MS Build 2019
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Microsoft’s $7.5 billion acquisition of GitHub closed last October. Today, at its annual Build developer conference, Microsoft announced a number of new integrations between its existing services and GitHub. None of these are earth-shattering or change the nature of any of GitHub’s fundamental features, but they do show how Microsoft is starting to bring GitHub closer into the fold.
It’s worth noting that Microsoft isn’t announcing any major GitHub features at Build, though it was only a few weeks ago that the company made a major change by giving GitHub Free users access to unlimited private repositories. For major feature releases, GitHub has its own conference.
So what are the new integrations? Most of them center around identity management. That means GitHub Enterprise users can now use Azure Active Directory to access GitHub. Developers will also be able to use their existing GitHub accounts to log into Azure features like the Azure Portal and Azure DevOps. “This update enables GitHub developers to go from repository to deployment with just their GitHub account,” Microsoft argues in its release announcement.
As far as selling GitHub goes, Microsoft also today announced a new Visual Studio subscription with access to GitHub Enterprise for Microsoft’s Enterprise Agreement customers. Given that there is surely a lot of overlap between Visual Studio’s enterprise customers and GitHub Enterprise users, this move makes sense. Chances are, it’ll also make moving to GitHub Enterprise more enticing for current Visual Studio subscribers.
Lastly, the Azure Boards app, which offers features like Kanban boards and sprint planning tools, is now also available in the GitHub Marketplace.
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Microsoft today announced updates to its MyAnalytics platform and a new Outlook feature that are meant to help you work less, find more time to focus on the work that actually matters and, by extension, get more downtime.
Until now, for example, MyAnalytics, Microsoft’s tool for helping employees track their productivity, would provide you with a measure of how much time you spent working after hours. That’s not necessarily a healthy number to track. Going forward, MyAnalytics will track the number of days you managed to unplug after work and didn’t check your email or work on a document at 8pm (something Microsoft’s own PR department could learn from given that it has a tendency to provide essential press materials for next-day embargoes at 6:30pm). The idea here, obviously, is to get employees to focus on this number instead of how much they work when they are off the clock.
“Our customers often tell us they spend all day in meetings with little time to focus on pressing tasks and projects,” Microsoft communications chief Frank X. Shaw also noted in a press briefing ahead of today’s announcement.
To combat this, the company today launched a few new features that will let you set up regular “focus time.” The first of this is a tool that lets you set up focus time each week, as well as a feature in Microsoft teams that will alert your fellow employees when you are trying to get things done.
Because your colleagues often don’t care about your flow, though, and are prone to scheduling yet another unnecessary meeting during those times, Microsoft is also launching a new AI-powered Outlook plugin that will help you rebook your focus time and find times for focusing on specific to-do items.
In the future, the company also plans to introduce well-being, networking and collaboration plans.
Focus plans will become available in preview in the next few months for Microsoft 365 and Office 365 users, with E5 customers getting them first.
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Microsoft didn’t rush to bring blockchain technology to its Azure cloud computing platform, but over the course of the last year, it started to pick up the pace with the launch of its blockchain development kit and the Azure Blockchain Workbench. Today, ahead of its Build developer conference, it is going a step further by launching Azure Blockchain Services, a fully managed service that allows for the formation, management and governance of consortium blockchain networks.
We’re not talking cryptocurrencies here, though. This is an enterprise service that is meant to help businesses build applications on top of blockchain technology. It is integrated with Azure Active Directory and offers tools for adding new members, setting permissions and monitoring network health and activity.
The first support ledger is J.P. Morgan’s Quorum. “Because it’s built on the popular Ethereum protocol, which has the world’s largest blockchain developer community, Quorum is a natural choice,” Azure CTO Mark Russinovich writes in today’s announcement. “It integrates with a rich set of open-source tools while also supporting confidential transactions—something our enterprise customers require.” To launch this integration, Microsoft partnered closely with J.P. Morgan.
The managed service is only one part of this package, though. Microsoft also today launched an extension to Visual Studio Code to help developers create smart contracts. The extension allows Visual Studio Code users to create and compiled Etherium smart contracts and deploy them other on the public chain or on a consortium network in Azure Blockchain Service. The code is then managed by Azure DevOps.
Building applications for these smart contracts is also going to get easier thanks to integrations with Logic Apps and Flow, Microsoft’s two workflow integration services, as well as Azure Functions for event-driven development.
Microsoft, of course, isn’t the first of the big companies to get into this game. IBM, especially, made a big push for blockchain adoption in recent years and AWS, too, is now getting into the game after mostly ignoring this technology before. Indeed, AWS opened up its own managed blockchain service only two days ago.
