental and energy policy and regulatory issues.

Melanie joins Microsoft at a critical time. January will mark the third anniversary of our ambitious climate goals to be carbon negative by 2030 and remove our historical carbon emissions by 2050. While I’m pleased with our progress, we must accelerate our momentum and broaden even further our climate-related work.

This urgency reflects the current state of climate issues around the world. As I found while meeting with global leaders last month at the United Nations COP27 climate conference in Egypt, the world confronts a complex and sobering challenge. As the United Nations Environment Programme reported in October in its annual Emissions Gap report, current national climate plans fall short of what will be needed to meet the world’s climate targets.

And as U.N. Secretary General António Guterres said at COP27, the “deadly impacts of climate change are here and now.” This means the world must not only push harder toward the goal of a Net Zero economy by the middle of the century, but move quickly and aggressively, especially in the Global South, to help vulnerable populations adapt to a world with a changed climate.

Given the enormity of these challenges, the pursuit of progress will require extraordinary innovation in the years and decades ahead.

And while every month seems to bring new foreboding studies, I also found cause for optimism in Egypt. For example, globally almost 4,000 companies have now dedicated themselves to the pursuit of climate pledges. And as the world focuses on the implementation of climate pledges – a major theme at COP27 – businesses have an increasingly important role to play. This was on bold display at COP27 as the United States’ Special Presidential Envoy for Climate, John Kerry, announced that the First Movers Coalition, launched just last year with the World Economic Forum, had grown to 65 companies dedicated to working and moving together faster.

Especially for a company like Microsoft, with our focus on helping the world’s organizations innovate through technology, our climate-related role could not be clearer. Cloud-based digital services, the better use of data, and rapid advances in AI will create new opportunities for us to help every organization achieve more progress in addressing the world’s climate and energy needs.

This connects directly with the three-fold sustainability mission that we launched as a company in September at the U.N. General Assembly meetings and that Melanie will now lead.

First, we will continue to drive toward achieving by 2030 our commitments to become carbon negative, water positive and zero waste as a company while contributing to the biodiversity of the planet. The team that Melanie leads includes environmental scientists of international stature, and they will help keep Microsoft’s work grounded in the best available science. And more than ever, the Environmental Sustainability operations team will partner with Microsoft’s Finance team and business and sustainability experts across the company to achieve the company’s internal and operational goals.

All this will build on recent and important steps across Microsoft. These include the construction of a new Thermal Energy Center for our Redmond campus, the pursuit of a Net Zero water certification for our Silicon Valley campus, and our most recent steps toward Zero Waste operations through the opening of our 4th and 5th Circular Centers in Singapore and Chicago. These complement our global renewable energy investments for our datacenters and investments that have made Microsoft the largest carbon removal purchaser in the world.

Second, we will accelerate innovation and deliver technology to help our customers and partners achieve their sustainability goals. Like Lucas Joppa, our first Chief Environmental Officer, Melanie will work with me to bring together leaders across Microsoft to work together and learn from each other. The good news is that sustainability has become an important team sport across Microsoft, with senior leaders in place for product development, marketing and sales, including Microsoft’s Elisabeth Brinton and Darryl Willis, who work hand in hand with our customers and partners to transform their businesses with our sustainability and energy solutions. Each quarter we’re strengthening the Microsoft Cloud for Sustainability, adding capabilities and investing in the next-generation, cloud-based sustainability data ecosystem the world needs. All this connects closely with the broader array of innovations in the Microsoft Cloud and our own climate and renewable energy innovations across one of the world’s largest arrays of datacenter operations.

Third, we will partner with governments, nonprofits, and businesses to spur the broader societal enabling factors critical to global sustainability progress. This includes existing and new initiatives that Melanie and her team will lead to help:

  • Broaden the use of climate-related data and more powerful AI, including by the United Nations and across the Global South;
  • Advance new and innovative climate, energy, and sustainability laws, policies and regulations;
  • Support reliable, interoperable, and globally aligned measurement accounting and reporting systems for carbon emissions;
  • Build new markets for climate and sustainability solutions, including through our Climate Innovation Fund and carbon removal purchases; and
  • Help develop and support the skills and talent needed for both specialized sustainability roles, as well as for existing jobs that will evolve to require sustainability fluency.

These three sustainability missions are grounded in three tenets that will guide our future sustainability work as a company.

First, we believe there is a virtuous cycle connecting these three missions. Progress in each mission helps strengthen our ability to pursue the next. In this sense, all three are interrelated and dependent on each other.

