Using natural language processing to manage healthcare records

The next time you see your physician, consider the times you fill in a paper form. It may seem trivial, but the information could be crucial to making a better diagnosis. Now consider the other forms of healthcare data that permeate your life—and that of your doctor, nurses, and the clinicians working to keep patients thriving. Forms and diagnostic reports are just two examples. The volume of such information is staggering, yet fully utilizing this data is key to reducing healthcare costs, improving patient outcomes, and other healthcare priorities. Now, imagine if artificial intelligence (AI) can be used to help the situation.

The Azure platform offers a wealth of services for partners to enhance, extend, and build industry solutions. Here we describe how SyTrue, a Microsoft partner focusing on healthcare uses Azure to empower healthcare organizations to improve efficiency, reduce costs, and improve patient outcomes.

Billions of records

Valuable insights remain locked in unstructured medical records such as scanned documents in PDF format that, while human-readable, present a major obstacle to the automation and analytics required. Over four billion medical notes are created every year. The clinical and financial insights embodied within these records are needed by an average of 20+ roles and processes downstream of the record generation. Currently, healthcare providers and payors require an army of professionals to read, understand, and extract healthcare data from the flood of clinical documents generated every day. But success has been elusive.

It's not for lack of trying. In the last decade, an effort was made to accumulate and upload data into electronic health records (EHR) systems. Meaningful Use is a government-led incentive program that aims to accelerate the movement from hard-copy filing systems to electronic health records. Still, the problem is related to the volume and the lack of time and resources to assimilate masses of data.

Note: the Meaningful Use program has a number of goals. An important one is, “Ensure adequate privacy and security protection for personal health information.” Data security is a prime value for Azure services. Data services such as Azure SQL Database encrypt data at rest and in-transit.

Moving the needle on healthcare

As costly and extensive as this effort was, many believe that we have yet to see evidence of any significant impact from the digitization of healthcare data to the quality or cost of care. One way to radically improve this is using AI for natural language processing (NLP)—specifically to automate reading of the documents. That enables subsequent analytics, yielding the most relevant actionable information in near real-time from mountains of documents to the medical professional. It empowers them to deliver better quality care, more efficiently, at lower cost.

In action

A Microsoft partner, SyTrue is leading the way. In the words of their Founder and CEO, Kyle Silvestro, “At SyTrue, the next big challenge is accessing this vast pool of accumulated patient data in a serviceable way. We’ve created a platform that transforms healthcare documentation into actionable information. The focus is on three main features: speed, context, and adaptability. Our technology consumes thousand-paged medical records in sub-seconds. The innovation is built on informational models that can ingest data from multiple types of clinical and financial health care organizations. This allows diverse healthcare stakeholders to use the system. The main objective for the technology is to present key clinical and financial insights to healthcare stakeholders in order to reduce waste and improve clinical outcomes.”

Informed by natural language processing and machine learning

SyTrue relies on NLP and machine learning (ML) as the underlying technology. Using their own proprietary methods, they perform “context-driven information extraction.” In other words, they connect the dots. The graphic below shows their processes.

Improving healthcare

SyTrue’s offers the NLP OS (Operating System) for healthcare. It aids in several ways.

It unlocks healthcare records and enables healthcare professionals to interact with medical record data and its clinical and financial implications. Specifically, it eliminates the need for professionals to hunt for the same key observations. This enables professionals to spend more time focused on patient care.
NLP OS also bridges the communication between a specialist provider and a primary care physician regarding the care of a shared patient. The system extracts and highlights continuity of care recommendations generated within the patient’s care team.
A large healthcare organization installed SyAudit, powered by SyTrue NLP OS, at the front of their medical chart review process. Before the charts reach a nurse-reviewer, they are processed through this solution. The system interprets the documentation to determine if a nurse review is in fact needed, or if the documentation lacks actionable information. This potentially decreases the time spent by nurse reviewers.
A healthcare provider used SyReview, another SyTrue solution powered by the SyTrue NLP OS, for their quality capturing and reporting process. The particular process is related to an incentive program which directly ties quality to Medicare payment. Automating the quality-capturing process strengthens the feedback loop to providers that needed to show improvement. The organization also eliminated its manual quality-capture process, which was slow, expensive, and often inaccurate.

