Update #3: Business continuity with Azure

Thank you for your response to our cloud continuity blogs; many of you have told us that this information is helpful. We’re committed to providing further posts when we have additional information.

Here at Microsoft, as most of our company starts the seventh week in changed professional and personal arrangements, we are learning new ways to live, work, learn and communicate. We are also learning from you—our customers and partners. We are all adjusting in this moment together and are appreciative of the feedback we receive and the confidence our customers have in our wide range of cloud services.

As a technology first responder serving first responders battling the global health crisis, as a trusted cloud provider to ensure your technology investment continues to deliver the value you expect, and as a company committed to assisting as organizations adapt to changing needs—we are relentlessly focused on providing the support needed to help the workforce operate as smoothly as possible during these changing times.

To ensure optimum focus, our efforts continue to be anchored in two key areas of action:

Help our customers address their most urgent needs.
Ensure Microsoft Azure continues to scale to meet new demand.

The rest of this post shares insights into the work we have done to support those two areas of continuity for organizations, businesses, and the people within them, around the world.

Helping our customers address their most urgent needs

Across our portfolio of cloud services, we work with a diverse group of global customers and organizations. Although their fields of work and customer needs are unique, there is consistency in what they’re looking for from cloud providers. Remote work, distance learning, real-time insights, and analytics have all been common themes of when it comes to the most pressing needs during this time.

Some examples of this work in action:

As businesses and schools around the world prioritize the safety and well-being of their employees and students, Microsoft Teams, which runs on Azure, is playing a critical role in helping them stay connected through video meetings, calls, and chats. We’ve seen a new daily record of 2.7 billion meeting minutes in one day. One of the organizations using Teams is St. Luke’s University Health Network. St. Luke’s University Health network serves approximately 1 million people across 10 counties in Pennsylvania and New Jersey. In a matter of weeks, they transformed the way they work and deliver patient care through Teams, and since mid-March have completed over 75,000 virtual patient visits. This allowed them to continue critical outpatient visits while protecting both patients and physicians from COVID-19 exposure and preserving valuable resources like masks and gloves. Tablets have also been installed in patient rooms so providers can engage with infected patients via Teams, minimizing exposure while still allowing for face-to-face connections between patients and caregivers.

HoloLens 2 and Dynamics 365 Remote Assist are being used on the front lines by nurses and doctors (like Dr. Thomas Gregory) to maintain social distancing and minimize interactions all while ensuring expert support of patients via remote participation of support staff and access to valuable patient data and health records. And for the first time ever, instead of working together on campus, all 185 first-year students from Case Western Reserve University’s School of Medicine are using HoloLens and the university’s signature HoloAnatomy mixed-reality software, in light of the need for physical separation during the pandemic.

Hundreds of healthcare providers have installed the Power Platform Emergency Response Solution for hospitals, which was developed with Swedish Health Services in the Seattle area to analyze and improve resource tracking and decision support tools for hospital administrators.

Our Nonprofit Data Warehouse Quickstart efforts are helping nonprofits easily deploy Azure analytics services such as Azure Synapse Analytics and with prebuilt Power BI templates by integrating sample datasets such as the World Health Organization Water and Sanitation data repository, data that is aligned to the International Aid Transparency Initiative (IATI) data standard, and the Common Data Model for Nonprofits.

We recently announced the Dynamics 365 Healthcare Accelerator Patient Scheduling and Screening Template—a tool designed to help healthcare organizations address large volumes of patient requests with higher efficiency. The template provides access to a portal with information about COVID-19, an easy-to-use self-assessment tool for patients to determine risk, and an automated process for booking and performing COVID-19 screening.

Emergency Medical Services Copenhagen provides emergency care for about one-third of Denmark’s population. Shortly after the COVID-19 outbreak calls to its emergency lines almost doubled, with around 2,000 calls daily by early March from worried people showing symptoms of COVID-19 or having questions about the disease. Emergency Medical Services Copenhagen is now one of many healthcare organizations in Europe and beyond using Microsoft’s Healthcare Bot service to help screen people for potential coronavirus infection and treatment.

Ensuring Azure continues to scale to meet new demand

The impact of the current pandemic is a great example of how cloud computing can rapidly meet new challenges. All of Microsoft’s cloud services including Teams and other Microsoft 365 products, Dynamics 365 and Azure were put to the test during these unprecedented and uncertain times. We are incredibly proud to be serving our customers, like those mentioned above, through this time and we also acknowledge that it hasn’t all been without issue. We look to continuously improve our design and operations to account for all circumstances. Before we share the improvements we’re making, here’s some background on how we build and operate Azure.