Second, we believe that cross-sector efforts will be indispensable for sustainability progress. As with almost all big problems in the world, we need a three-legged stool: business, nonprofits and governments. We believe that businesses have a unique role to play in innovation, especially when it comes to climate, energy and digital technology and product innovation. Nonprofits are often the best at incubating new societal solutions, often by using innovations that come from the business sector. And governments can bring solutions to scale in a way that no one else can, both through their public budgets and the power to legislate and regulate. Even in a divided world, the planet’s sustainability challenges require that we all come together.

Finally, across Microsoft (and the world, for that matter), environmental sustainability is becoming infused in almost everything we do, and our success requires navigating a matrix rather than managing a system of command and control. Melanie and the Environmental Sustainability team she will lead acts as a fulcrum across Microsoft, helping to bring everyone together and speaking publicly for the company. This is like the role that our corporate teams play in a variety of other areas, including accessibility, digital safety, privacy, human rights and responsible AI. As we’ve learned, the difference between success and failure always turns on our ability to work effectively as a team across a large company and with an even larger digital ecosystem.

It’s typically my role and privilege to help empower, work with and support talented leaders across all these areas and more. None of the issues are easy. And the environmental sustainability challenges may even be harder than most.

I’m excited that Melanie Nakagawa will help lead so many talented people across our company as we address the planet’s sustainability needs. And I look forward to supporting her!

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Microsoft announces the phased rollout of the EU Data Boundary for the Microsoft Cloud begins Jan. 1

In today’s global economy, commercial and public sector customers continue to look for ways to advance their goals, protect their data and scale for improved efficiencies. To support these changing requirements, Microsoft is committed to providing trusted cloud services that are designed to take advantage of the full power of the public cloud while respecting European values and sovereignty needs.

Today, we are announcing that, on January 1, 2023, Microsoft will begin a phased rollout of our EU Data Boundary solution to public sector and commercial customers in the European Union (EU) and the European Free Trade Association (EFTA).

Microsoft’s on-going commitment to Europe

Microsoft remains deeply committed to supporting European digital needs and has adopted five European Cloud Principles that guide our cloud business across Europe. Microsoft offers data residency and proximity in more locations than any other cloud provider, enabling residency options for the entire Microsoft Cloud suite of online services, including Microsoft 365, Dynamics 365, Power Platform and Azure.

We provide Microsoft Cloud services to customers in nearly every country around the world. To support the requirements of customers across the EU and EFTA, we have opened and are constructing datacenters in more than 17 datacenter regions in Europe. Since 2020, we have announced plans to build nine new datacenter regions and during the past two years have made investments exceeding $12 billion, making Microsoft one of the largest sources of capital investment in Europe’s digital future.

Beginning the phased rollout of the EU Data Boundary for the Microsoft Cloud

Beginning on January 1, 2023, Microsoft will offer customers the ability to store and process their customer data within the EU Data Boundary for Microsoft 365, Azure, Power Platform and Dynamics 365 services. With this release, Microsoft expands on existing local storage and processing commitments, greatly reducing data flows out of Europe and building on our industry-leading data residency solutions.

In coming phases of the EU Data Boundary, Microsoft will expand the EU Data Boundary solution to include the storage and processing of additional categories of personal data, including data provided when receiving technical support.

Microsoft’s cloud services already comply with or exceed EU requirements, and the EU Data Boundary will further enable public sector and commercial customers in the EU and the EFTA to have their data processed and stored within the region. In addition, with the rollout of the EU Data Boundary, Microsoft will publish new data flow documentation on the new EU Data Boundary Trust Center webpage to provide transparent data insights for customers whose services will be included in the boundary.

The Microsoft EU Data Boundary is designed to build on our current residency solutions and offer enhanced control over data and increased transparency. In addition to the EU Data Boundary, Microsoft will continue to offer a wide spectrum of solutions that build on our long-standing commitments to support varied sovereignty needs, from our existing data residency capabilities in Azure, Dynamics, and Power Platform, to the coming Microsoft Cloud for Sovereignty, to Microsoft 365’s newly expanded data residency.

With Microsoft, commercial and public sector customers have the choice and flexibility they need to enjoy hyperscale products at the cutting edge of innovation while also meeting regulatory requirements and industry-specific standards.

Providing a future roadmap and new levels of transparency documentation

The EU Data Boundary is an industry-leading data residency solution. Based on customer feedback and insights, as well as learnings gained over the past year of developing the boundary, we have adjusted the timeline for the localization of additional personal data categories and data provided when receiving technical support. To ensure that we continue to deliver a world-class solution that meets the overall quality, stability, and security expectations of customers, Microsoft will deliver on-going enhancements to the boundary in phases. To assist customers with planning, we have published a detailed roadmap for our EU Data Boundary available on our Trust Center.