Next steps

To see more about Azure in the healthcare industry see Azure for health.

To find out more about this solution, go to the Azure Marketplace listing for NLP OS™ for Healthcare and click Contact me.
Quelle: Azure

Azure.Source – Volume 88

News and updates

Announcing native backup for SQL Server 2008 end of support in Azure

With SQL Server 2008 and 2008 R2 approaching end of support, many customers are moving to Azure. They see this milestone as an opportunity to reimagine and transform their infrastructure with the power of cloud computing. Azure’s offer of free extended security updates for three years provides a new lease on life to these servers while giving organizations time to upgrade. Learn how easy it is to protect your SQL databases in Azure.

Microsoft and Truffle partner to bring a world-class experience to blockchain developers

Last month, Microsoft released Azure Blockchain Service making it easy for anyone to quickly setup and manage a blockchain network and providing a foundation for developers to build a new class of multi-party blockchain applications in the cloud. To enable end-to-end development of these new apps, we’ve collaborated with teams from Visual Studio Code to Azure Logic Apps and Microsoft Flow to Azure DevOps, to deliver a high-quality experience that integrates Microsoft tools developers trust and open-source tools they love. Now we have doubled down on our relationship by announcing an official partnership between our organizations to bring Truffle blockchain tools for developer experience and DevOps to Microsoft Azure.

Now available

Azure and Office 365 generally available today, Dynamics 365 and Power Platform available by end of 2019

Microsoft Azure and Microsoft Office 365 are taking a major step together to help support the digital transformation of our customers. Both Azure and Office 365 are now generally available from our first cloud datacenter regions in the Middle East, located in the United Arab Emirates (UAE). Dynamics 365 and Power Platform, offering the next generation of intelligent business applications and tools, are anticipated to be available from the cloud regions in UAE by the end of 2019.

In preview

Introducing next generation reading with Immersive Reader, a new Azure Cognitive Service

We’re unveiling the preview of Immersive Reader, a new Azure Cognitive Service in the Language category. Developers can now use this service to embed inclusive capabilities into their apps for enhancing text reading and comprehension for users regardless of age or ability. No machine learning expertise is required. Based on extensive research on inclusivity and accessibility, Immersive Reader’s features are designed to read the text aloud, translate, focus user attention, and much more. Immersive Reader helps users unlock knowledge from text and achieve gains in the classroom and office.

Announcing the preview of Microsoft Azure Bastion

For many customers around the world, securely connecting from the outside to workloads and virtual machines on private networks can be challenging. Exposing virtual machines to the public Internet to enable connectivity through Remote Desktop Protocol (RDP) and Secure Shell (SSH), increases the perimeter, rendering your critical networks and attached virtual machines more open and harder to manage. To connect to their virtual machines, most customers either expose their virtual machines to the public Internet or deploy a bastion host, such as jump-server or jump-boxes. So we’re excited to announce the preview of Azure Bastion, a new managed PaaS service that provides seamless RDP and SSH connectivity to your virtual machines over the Secure Sockets Layer (SSL).

Virtual machine scale set insights from Azure Monitor

In October 2018 we announced the public preview of Azure Monitor for Virtual Machines (VMs). At that time, we included support for monitoring your virtual machine scale sets from the at scale view under Azure Monitor. Now Today we are announcing the public preview of monitoring your Windows and Linux VM scale sets from within the scale set resource blade. This blog highlights several enhancements.

Technical content

Using Azure Search custom skills to create personalized job recommendations

The Microsoft Worldwide Learning Innovation lab is an idea incubation lab within Microsoft that focuses on developing personalized learning and career experiences. One of the recent experiences that the lab developed focused on offering skills-based personalized job recommendations. Research shows that job search is one of the most stressful times in someone’s life. Everyone remembers at some point looking for their next career move and how stressful it was to find a job that aligns with their various skills. Harnessing Azure Search custom skills together with our library of technical capabilities, we were able to build a feature that offers personalized job recommendations based on identified capabilities from resumes.