Azure has been designed to quickly scale to meet surges in demand when they occur. Over the past few years, we have seen phenomenal demand for Azure services. To keep up with this demand, we have continued to expand our datacenter footprint—with 58 datacenter regions around the world. To manage the normal high growth we have come to expect, we design and source our own infrastructure components, (and share our designs back to the community through the Open Compute Project), and closely manage our strategic demand and supply chain forecasting models. In general, in any particular Azure region we ensure a near-instant capacity buffer within the datacenters, and hold additional infrastructure buffer warehoused, ready to ship to regions with high demand.

Last month, the surging use of Teams for remote work and education due to the pandemic crossed into unprecedented territory. Although we had seen surges in specific datacenter regions or wider geographies before, such as in response to natural disasters, the substantial Teams demand increase from Asia and then quickly followed in Europe indicated that we were seeing something very different, and increasingly global. Without knowing the true scale of the new demand, we took a cautious approach and put in place temporary resource limits on new Azure subscriptions. (Existing customer subscriptions did not experience these restrictions as each Azure customer account has a defined quota of services they can access.) This allowed us to continue to meet the promised quota for all existing Azure customers, prioritize new needs for life and safety organizations on the front lines of the pandemic response and support the dramatic shift to remote work and education on Teams.

As this surge in Teams demand occurred, we quickly took steps towards managing increased cloud infrastructure and network demand including:

Optimized and load-balanced the Teams architecture and quickly rolled out these improvements worldwide (using Azure DevOps), without interrupting the customer experience. This work is durable such that we can manage Teams rapid growth moving forward without creating pressure on Azure customers’ capacity needs.
Expediting additional server capacity to the specific regions that faced constraints, while ensuring the safety and health of our datacenter staff and supply chain partners.
Approving the backlog of customer quota requests, which we are rapidly doing every day and are on track to complete over the next few weeks in almost all regions.
Removing restrictions for new free and benefit subscriptions in several regions, so that anyone can learn more about Azure’s capabilities and develop new skills.
Refining our Azure demand models. Our data science models are using what we’ve learned from this pandemic to better forecast future demands, including adding more support to handle future global events like a pandemic that drives simultaneous demand usage everywhere in the world.

We remain committed to operational excellence and we will continue to share what we are learning and doing to support everyone during this time.
Quelle: Azure

Azure Migrate now available in Azure Government

Microsoft’s service for datacenter migration, Azure Migrate, is now available in Azure Government—unlocking the whole range of functionality for government customers. Previously, Azure Migrate V1 was available to US Azure Government customers, which performed limited scale assessment for VMware workloads. Azure Migrate V2 for Azure Government, now available, includes a one-stop shop for discovery, assessment, and migration of largescale datacenters.Why migrate to Azure GovernmentWe know how important security is for Government customers. Fortunately, Azure Government, Microsoft’s government cloud offering, provides industry-leading security with more compliance certifications than any other cloud provider. By using a cloud government solution, your organization can meet high compliance certifications that aren’t available on-premises. Azure Government has six government-exclusive datacenter regions across the US, with an Impact Level 5 Provisional Authorization. This means Azure Government can host workloads for the most sensitive organizations, like the US Department of Defense. Azure Government also offers hybrid flexibility, which allows you to customize your digital transformation by keeping select data and functionality on-premises. Leading-edge innovations in Azure ensure your government organization is modernized and effective, with advanced data analytics, artificial intelligence (AI), IoT, and high-performance computing. Transform how your organization learns from and interacts with citizens. Analyze smart devices real-time to improve weather sensors and optimize emergency services. Take preemptive action against evolving security threats with predictive models. Learn more about Azure Government.Azure Migrate supports your migration to Azure GovernmentAzure Migrate provides a central hub of Microsoft and ISV migration tools. The hub helps identify the right tools for your migration scenario and features end-to-end progress tracking to help with largescale datacenter migrations and cloud transformation projects. Azure Migrate provides comprehensive coverage for a variety of migration scenarios, now all available for government customers, including: Windows and Linux servers—Largescale discovery, assessment, and migration for VMware, Hyper-V, and bare metal servers. Features include agentless discovery, application inventory mapping, dependency mapping, and cost analysis. You can also migrate VMware VMs (now generally available) to Azure with zero data loss and minimal downtime using an agentless migration, in addition to the agent-based migration capability.SQL and other databases—Assessment and migration for a variety of on-premises databases to Azure SQL database and Azure SQL Database managed instance. Web-apps—Assessment and migration of .NET and PHP web apps to Azure App Service.Virtual Desktop Infrastructure (VDI) migration—Migration of virtual desktop infrastructure to Windows Virtual Desktop in Azure.Data migration—Migration of block data to Azure using Data Box.Azure Migrate Hub.Agentless Discovery. Dependency Mapping. Learn more about Azure Migrate.Geographic and regional availability for Azure MigrateAzure Migrate is currently available in Asia Pacific, Australia, Canada, Europe, India, Japan, United Kingdom, and United States for public cloud. Now, Azure Migrate capabilities will be extended to US Gov Arizona and US Gov Virginia for government customers. Note the individual SKUs supported in the assessment and migration tools will depend on availability in these regions. See a comparison of Gov SKUs with respect to public cloud SKUs. Get started with Azure Migrate for GovernmentAs always, Azure Migrate is included in your Azure subscription without any additional licensing costs. To get started with Azure Government, request an Azure Government trial. If you already have an Azure Government subscription,  you can get started using Azure Migrate to discover, assess, and migrate your mission critical workloads to Azure. You can learn how to get started with Azure Migrate and access tutorials in the Azure Migrate documentation.We are thrilled to empower our customers to be future ready and leverage the continuous innovation of Azure. You can see the latest and greatest Azure Migrate capabilities in action in the videos below. Get started with Azure Migrate Migrate VMware VMs to Azure How to discover, assess, and migrate Hyper-V VMs to Azure
Quelle: Azure