As part of our first phase of the EU Data Boundary rollout beginning January 1, 2023, Microsoft will publish detailed documentation on our Boundary commitments. Transparency documentation will be published initially in English and will also be made available in additional languages.

Documentation will be updated continually as Microsoft rolls out additional phases of the EU Data Boundary and will include details around services that may continue to require limited transfers of customer data outside of the EU to maintain the security and reliability of the service.

These limited data transfers ensure that EU customers continue to receive the full benefits of global hyperscale cloud computing while enjoying industry-leading data management capabilities. The transparency documentation, including data flow descriptions, will be available in the new EU Data Boundary Trust Center.

We look forward to continuing to partner with customers in Europe and will continue to do our best to empower their success in a dynamic and changing economic, social, and regulatory environment.

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How Microsoft datacenter operations prepare for energy issues

The war in Ukraine and the resultant shortage of natural gas has forced the European Union (EU) and European countries to proactively prepare for the possibility of more volatile energy supplies—both this winter and beyond. Microsoft is working with customers, governments, and other stakeholders throughout the region to bring clarity, continuity, and compliance in the face of possible energy-saving strategies at the local and national level. In solidarity with Europe, where even essential services are likely to be asked to find energy savings, we have validated plans and contingencies in place to responsibly reduce energy use in our operations across Europe, and we will do so in a way that minimizes risk to customer workloads running in the Microsoft Cloud.

We want to share some of the contingencies and mitigations that our teams have put in place to responsibly operate our cloud services.

Supporting grid stability by responsibly managing our energy consumption

The power that is consumed by Microsoft from the utilities is primarily used to power our network and servers, cooling systems, and other datacenter operations. We have contingency plans to contribute to energy grid stability, while working to ensure minimal disruption to our customers and their workloads, including:

  1. The scale and distribution of the Microsoft datacenters gives us the ability to reposition non-regional platform as a service (PaaS) services, internal infrastructure, and many of our internal non-customer research and development (R&D) workloads to other nearby regions, while still meeting our data residency and EU Data Boundary commitments.
  2. Actively working with local governments and large organizations to closely monitor and respond to power consumption to ensure grid stability and minimal disruption to our customers’ critical workloads. We are working with local utility providers to ensure our systems are ready for a range of circumstances.
  3. Our datacenter regions are planned and built to withstand grid emergencies. When needed, we quickly transition to backup power sources to reduce impact on the grid without impacting customer workloads.

Resilient infrastructure investment

Microsoft is responsible for providing our customers with a resilient foundation in the Microsoft Cloud—in how it is designed, operated, and monitored to ensure availability. We make considerable investments in the platform itself—physical things like our datacenters, as well as software things like our deployment and maintenance processes.

We strive to provide our cloud-using customers with “five-nines” of service availability, meaning that the datacenter is operational 99.999 percent of the time. However, knowing that service interruptions and failures happen for a myriad of reasons, we build systems designed with failure in mind.

We have Azure Availability Zones (AZs) in every country in which we operate datacenter regions. AZ’s are comprised of a minimum of three zone locations, each with independent power, cooling and networking, allowing customers to spread their infrastructure and applications across discrete and dispersed datacenters for added resiliency and availability.

Battery backup and backup generators are an additional resiliency capability we implement and are utilized during power grid outages and other service interruptions so we can meet service levels and operational reliability. We have contracted access to additional fuel supplies to maintain generator operations, and we also hold critical spares to maintain generator health. We are ready to use backup generators across Europe, when necessary, to keep our services running in case of a serious grid emergency. 

Across our global infrastructure, it’s not unusual for us to work with a heightened operational awareness, due to external factors. For instance, severe winter weather events in Texas in 2021 caused substantial pressure on the Texas energy grid. Microsoft was able to remove its San Antonio datacenter from using grid power. Although Microsoft’s onsite substations were designed with redundancy, we were able to quickly transition to our tertiary redundant systems—generators. These systems kept the datacenters running, with zero impact to our cloud customers, while the utility grid could ensure residential homes stayed warm. During this event, we maintained 100 percent uptime for our customers, while removing our workloads from the grid.