Azure Stack IaaS – part ten

One of the best things about running your VMs in Azure or Azure Stack is you can begin to modernize around your virtual machines (VMs) by taking advantage of the services provided by the cloud. Platform as a Service (PaaS) is the term often applied to the capabilities that are available to your application to use without the burden of building and maintaining these capabilities yourself. Actually, cloud-IaaS itself is a PaaS since you do not have to build or maintain the underlying hypervisors, software defined network and storage, or even the self-service API and portal. Furthermore, Azure and Azure Stack gives you PaaS services which you can use to modernize your application. In this article we will explore how you can modernize your application with web apps, serverless functions, blob storage, and Kubernetes as part of your Journey to PaaS.

Getting Started with Azure Machine Learning service with Visual Studio Code | Azure Tips and Tricks

In Azure, you can create complex machine learning models and train them with data in a Machine Learning Service workspace. This is a workspace where you can manage all of your machine learning tools and assets, like experiments, models, scripts and model deployments. And you can use the workspace to share your machine learning work with other data scientists in your team. In the Machine Learning Service workspace, you can. Let’s get started with Azure Machine Learning for VS Code and the Azure Machine Learning Service works

Azure Shows

Azure tips and tricks for Visual Studio 2019 | Azure Friday

Learn Michael Crump’s latest Azure tips and tricks that will help you be more productive working with Azure in Visual Studio 2019.

.NET Core 3.0 with Scott Hunter | On .NET

.NET Core 3 will be a major milestone with tons of new features, performance updates and support for new workloads. In this episode, Richard Lander and Scott Hunter get together to discuss some of the highlights that developers can look forward to in this new release.

Server-side Blazor in .NET Core 3.0 | On .NET

In this episode, Shayne Boyer sits down with Daniel Roth to get an understanding of what Blazor is and what benefits does it bring to the table for building web applications.

Five things you didn’t know Python could do | Five Things

This week, Python (the language, not the snake) aficionado Nina Zakharenko joins us for Five Things that you didn’t know that Python can do. And don’t worry, there are plenty of snake references and even a free potato joke. Also, Burke finds snake facts on the internet and Nina tries her first Goo Goo Cluster.

All about Rust in real life: Linkerd 2.0 | The Open Source Show

Oliver Gould, CTO at Buoyant and one of the creators of Linkerd, joins Lachie Evenson to talk Rust. One of StackOverflow’s most loved programming languages for the fourth year running. Specifically, how and why Linkerd rewrote 2.0 in Rust, what’s changed over the years, and get Oliver’s tips for navigating tooling, package management, release channels, and more.

Azure IoT Edge development with Azure DevOps | Internet of Things Show

The Internet of Things is a technology paradigm that involves the use of internet connected devices to publish data often in conjunction with real-time data processing, machine learning, and/or storage services. We will examine IoT Edge Solutions using Azure DevOps, Application Insights, Azure Container Registries, containerized IoT edge devices and Azure Kubernetes Service to create an end-to-end pipeline which deploys, smoke tests, and allows for scalable integration testing using replica sets in k8s.

Eric Fleming on middle-of-the-day deployments | Azure DevOps podcast

Today’s episode is all about recognizing middle-of-the-day deployments. How teams such as Netflix, Facebook, and even the Azure DevOps Product Team are doing them; and taking a look at how other teams can achieve that for themselves!

Quelle: Azure

Azure Cosmos DB: A competitive advantage for healthcare ISVs

This blog was co-authored by Shweta Mishra, Senior Solutions Architect, CitiusTech and Vinil Menon, Chief Technology Officer, CitiusTech

CitiusTech is a specialist provider of healthcare technology services which helps its customers to accelerate innovation in healthcare. CitiusTech used Azure Cosmos DB to simplify the real-time collection and movement of healthcare data from variety of sources in a secured manner. With the proliferation of patient information from established and current sources, accompanied with scrupulous regulations, healthcare systems today are gradually shifting towards near real-time data integration. To realize such performance, healthcare systems not only need to have low latency and high availability, but should also be highly responsive. Furthermore, they need to scale effectively to manage the inflow of high speed, large volumes of healthcare data.