Optimize cost and performance with Query Acceleration for Azure Data Lake Storage

The explosion of data-driven decision making is motivating businesses to have a data strategy to provide better customer experiences, improve operational efficiencies, and make real-time decisions based on data. As businesses become data driven, we see more customers build data lakes on Azure. We also hear that more cost optimization and more performance are two of the most important features of data lake architecture on Azure. Normally, these two qualities are traded off for each other—if you want more performance, you will need to pay more; if you want to save money, expect your performance curve to go down.

That’s why today, we’re announcing the preview of Query Acceleration for Azure Data Lake Storage—a new capability of Azure Data Lake Storage, which improves both performance and cost. The feature is now available for customers to start realizing these benefits and improving their data lake deployment on Azure.

How Query Acceleration for Azure Data Lake improves performance and cost

Big data analytics frameworks, such as Spark, Hive, and large-scale data processing applications, work by reading all of the data using a horizontally-scalable distributed computing platform with techniques such as MapReduce. However, a given query or transformation generally does not require all of the data to achieve its goal. Therefore, applications typically incur the costs of reading, transferring over the network, parsing into memory and finally filtering out the majority of the data that is not required. Given the scale of such data lake deployments, these costs become a major factor that impacts the design and how ambitious you can be. Improving cost and performance at the same time enhances how much valuable insight you can extract from your data.

Query Acceleration for Azure Data Lake Storage allows applications and frameworks to push-down predicates and column projections, so they may be applied at the time data is first read, meaning that all downstream data handling is saved from the cost of filtering and processing unrequired data.

The following diagram illustrates how a typical application uses Query Acceleration to process data:

The client application requests file data by specifying predicates and column projections.
Query Acceleration parses the specified query and distributes work to parse and filter data.
Processors read the data from the disk, parses the data by using the appropriate format, and then filters data by applying the specified predicates and column projections.
Query Acceleration combines the response shards to stream back to client application.
The client application receives and parses the streamed response. The application doesn't need to filter any additional data and can apply the desired calculation or transformation directly.

Azure offers powerful analytic services

Query Acceleration for Azure Data Lake Storage is yet another example of how we’re committed to making Azure the best place for organizations to unlock transformational insights from all data. Customers can benefit from tight integration with other Azure Services for building powerful cloud scale end-to-end analytics solutions. These solutions support modern data warehousing, advanced analytics, and real-time analytics easily and more economically.

We’re also committed to remaining an open platform where the best-in-breed open source solutions benefit equally from the innovations occurring at all points within the platform. With Azure Data Lake Storage underpinning an entire ecosystem of powerful analytics services, customers can extract transformational insights from all data assets.

Learn more

To find out more about Query Acceleration for Azure Data Lake Storage you can:

Sign up for the Azure Data Lake Storage preview program.
Read the Azure Data Lake Storage documentation.
Learn how to use Query Acceleration for Java and .NET.
Understand the pricing model for Query Acceleration.
Learn more about Azure Data Lake Storage.