Resiliency recommendations for cloud architectures

This is a challenging time for organizations monitoring the growing energy concerns in Europe. We are providing important infrastructure for the communities where we operate, and our customers are counting on us to provide reliable cloud services to run their critical workloads. We recognize the importance of continuity of service for our customers, including those providing essential services: health care providers, police and emergency responders, financial institutions, manufacturers of critical supplies, grocery stores and health agencies. Organizations wondering what more they can do to improve the reliability of their applications, or wondering how they can reduce their own energy consumption, can consider the following:

  1. Customers who have availed themselves of high availability tools, including geo-redundancy, should be unaffected by impacts to a single datacenter region. For software as a service (SaaS) services like Microsoft 365, Microsoft Dynamics 365, and Microsoft Power Platform, the business continuity and resiliency are managed by Microsoft. For Microsoft Azure, customers should always consider designing their Azure workloads with high availability in mind.

    We always encourage customers to have a Business Continuity and Disaster Recovery (BCDR) plan in place as part of the Microsoft Well-Architected Framework, which you can read more about. Customers who want to proactively migrate their Azure resources from one region to another can do so at any time. Find out how.

  2. On-premises customers can reduce their own energy consumption by moving their applications, workloads, and databases to the cloud. The Microsoft Cloud can be up to 93 percent more energy efficient than traditional enterprise datacenters, depending on the specific comparison being made. Discover more here. Start your sustainability journey today.
  3. Energy use in our datacenters is driven by customer use. Customers can play a part in reducing energy consumption by following green software development guidelines, including shutting down unused server instances, and sustainable application design. Further information available here.

We continue to improve the energy efficiency of our datacenters, in our ongoing commitment to make our global infrastructure more sustainable and efficient. As countries and energy providers consider options to reduce their consumption of electricity in the event of an energy capacity shortage, we are working with grid operators on this evolving situation. With the scale, expertise, and partnerships that we operate, we are confident that our risk mitigation activities will offset any potential disruption to our customers running their critical workloads in the cloud.

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Latest Cyber Signals report: Risks to critical infrastructure on the rise

Today, the third edition of Cyber Signals was released spotlighting security trends and insights gathered from Microsoft’s 43 trillion daily security signals and 8,500 security experts. In this edition, we share new insights on wider risks that converging IT, Internet of Things (IoT), and operational technology (OT) systems pose to critical infrastructure. Cyber Signals presents new data on these risks with practical recommendations for enterprises.

OT is a combination of hardware and software across programmable systems or devices that interact with the physical environment (or manage devices that interact with the physical environment). Examples of OT can include building management systems, fire control systems, and physical access control mechanisms, like doors and elevators.

With increasing connectivity across converging IT, OT, and IoT increasing, organizations and individuals need to rethink cyber risk impact and consequences. Similar to how the loss of a laptop or modern vehicle containing a homeowner’s cached Wi-Fi credentials could grant a property thief unauthorized network access, compromising a manufacturing facility’s remotely connected equipment or a smart building’s security cameras introduces new vectors for threats like malware or industrial espionage.

With more than 41 billion IoT devices across enterprise and consumer environments expected by 2025—according to International Data Corporation (IDC) research1—devices such as cameras, smart speakers, or locks and commercial appliances can become entry points for attackers.

As OT systems underpinning energy, transportation, and other infrastructures become increasingly connected to IT systems, the risk of disruption and damage grows as boundaries blur between these formerly separated worlds. Microsoft has identified unpatched, high-severity vulnerabilities in 75 percent of the most common industrial controllers in customer OT networks, illustrating how challenging it is for even well-resourced organizations to patch control systems in demanding environments sensitive to downtime.

For businesses and infrastructure operators across industries, the defensive imperatives are gaining total visibility over connected systems and weighing evolving risks and dependencies. Unlike the IT landscape of common operating systems, business applications, and platforms, OT and IoT landscapes are more fragmented, featuring proprietary protocols and devices that may not have cybersecurity standards. Other realities affecting things like patching and vulnerability management are also factors.

While connected OT and IoT-enabled devices offer significant value to organizations looking to modernize workspaces, become more data-driven, and ease demands on staff through shifts like remote management and automation in critical infrastructure networks, if not properly secured, they increase the risk of unauthorized access to operational assets and networks.

David Atch, Microsoft Threat Intelligence, Head IoT and OT Security Research, highlights in this edition’s profile that to address IT and OT threats to critical infrastructure, organizations must have full visibility into the number of IT, OT, and IoT devices in their enterprise, where or how they converge, and the vital data, resources, and utilities accessible across these devices. Without this, organizations face both mass information disclosure (such as leaked production data of a factory) and the potential elevation of privilege for command and control of cyber-physical systems (such as stopping a factory production line). He shares additional insights in the Cyber Signals digital briefing where we take a deeper dive into wider risks that converging IT, IoT, and OT systems pose.