The situation

The rise of Internet of Things (IoT) has enabled ordinary medical devices, wearables, traditional hospital deployed medical equipment to collect and share data. Within a wide area network (WAN), there are well defined standards and protocols, but with the ever increasing number of devices getting connected to the internet, there is a general lack of standards compliance and consistency of implementation. Moreover, data collation and generation from IoT enabled medical/mobile devices need specialized applications to cope with increasing volumes of data.

This free-form approach provides a great deal of flexibility, since different data can be stored in document oriented stores as business requirements change. Relational databases aren’t efficient in performing CRUD operations on such data but are essential for handling transactional data where consistent data integrity is necessary. Different databases are designed to solve different problems, using a single database engine for multiple purposes usually leads to non-performant solutions. Whereas management of multiple types of databases is an operational overhead.

Developing distributed global scale solutions are challenged by the capability and complexity of scaling databases across multiple regions without compromising performance, and while complying with data sovereignty needs. This often leads to inefficient management of multiple regional databases and/or underperformance.

Solution

Azure Cosmos DB has the ability of polyglot persistence, which allows it to use a mix of data store technologies without compromising on performance. It is a multi-model, highly-available, globally scalable database which supports proven low latency reads and writes. Azure Cosmos DB has enterprise grade security features and keeps all data encrypted at rest.

Azure Cosmos DB is suited for distributed global scale solutions as it not only provides a turnkey global distribution feature but can geo-fence a database to specific regions to manage data sovereignty compliance. Its multi-master feature allows writes to be made and synchronized across regions with guaranteed consistency. In addition, it supports multi-document transactions with ACID guarantees.

Use cases in healthcare

Azure Cosmos DB works very well for the following workloads.

1. Global scale secure solutions

Organizations like CitiusTech that offer a mission-critical, global-scale solution should consider Azure Cosmos DB a critical component of their solution stack. For example, An ISV developing a non-drug treatment for patients through a medical device at a facility can develop web or mobile applications which store the treatment information and medical device metadata in Azure Cosmos DB. Treatment information can be pushed to medical devices at global facilities for the treatment. ISVs can comply to the compliance requirement by using geo-fencing feature.

Azure Cosmos DB can also be used as a multi-tenant database with carefully designed strategy. For instance, if a tenant has different scaling requirements, different Azure Cosmos containers can be created for such tenants. In Azure Cosmos DB, containers serve as logical units of distribution and scalability. Multi-tenancy may be possible at a partition level within an Azure Cosmos container, but needs to be designed carefully to avoid creating hot-spots and compromising the overall performance.

2. Real-time location system, Internet of Things

Azure Cosmos DB is effective for building a solution for real-time tracking and management of medical devices and patients, as it often requires rapid velocity of data, scale, and resilience. Azure Cosmos DB supports low latency writes and reads so that all data is replicated across multiple fault and update domains in each region for high availability and resilience. It supports session consistency as one of its five consistency levels which is suitable for such scenarios. Session consistency guarantees strong consistency within a session.

Using Azure Cosmos DB also allows scaling of processing power, this is useful for burst scenarios and also provides elastic scale petabytes of storage. This enables request units (RU’s) to be programmatically adjusted as per the workload.

CitiusTech worked with a leading provider of medical grade vital signs and physiological monitoring solution to build a medical IoT based platform with the following requirements:

Monitor vitals with medical quality
Provide solutions for partners to integrate custom solutions
Deliver personalized, actionable insights
Messages and/or device generated data don’t have a fixed structure and may change in the future
Data producer(s) to simultaneously upload data for at least 100 subjects in less than two seconds per subject, receiving no more than 40*21=840 data points per subject, per request
Data consumer(s) to read simultaneously, data of at least 100 subjects in less than two seconds, producing no more than 15,000 data points per data consumer
Data for most recent 14 days shall be ready to be queried, and data older than 14 days to be moved to a cold storage

CitiusTech used Azure Cosmos DB as a hot storage to store health data, since it enabled low latency writes and reads of health data that was generated by the wearable sensor continuously. Azure Cosmos DB provided schema agnostic flexible storage to store documents with different shapes and size at scale and allowed enterprise grade security with Azure compliance certification.