Quelle: Azure

How TELUS International got employees back to work with virtual desktops

Google Cloud CEO Thomas Kurian recently shared the many ways we’re helping people work remotely and remain productive, while ensuring the health and safety of employees around the world during the global COVID-19 pandemic. Along with internet connectivity, access to remote desktops is essential for many workloads. But not all applications are web-based, and not everyone has access to a local workstation to do their job effectively. One solution to this problem is to use virtual desktops, which can help organizations in a variety of industries securely connect their employees to the resources they need from any device with an internet connection, including mobile phones, tablets, and Chromebooks. From call center and support agents connecting with customers, to remote workstations for media editing and animation, to scientists collaborating on research, there are many scenarios that can benefit from virtual desktops. Helping our customers empower a work from home workforceOne Google Cloud customer using virtual desktops is TELUS International, a leading global customer experience provider and subsidiary of Canadian telecommunications company, TELUS. Due to the recent COVID-19 pandemic, the company had to quickly transition tens of thousands of its employees to a work-from-home model to protect their health and ensure business continuity due to partial and full site closures. TELUS International team members, who provide points of contact for leading brands all over the world, typically log into a Windows desktop to access company software to connect with customers over both voice and chat. Without access to TELUS International’s corporate software and the secure corporate network, its frontline team members would not be able to do their jobs.The solution came in the form of spinning up a remote desktop environment on Google Cloud. Working with Google Cloud Premier Partner itopia, which specializes in rapidly provisioning and orchestrating virtualized Windows desktops and applications hosted on Google Cloud, TELUS International deployed a fully-configured virtual desktop environment in just 24 hours. This included secure connections to TELUS International’s on-premises databases, software, security systems, and Active Directory services.”This unprecedented time brought the need to implement a rapid and reliable solution that could first and foremost ensure our team members remained safe and healthy, but would also simultaneously enable them to remain connected and provide much needed customer service support to our clients,” said Jim Radzicki, CTO, TELUS International. “Working with Google Cloud and itopia allowed us to transition our workforce—securely, globally and resiliently—all while keeping our team members engaged in what will certainly become part of the ‘new norm.’”Tens of thousands of TELUS International workers continue to have access to the same desktop environments as if they were in the office, so they can provide the same high quality service their customers are accustomed to.Running virtual desktops on Google Cloud Running virtual desktops on Google Cloud is a secure, scalable, cost-effective way for remote workers to access corporate desktop resources that won’t overload a VPN and doesn’t require enterprise connectivity. Running virtual desktops on Google Cloud lets users securely connect to cloud desktops or back to on-prem resources from anywhere with an internet connection, while protecting corporate applications and data. You can access remote desktops with user authentication and authorization through G Suite, IAP, your own Microsoft Active Directory or our managed AD service. Finally, adding encrypted desktop streaming software delivers a full desktop or application to your employees—wherever they may be.TELUS International’s use case is one example of how to deliver virtual desktops on Google Cloud, but the specific solution will vary depending on industry and business needs. Google Cloud has several offerings that can help build a high-performance virtual desktop environment:Virtual desktop partnerships: We work with leading software vendors such as Citrix, itopia, Nutanix Frame and VMware Horizon to provide virtual desktop solutions running on Google Cloud. We also partner with leading graphics visualization companies such as NVIDIA and Teradici.Compute Engine: Google Cloud virtual machines (VMs) are available in a wide variety of preconfigured sizes, or can be customized with the amount of CPU and RAM that you need.Google Kubernetes Engine: Run containerized VDI workloads using flexible GKE clusters to quickly deploy application and desktop streaming.GPUs: Attach one or more NVIDIA GPUs to VMs to deploy powerful graphics workstations or to support accelerated workloads such as real-time rendering or simulation.Storage: Attach shared storage to VMs or containers to share assets between users and systems. We offer a number of storage solutions, from globally available object storage to virtual file systems capable of serving entire enterprises, and everything in between.Network: Google’s global network connects to more than 140 local points of presence around the world for last-mile delivery close to your employees’ homes. This also means your entire global organization can run within a single VPC, connected across Google’s network backbone.Get started todayGoogle Cloud has the capacity, the global infrastructure, and the partners to get a virtual desktop environment ready and running, fast. Contact us to learn more about virtual desktops on Google Cloud.
Quelle: Google Cloud Platform

Windparks: Ausgedreht

Bald erreichen die ersten Offshore-Windparks ihr Betriebsende und müssen rückgebaut werden. Nur wie? Zur Auswahl stehen: sprengen, schneiden, schrauben. Ein Bericht von Daniel Hautmann (Windpark, Technologie)
Quelle: Golem