Securing IoT solutions with a Zero Trust security model starts with non-IoT specific requirements—specifically ensuring you have implemented the basics to securing identities and their devices and limiting their access. These requirements include explicitly verifying users, having visibility into the devices on the network, and real-time risk detections. 

Learn more

Read the third edition of Cyber Signals today.

We hope these resources are helpful in understanding and managing this evolving risk. To learn more about IT, OT, and IoT threats and explore the latest cybersecurity insights and updates visit Security Insider.

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.


1The Growth in Connected IoT Devices is Expected to Generate 79.4ZB of Data in 2025, According to a New IDC Forecast, Business Wire. June 18, 2019.

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In the midst of historic constraints, people and organizations turned to digital technology in 2022 to do more with less. Here are some of their incredible stories.

As a developer, as someone who has been in love with writing code my entire life, I believe it’s time for a new developer experience. Software has advanced in all aspects of our work and life. Running, maintaining and building software for a global population has never been more complex. We are at a turning point.  GitHub has built one, integrated platform where the world’s developers can build, create, collaborate and have the best times of their lives doing it. One, integrated platform for one purpose: Putting the developer first. From writing code with Copilot and Hey GitHub, running an ML model in a Codespace, automating your pull requests with Actions and Advanced Security, to the more than 15,000 integrations in our Marketplace that unlock the value of a true platform in GitHub. We have built the place that gives developers everything they need to be creative, to be happier, and to build the best work of their lives. Read the Universe blog below for the latest on how we’re enabling this new developer experience.  https://lnkd.in/e-zjdP8g

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People turned to digital technology in 2022 to do more with less. Here are some of their stories.

In the midst of so many historic constraints, people and organizations have turned to digital technology to amplify what they can do, and what an organization, a community and ultimately the world can achieve. Over the past year, that has meant being able to do more – and often much, much more – with less. Here are some of their stories.


More refugee aid/Less programming experience

Despite not having a technical background, Edgar Simões used Microsoft’s Power Platform, including Power Pages, to build Ukraine Live Aid to connect refugees with donation sites around the country.

Watch the video 

More equitable employment/Less turnover

Mentra, one of our AI for Accessibility grantees, is using AI to improve employment for people with disabilities by building a talent platform that serves the 1 in every 7 people who are neurodivergent.

Read the story

More food/Less waste

FoodCloud has built a technology platform with Power Platform and Dynamics 365 to connect food retailers with surplus or excess food to local community groups in Ireland.

Learn more

More vaccines/Less time

UNICEF built a streamlined information hub using the Microsoft Cloud to help distribute COVID-19 vaccines in a more equitable way.

Read the story

More bridges/Less barriers

The “Active Citizen” project at the Nobel Peace Center uses Minecraft to educate young people about Nobel Peace Prize laureates past and present and fosters an understanding of the skills needed to drive positive change in the world.

Learn more

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Microsoft to increase digital connectivity and skills building in Africa

Today, as the US-Africa Leaders Summit is underway in Washington DC, Microsoft is announcing new plans to deepen our work and scale our commitments to providing digital connectivity and skills building in Africa.

First, we are expanding our Airband Initiative through new partnerships with local and global providers to bring internet access to 100 million Africans by the end of 2025. This includes a new global partnership with satellite provider Viasat that will allow us to quickly scale and reach new markets. This is part of a broader global ambition for Airband to bring internet access to a quarter of a billion people around the world by the end of 2025.

Second, as access to the internet grows, so does the need for cybersecurity experts to defend the growing ecosystem of providers and users. We will support this by expanding our Skills for Jobs efforts in Africa to include a new cybersecurity skilling program.

A growing continent: Africa’s opportunity and challenge

The opportunity for Africa is extraordinary – the continent is emerging as one of the most important markets in the world, with the fastest growing population, projected to grow from 1.4 billion to almost 1.7 billion by 2030. It’s the youngest continent in the world with a median age of under 20 and 60% of the population under the age of 25. But to harness this potential and drive innovative, inclusive and sustainable growth, it will be critical to help Africa close its digital divide.

Today, only 40% of the African continent is online, and nearly 600 million lack access to electricity, significant barriers to realizing digital transformation and hindering growth. We believe access to internet is a fundamental right and we’ve been working to help deliver internet access to all through our Airband initiative, in close cooperation with governments, local communications providers, international aid organizations and nonprofits. And we’ve seen results – globally, we’ve helped provide access to more than 51 million people including 9 million in Africa. Through Airband, Microsoft has been providing the technology know-how, seed funding and a proven business model to engage with partners, and with today’s announcement we will scale this ambition even further.