The time to live (TTL) feature in Azure Cosmos DB automatically deleted expired items based on the TTL value. It was geo-distributed with its geo-fencing feature to address data sovereignty compliance requirements.

Solution architecture

Architecture of data flow in CitiusTech’s solution using Azure Cosmos DB

Key insights

Azure Cosmos DB unlocks the potential of polyglot persistence for healthcare systems to integrate healthcare data from multiple systems of record. It also ensures the need for flexibility, adaptability, speed, security and scale in healthcare is addressed while maintaining low operational overheads and high performance.

About CitiusTech

CitiusTech is a specialist provider of healthcare technology services and solutions to healthcare technology companies, providers, payers and life sciences organizations. CitiusTech helps customers accelerate innovation in healthcare through specialized solutions, healthcare technology platforms, proficiencies and accelerators. Find out more about CitiusTech.
Quelle: Azure

Azure Security Expert Series: Learn best practices and Customer Lockbox general availability

With more computing environments moving to the cloud, the need for stronger cloud security has never been greater. But what constitutes effective cloud security, and what best practices should you be following?

While Microsoft Azure delivers unmatched built-in security, it is important that you understand the breadth of security controls and take advantage of them to protect your workloads.

We launched the Azure Security Expert Series, which will provide on-going virtual content to help security professionals protect hybrid cloud environments. Ann Johnson, CVP of Cybersecurity Solutions Group at Microsoft, kicked off the series and shared five cloud security best practices:

Strengthen Access Control
Increase your security posture
Secure apps and data
Manage networking
Mitigate threats

Make sure you are up to speed with each of these important best practices as you secure your own organization.

Customer Lockbox for Microsoft Azure

During Ann’s main talk, she announced the general availability of Customer Lockbox for Microsoft Azure. Customer Lockbox for Azure extends our commitment to customer privacy while also giving you help when you need it most. With Customer Lockbox for Microsoft Azure, customers can review and approve or reject requests from Microsoft engineers to access their data during a support case. Access is granted only if approved and the entire process is audited with records stored in the Activity Logs.

Customer Lockbox is now generally available and currently enabled for remote desktop access to virtual machines. To learn more, please go to Customer Lockbox for Microsoft documentation.

What will you learn?

Missed the broadcast or want to dive deeper into SIEM, IOT, Networking or Security Center?

Check out the Azure Security Expert series which includes the best practice session with Ann, and additional drill-down sessions including:

Get started with Azure Sentinel a cloud-native SIEM
What is cloud-native Azure Network Security?
Securing the hybrid cloud with Security Center
What makes IoT Security different?

Until June 26th, 2019, you will have a chance to win a Microsoft Xbox One S. To enter, watch the sessions and complete the knowledge check on the entry form and submit the entry.**

‘Ask Us Anything’ with Azure security experts

Have more questions? The Azure security team will be hosting an ‘Ask Us Anything’ session on Twitter on Monday June 24, 2019 from 10 am – 11:30 am PT (1 pm – 2:30 pm ET). Our product and engineering teams will be available to answer questions about Azure security services.

Post your questions to Twitter by mentioning @AzureSupport and using the hashtag #AzureSecuritySeries.

If there are follow-ups or additional questions that come up after the Twitter session, no problem! We’re happy to continue the dialogue afterward through Twitter or send your questions to Azuresecurityexpert@microsoft.com.

Save the date
 

How do I learn more about Azure security and connect with the tech community?

There are several ways to stay connected and access new executive talks, on-demand sessions, or other types of valuable content covering a range of cloud security topics to help you get started or accelerate your cloud security plan.