Airband: Scaling broadband access through partnerships

Our work to expand Airband will begin immediately, through a new collaboration with global communications company Viasat, where, for the first time, we will use satellite to reach remote areas that previously have had few, if any, options for conventional connectivity. This new partnership builds on our approach to use every technology available to deliver connectivity based on what is best suited for a particular community whether that is fixed wireless, TV white spaces, fiber optics or Citizens Broadband Radio Service (CBRS).

Partnerships are foundational to the success of Airband and, by working with Viasat, we will extend internet access to 10 million people globally, half of that in Africa. We will deepen our work in the Democratic Republic of the Congo and Nigeria and prioritize bringing Airband to new places in Africa including Egypt, Senegal, and Angola to deliver much-needed connections, often for the first time.

Africa is a vast and diverse continent, and a solution that is suitable for connecting customers in one location might not work at all in another. Airband works through local and regional partnerships to think holistically about what solutions work best. For example, electricity is frequently unavailable, insufficient or unreliable in many parts of Africa. To address this, we are partnering with sustainable energy access providers like M-KOPA, paired with local ISP Mawingu networks to offer solutions that address energy and internet connectivity challenges in Kenya.  And in Ghana, we partnered with international ISP Bluetown to take a multi-technology approach – choosing fiber, microwave, satellite and TV white space (TVWS) to deliver solutions that meet local needs and take into consideration a community’s access to reliable power, proximity to a fiber connection, and geography such as hills or dense forest. Each solution is unique depending on a community and its environment.

Through Airband, we bring together an ecosystem of public and private organizations, including middle mile broadband providers, local ISPs for last-mile connectivity, energy partners, and organizations like the United States Agency for International Development (USAID), that provides support, including for skilling work delivered through non-profits, so we can design and implement a local model in partnership with local governments.

Map of Africa showing partners and active projects
Partners and active projects in Africa

Broadband is just the beginning

Beyond solving for internet access, as Africa increasingly connects to the internet, its citizens will also need to defend its growing digital ecosystem and protect new users. To help the continent’s digital capabilities continue to grow, we’ll help with needed cybersecurity skills. Microsoft will offer free access to LinkedIn cybersecurity courses as part of our Skills for Jobs program. This includes a new, free Career Essentials Certificate in Systems Administration from Microsoft and LinkedIn and multiple Microsoft courses in advanced cybersecurity. In addition, working with our nonprofit partners, Microsoft will provide 12 months of LinkedIn premium access for the first 10,000 African learners that complete a Career Essentials Certificate in Systems Administration, helping them connect to jobs in the cybersecurity field.

Microsoft has upskilled more than 4 million young people across Africa over the past five years through various skilling and employability programs including our Skills for Jobs program, which helped more than 1.5 million young people and jobs seekers in Africa over the past two years. We work with governments, nonprofits and international organizations as well, including the African Development Bank (AfDB) on the Coding for Employment program. And our government partnerships include our work on the Tawar w Ghayar (Develop and Change) initiative with the Egyptian government that has upskilled over 2 million young people, and our partnership with the Nigerian government that aims to reach up to 5 million across the country.

What’s next

Microsoft has been present in Africa for more than 30 years and, today, we have more than 21,000 partners and 12 offices across the continent. We also established the Africa Transformation Office, which partners with public and private organizations working across sectors, technologies and borders to foster partnerships and develop solutions that will have a lasting impact. With today’s announcement, we’re increasing our investments to help people and governments across Africa in enabling transformation and economic prosperity.

This is just the beginning of the next chapter.

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2022 brought improved experiences for the Xbox app on PC

2022 has been an incredible year for PC gaming. We have been so fortunate to have partners bringing amazing games to PC Game Pass like A Plague Tale: Requiem (on day one!), Persona 5 Royal, and rolling out the full game release of Grounded. All these games and hundreds more are in the Xbox app on PC, and I’m excited to share our final update for the Xbox app on PC as the year comes to a close.

Before we get to what’s new, I want to thank everyone in our community for your continued feedback and discussions to make the PC gaming experience even better. We’ll be back with more updates and more games in 2023, but for now let’s recap what updates you can see right now!


Riot Games Now Available with Xbox Game Pass


As we shared earlier today, exclusive benefits for Riot Games are now available for all Xbox Game Pass members. You can find Valorant, League of Legends, Teamfight Tactics, and Legends of Runeterra in the Xbox app on PC. To get started, pick which game to download and play, then follow the prompts to link your Game Pass and Riot accounts. We’re excited members can start playing Riot games with your Game Pass benefits on PC!

Riot Games Now Available with Xbox Game Pass Ultimate

Delivering a Faster and More Responsive App


This year, we continued to improve the performance and reliability of the Xbox app. With recent updates, the app now launches up to 40% faster. We have also made fixes to the Game Pass tab so that it loads up to 30% faster and is more responsive as you browse games.


Game Installation and Management Features


In February, we introduced a series of features to make installing PC Game Pass games better to meet the expectations of PC players. This includes features like accessing local game files, installing to any directory, moving games between drives, easier ability to mod games, and verifying and repairing installs.

In June, we rolled out the PC Bootstrapper, which provides a consistent and simple way for developers to integrate capabilities like Xbox services and game saves, as well as communicate game launch status, ensure the installed game is up to date, and more. This helps deliver the best experiences for players.

We’re also committed to improving the reliability of game downloads and installs with every update. With the September update, we saw player reports of games that didn’t download or didn’t install successfully reduced by nearly half, and we continue to see success rates trending up month after month for players downloading, installing, and launching games. We’ve also added notifications when Gaming Services updates are required so that the app will always be fresh for the best game play.


Making it Easier to Discover Great Games


We’ve continued to update the app to make it easier to discover the games you’ll love. You can see how well a game will run on your PC before you download it with the game performance fit indicator, and we partnered with HowLongToBeat so that you can view estimates for how long it will take you to complete a game for most PC Game Pass games. 

We’ve also made updates to make it easier to find your next game. Trailers, screenshots, and game descriptions are available at a glance right at the top of the Game Details pages and also show news from developers for most games. We changed the layout of the Xbox app on PC to make it easier to find new games, including more collections to explore, games front and center at the top of the tab, and improved accuracy of search. We also rolled out navigation improvements to find more games to play. All navigation is on the sidebar and the queue helps you easily track game installations so you can jump right in and play.

Thank you from our team for another great year of gaming. Please keep sharing your comments in the Feedback Hub, via Twitter, or the Xbox Insiders Reddit.

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Accelerating innovation in computational chemistry

Scientists from Microsoft, ETH Zurich, and the Pacific Northwest National Laboratory have recently presented a new automated workflow to leverage the scale of Azure to transform R&D processes in quantum chemistry and materials science. By optimizing the simulation code and re-factoring it to be cloud native, the team has achieved a 30 times acceleration and 10 times cost reduction for the simulation of a catalytic chemical reaction. Moreover, these powerful automation capabilities free scientists from navigating a complex web of heterogeneous hardware and software packages, allowing them to focus on the development of new products such as sustainable production of fertilizer, more eco-friendly paints and coatings, new methods for carbon fixation, and many others.

Solving the world’s most complex and pressing challenges requires significant breakthroughs in chemical and materials sciences

Predicting chemical synthesis and catalytic processes is a key endeavor in chemistry but also poses as one of the science’s most pressing challenges. Reactions occur in a very complicated chemical space. It is almost impossible to identify the comprehensive mechanisms of chemical reactions through laboratory experiments alone. Computer simulation provides an alternative and complimentary route to elucidate reaction mechanisms, but the human time involved to date has been so high that researchers have only been able to consider a few key reaction pathways that typically ignore crucial side reactions in a conventional setting. This is because the modeling of reactions requires chemical intuition and manual trial and error, and the accurate simulation of the modeled system will become intractable when the reactions are considered in full depth, including all options possible.

This reality is what motivates the Azure Quantum team every day to build a fully scalable quantum machine. Since quantum mechanics explains the nature and behavior of matter at the atomic level, quantum computers will be inherently capable of understanding and predicting the complexities of nature. While we’re making progress towards this vision, we’re simultaneously helping innovators accelerate progress in chemical and materials science today with new workflows leveraging state-of-the-art research and the power of Azure’s high-performance computing (HPC).

Introducing AutoRXN for automated reaction exploration

AutoRXN is a new automated workflow designed to empower scientists to explore reaction networks virtually using HPC in the Azure cloud. With this advancement, discovering and evaluating chemical reactions becomes extraordinarily more accessible in the cloud, which in turn will enable organizations to transform their R&D processes and speed development of new products. Using the AutoRXN workflow, scientists can expand the number of chemical reaction pathways explored from dozens to thousands of configurations with higher than conventional accuracy. The central workhorse behind the AuthoRXN orchestration is the chemical network exploration software Chemoton developed by our collaborators at ETH Zurich. We have adapted the chemistry simulations used today to be cloud-native for the modern hardware and network topology in Azure data centers, ensuring autonomy, stability, and minimum operator interference across all components of the workflow.