Watch for content on Azure Security Expert Series.
Visit Microsoft Azure for product details.
Follow the social channel for Azure security news and updates on @Azure.
Join our security community to connect with the engineering teams and participate in previews, group discussions, give feedback, etc.
Accelerate your knowledge on security capabilities within Azure with hands-on training courses with Microsoft Professional Program for Cybersecurity, or watch out for new Azure security training sessions on Microsoft Learn.
Attend Microsoft Ignite for specialized security learning paths and other exclusive activities to learn from the experts and connect with your peers.

**The Sweepstakes will run exclusively between June 19 – June 26 11:59 PM Pacific Time. No purchase necessary. To enter, you must be a legal resident of the 50 United States (including the District of Columbia), and be 18 years of age or older. You will need to complete all the Knowledge Check questions in the entry form to qualify for the sweepstakes. Please refer to our official rules for more details.
Quelle: Azure

New to Azure? Follow these easy steps to get started

Today, many organizations are leveraging digital transformation to deliver their applications and services in the cloud. At Microsoft Build 2019, we announced the general availability of Azure Quickstart Center and received positive feedback from customers. Azure Quickstart Center brings together the step-by-step guidance you need to easily create cloud workloads. The power to easily set up, configure, and manage cloud workloads while being guided by best practices is now built right into the Azure portal.

How do you access Azure Quickstart Center?

There are two ways to access Azure Quickstart Center in the Azure portal. Go to the global search and type in Quickstart Center or select All services on the left nav and type Quickstart Center. Select the star button to save it under your favorites.

Get started

Azure Quickstart Center is designed with you in mind. We created setup guides, start a project, and curated online training for self-paced learning so that you can manage cloud deployment according to your business needs.

Setup guides

To help you prepare your organization for moving to the cloud, our guides Azure setup and Azure migration in the Quickstart Center give you a comprehensive view of best practices for your cloud ecosystem. The setup guides are created by our FastTrack for Azure team who has supported customers in cloud deployment and turned these valuable insights to easy reference guides for you.

The Azure setup guide walks you through how to:

Organize resources: Set up a management hierarchy to consistently apply access control, policy, and compliance to groups of resources and use tagging to track related resources.
Manage access: Use role-based access control to make sure that users have only the permissions they really need.
Manage costs: Identify your subscription type, understand how billing works, and how you can control costs.
Governance, security, and compliance: Enforce and automate policies and security settings that help you follow applicable legal requirements.
Monitoring and reporting: Get visibility across resources to help find and fix problems, optimize performance, or get insight to customer behavior.
Stay current with Azure: Track product updates so you can take a proactive approach to change management.

The Azure migration guide is focused on re-host also known as lift and shift, and gives you a detailed view of how to migrate applications and resources from your on-premises environment to Azure. Our migration guide covers:

Prerequisites: Work with your internal stakeholders to understand the business reasons for migration, determine which assets like infrastructure, apps, and data are being migrated and set the migration timeline.
Assess the digital estate: Assess the workload and each related asset such as infrastructure, apps, and data to ensure the assets are compatible with cloud platforms.
Migrate assets: Identify the appropriate tools to reach a "done state" including native tools, third-party tools, and project management tools.
Manage costs: Cost discussion is a critical step in migration. Use the guidance in this step to drive the discussion.
Optimize and transform: After migration, review the solution for possible areas of optimization. This could include reviewing the design of the solution, right-sizing the services, and analyzing costs.
Secure and manage: Enforce and set up policies to manage the environment to ensure operations efficiency and legal compliance.
Assistance: Learn how to get the right support at the right time to continue your cloud journey in Azure.

Start a project

Compare frequently used Azure services available for different solution types, and discover the best fit for your cloud project. We’ll help you quickly launch and create workloads in the cloud. Pick one of the five common scenarios shown below to compare the deployment options and evaluate high-level architecture overviews, prerequisites, and associated costs.

After you select a scenario, choose an option, and understand the requirements, select Create.

We’ll take you to the create resource page where you’ll follow the steps to create a resource.

Take an online course

Our recommended online learning options let you take a hands-on approach to building Azure skills and knowledge.