Reaction network view indicating scope of the exploration (branches omitted for clarity).
Reaction network view indicating scope of the exploration (branches omitted for clarity).

This automation enabled the research outlined in our recent paper, where we applied it to study mechanisms of an asymmetric hydrogenation catalyst. The AutoRXN workflow carries out a huge number of comparatively cheap quantum chemical calculations for exploration, automatically refines the results obtained by a vast number of expensive correlated ab initio calculations, and automates collection and evaluation of data—including back-checking of results by alternative simulation approaches. The team has been able to orchestrate highly accurate computational chemistry calculations at an unprecedented rate, which is critical for high-throughput tasks. 

The AutoRXN workflow opens a new avenue of modeling and understanding chemical reactions where many side reactions can be found and studied to inform the actual performance of catalysts. The exploration scrutinizes expected reaction mechanisms and reveals the general reactivity of different atoms and functional groups in the catalyst, which enables one to improve the catalyst. 

We have already identified more than five hundred reactions and more than two thousand elementary steps that reveal a comprehensive overview of the iron-complex catalyzed asymmetric hydrogenation reaction. This is far beyond the reach of conventional manual reaction modeling, as many side reactions and catalyst degradations cannot be captured by a chemist’s intuition today. Leveraging the modern hardware heterogeneity on Azure makes the process significantly faster and more cost effective. Results from the simulations help us understand the reactivity of a catalyst and accelerate R&D into exciting new discoveries in chemical and materials science. 

Exploring the catalytic reactions on Azure high-performance computing provides researchers with a robust and reliable platform for hyper-scale chemistry and materials simulations without having to physically build out the system and infrastructure. 

Start your path to accelerated innovation today

It’s estimated that chemistry directly touches over 96 percent of all manufactured goods.1 That means the opportunity for organizations to make new chemical and materials science discoveries to solve society’s most intractable problems and generate new growth is tremendous. New technologies and methodologies like AutoRXN are emerging from advancements in cloud computing and computational chemistry. Innovation in cloud capabilities and automation enables unprecedented scalability and hardware heterogeneity, and deep collaboration between industry and academic research is fostering the development of cloud-optimized simulation codes and methodologies. These technologies have advanced computational chemistry to a stage where it can solve the challenging problems scientists have been working on for decades.

We’re excited to see how innovators leverage the hyperscale of the cloud today and a scaled quantum machine in the future to discover new materials to solve today’s seemingly unsolvable problems and launch the next wave of technological and societal progress.

Learn more

See the publication: High-throughput ab initio reaction mechanism exploration in the cloud with automated multi-reference validation.

Explore the benefits of Azure high-performance computing in the cloud.

If you are interested in co-innovation opportunities, please contact us at QuantumInnovation@microsoft.com.


1Source : https://www.americanchemistry.com/chemistry-in-america/news-trends/press-release/2021/us-specialty-chemical-markets-start-third-quarter-on-a-strong-note

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Microsoft and Bing Maps add 3D to this year’s NORAD Santa tracker

The North American Aerospace Defense Command (NORAD) is preparing for their annual tradition of tracking Santa across the map, all the way from the freezing Nordic North to the Sunny South. As NORAD conducts its primary mission of defending Canadian and United States airspace, they take on the supplementary mission of tracking Santa’s journey for the holidays with Bing Maps APIs.

Much like Santa and his Elves, NORAD gets help from volunteers, partners and Microsoft Employees who will be joining the crew at the Peterson Airforce Base to ensure Santa’s safe travels around the globe!

Track Santa on a 3D Map with NORAD

Working with Cesium, a platform for developers to build web-based 3D map apps, NORAD has built a 3D tracker that displays Santa’s whereabouts. The 3D tracker app uses Bing Maps satellite imagery to give a realistic texture to the 3D globe rendered by the CesiumJS library.

NORAD Santa Tracker

For devices that do not support 3D, the app falls back to a 2D map using Bing Maps API’s intuitive features. That tracker map displays a pin marking Santa’s current location for you to follow. You can also learn more about each location Santa visits by clicking on an icon that brings up Wikipedia articles and Santa Cam videos that you can play. Never miss a jolly move with our Santa tracker – even if he’s flying through a Nordic blizzard.

Join the world-wide countdown to the big trip with NORAD, play some games and see Santa’s location on a Bing Map by visiting https://www.noradsanta.org/.

Wishing you and yours a wonderful holiday season!

– The Bing Maps Team