Get started today

Use the rich capabilities of the Azure Quickstart Center to create your first cloud solution like a pro.
Quelle: Azure

Microsoft positioned as a leader in the Forrester WaveTM: Database-as-a-service

We’re excited to share that Forrester has named Microsoft as a leader in The Forrester Wave™: Database-as-a-service, Q2 2019. This decision is based on their evaluation of Azure relational and non-relational databases. We believe Microsoft’s position as a leader is further underscored by its standing in the recent Q1 2019 NoSQL Forrester WaveTM.

Database-as-a-service has come a long way

Microsoft provides the freedom to operate wherever you are in your digital transformation, whether modernizing on-premises, migrating to the cloud, or using a hybrid solution. Database-as-a-service (DBaaS) has evolved into a very popular option for organizations looking to reduce their operational and capital expenses, while tapping into the performance and scale benefits of the cloud. Azure database services not only automate many of the daily database chores like updates, patches, and backups, but also use built-in intelligent features. These are on by default to optimize database performance and secure your data, keeping you one step ahead of potential threats.

According to Forrester, “33 percent of global infrastructure business decision makers already support a DBaaS deployment in production, and this will likely double over the next three to four years. In addition, 61 percent of global data and analytics technology decision makers plan to increase their investment for DBaaS in the coming year by at least 5 percent, and 22 percent of them plan to increase it by more than 10 percent compared to the previous year.”

Azure databases built on choice and flexibility

According to the Forrester report, customers “like Microsoft’s automation, ease of provisioning, high availability, security, and technical support.” Microsoft has a comprehensive portfolio of database services on Azure that are grounded in choice and flexibility, providing the right tool for maximizing productivity, efficiency, and return on investment for every use case that customers encounter.

Whether migrating on-premises databases at scale, building multi-tenant software-as-a-service (SaaS) or developing new, cloud native apps, Azure databases comprise the range of relational and non-relational, community-based and proprietary engines that provide a variety of deployment options and support an array of application types. All the Azure databases are managed by Microsoft, so you can focus more on building great apps and growing your business:

Relational databases

Azure SQL Database provides broad SQL Server compatibility and is optimized for SQL Server migrations, OLTP and multi-tenant SaaS applications. Significantly expand the potential for application growth without being limited by storage size with Hyperscale.

Community-based Azure Database for PostgreSQL, Azure Database for MySQL, and Azure Database for MariaDB are enterprise-ready, secure, and ideal for low-latency scenarios such as online gaming and digital marketing. Bring high-performance scaling to your low latency, high-throughput PostgreSQL workloads with Hyperscale powered by Citus Data technology.

NoSQL database

Azure Cosmos DB provides turnkey global distribution and transparent multi-master replication and is great for scalable IoT applications and real-time personalization and analytics.

Forrester states in its report that “Microsoft offers a mature, scalable, secure, and hybrid DBaaS offering.” Azure databases have been tried and tested over the years, becoming more scalable, performant, secure, and intelligent in the process.

Next steps

We’re committed to making Azure the ideal destination for your data migration and the best platform to build powerful, intelligent, and modern apps upon. If you haven’t tried Azure database services, you can try them for free today without signing-up or providing a credit card.

Download the full Forrester WaveTM Database-as-a-Service Q2 2019 report for more details.
Quelle: Azure

Azure HC-series Virtual Machines crosses 20,000 cores for HPC workloads

Azure HC-series Virtual Machines are now generally available in the West US 2 and East US regions. HC-series virtual machines (VMs) are optimized for the most at-scale, computationally intensive HPC applications. For this class of workload, HC-series VMs are the most performant, scalable, and price-performant ever launched on Azure or elsewhere on the public cloud.
Quelle: Azure

Introducing next generation reading with Immersive Reader, a new Azure Cognitive Service

This blog post was authored by Tina Coll, Senior Product Marketing Manager, Azure Marketing.

Today, we’re unveiling the preview of Immersive Reader, a new Azure Cognitive Service in the Language category. Developers can now use this service to embed inclusive capabilities into their apps for enhancing text reading and comprehension for users regardless of age or ability. No machine learning expertise is required. Based on extensive research on inclusivity and accessibility, Immersive Reader’s features are designed to read the text aloud, translate, focus user attention, and much more. Immersive Reader helps users unlock knowledge from text and achieve gains in the classroom and office.

Over 15 million users rely on Microsoft’s immersive reading technologies across 18 apps and platforms including Microsoft Learning Tools, Word, Outlook, and Teams. Now, developers can deliver this proven literacy-enhancing experience to their users too.

People like Andrzej, a child with dyslexia, have learned to read with the Immersive Reader experience embedded into apps like Microsoft Learning Tools. His mother, Mitra, shares their story:

Literacy is key to unlocking knowledge and realizing one’s potential. Educators see this reality in the classroom every day, yet hurdles to reading are commonplace for people with dyslexia, ADHD, or visual impairment, as well as emerging readers, non-native speakers, and others. In the spirit of empowering every person to achieve more, the features of Immersive Reader help readers overcome these challenges.

Azure is the only major cloud provider that offers this type experience as an easy-to-use AI service. Skooler, an ISV on a mission “to do education technology better,” integrated Immersive Reader. As Tor Henriksen, Skooler’s CEO and CTO remarks, “In 27 years of software development, this was the easiest integration we’ve ever done.” Multiple businesses to date have already started embedding Immersive Reader into their apps, including:

With millions of users like Andrzej having discovered the power of the written word with Immersive Reader, we look forward to seeing what people can achieve with what you build.

To start embedding Immersive Reader into your apps, visit the Immersive Reader product page. The service is available for free while in preview.
Quelle: Azure

Virtual machine scale set insights from Azure Monitor

In October 2018 we announced the public preview of Azure Monitor for Virtual Machines (VMs). At that time, we included support for monitoring your virtual machine scale sets from the at scale view under Azure Monitor.

Today we are announcing the public preview of monitoring your Windows and Linux VM scale sets from within the scale set resource blade. This update includes several enhancements:

In-blade monitoring for your scale set with “Top N”, aggregate, and list views across the entire scale set.
Drill down experience to identify issues on a particular scale set instance.
Updated mapping UI to display the entire dependency diagram across your scale set while supporting drill down maps for a single instance.
UI based enablement of monitoring from the scale set resource blade.
Updated examples for enabling monitoring using Azure Resource Manager templates.
Use of policy to enable monitoring for your scale set.

Performance

The performance views are powered using log analytics queries, offering “Top N”, aggregate, and list views to quickly find outliers or issues in your scale set based on guest level metrics for CPU, available memory, bytes sent and received, and logical disk space used. 

These views will help you quickly determine if a particular instance is having an issue, and provide the means to troubleshoot the issue, specified down to the process that is having a failed connection to a backend service or a particular logical disk running out of space.

Maps

Our dependency maps and network connection data sets are powered by the service map solution and it's Azure Virtual Machine extension. Maps in this context deliver a view that is specific to your scale set, automatically discovering the processes on the instances that are accepting in bound connections and making out bound connections to backend servers. This allows you to identify surprise dependencies to third party services, monitor failed connections, see live connection counts, monitor bytes sent and received per process, and identify service level latency.

In addition to the map view, you can analyze the network connection data set in our connections overview workbook or directly in log analytics.

Workbooks

We have brought our workbooks from Azure Monitor for Virtual Machines to the scale set view. These workbooks query the monitoring data we collect and allow you to modify them to create custom reports that you can share with colleagues in the portal.

Getting started

If you’re running VM scale sets you can use the performance and map capabilities from the “Insights (preview)” menu on the scale set resource blade to find resource constraints and visualize dependencies.

To get started, go to the resource blade for your VM scale set and click on “Insights (preview)” in the monitoring section. When you click “Try now” you’ll be prompted to choose a log analytics workspace, or we can generate one for you. You can view your resources at scale in Azure Monitor under “Virtual Machines (preview)” and on-board to entire resource groups and subscriptions using Azure Policy or using Powershell.
Quelle: Azure