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Microsoft today announced three new services that all aim to simplify the process of machine learning. These range from a new interface for a tool that completely automates the process of creating models, to a new no-code visual interface for building, training and deploying models, all the way to hosted Jupyter-style notebooks for advanced users.
Getting started with machine learning is hard. Even to run the most basic of experiments takes a good amount of expertise. All of these new tools greatly simplify this process by hiding away the code or giving those who want to write their own code a pre-configured platform for doing so.
The new interface for Azure’s automated machine learning tool makes creating a model as easy as importing a data set and then telling the service which value to predict. Users don’t need to write a single line of code, while in the backend, this updated version now supports a number of new algorithms and optimizations that should result in more accurate models. While most of this is automated, Microsoft stresses that the service provides “complete transparency into algorithms, so developers and data scientists can manually override and control the process.”
For those who want a bit more control from the get-go, Microsoft also today launched into preview a visual interface for its Azure Machine Learning service that will allow developers to build, train and deploy machine learning models without having to touch any code.
This tool, the Azure Machine Learning visual interface, looks suspiciously like the existing Azure ML Studio, Microsoft’s first stab at building a visual machine learning tool. Indeed, the two services look identical. The company never really pushed this service, though, and almost seemed to have forgotten about it despite the fact that it always seemed like a really useful tool for getting started with machine learning.
Microsoft says this new version combines the best of Azure ML Studio with the Azure Machine Learning service. In practice, this means that while the interface is almost identical, the Azure Machine Learning visual interface extends what was possible with ML Studio by running on top of the Azure Machine Learning service and adding that services’ security, deployment and life cycle management capabilities.
The service provides an easy interface for cleaning up your data, training models with the help of different algorithms, evaluating them and, finally, putting them into production.
While these first two services clearly target novices, the new hosted notebooks in Azure Machine Learning are clearly geared toward the more experienced machine learning practitioner. The notebooks come pre-packaged with support for the Azure Machine Learning Python SDK and run in what the company describes as a “secure, enterprise-ready environment.” While using these notebooks isn’t trivial either, this new feature allows developers to quickly get started without the hassle of setting up a new development environment with all the necessary cloud resources.
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As part of its rather odd Thursday afternoon pre-Build news dump, Microsoft today announced the HoloLens 2 Development Edition. The company announced the much-improved HoloLens 2 at MWC Barcelona earlier this year, but it’s not shipping to developers yet. Currently, the best release date we have is “later this year.” The Development Edition will launch alongside the regular HoloLens 2.
The Development Edition, which will retail for $3,500 to own outright or on a $99 per month installment plan, doesn’t feature any special hardware. Instead, it comes with $500 in Azure credits and three-month trials of Unity Pro and the Unity PiXYZ plugin for bringing engineering renderings into Unity.
To get the Development Edition, potential buyers have to join the Microsoft Mixed Reality Developer Program and those who already pre-ordered the standard edition will be able to change their order later this year.
As far as HoloLens news goes, that’s all a bit underwhelming. Anybody can get free Azure credits, after all (though usually only $200) and free trials of Unity Pro are also readily available (though typically limited to 30 days).
Oddly, the regular HoloLens 2 was also supposed to cost $3,500. It’s unclear if the regular edition will now be somewhat cheaper, cost the same but come without the credits or really why Microsoft is doing this at all. Turning this into a special “Development Edition” feels more like a marketing gimmick than anything else, as well as an attempt to bring some of the futuristic glamour of the HoloLens visor to today’s announcements.
The folks at Unity are clearly excited, though. “Pairing HoloLens 2 with Unity’s real-time 3D development platform enables businesses to accelerate innovation, create immersive experiences, and engage with industrial customers in more interactive ways,” says Tim McDonough, GM of Industrial at Unity, in today’s announcement. “The addition of Unity Pro and PiXYZ Plugin to HoloLens 2 Development Edition gives businesses the immediate ability to create real-time 2D, 3D, VR, and AR interactive experiences while allowing for the importing and preparation of design data to create real-time experiences.”
Microsoft also today noted that Unreal Engine 4 support for HoloLens 2 will become available by the end of May. 
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Microsoft today announced an interesting update to its database lineup with the preview of Azure SQL Database Edge, a new tool that brings the same database engine that powers Azure SQL Database in the cloud to edge computing devices, including, for the first time, Arm-based machines.
Azure SQL Edge, Azure corporate vice president Julia White writes in today’s announcement, “brings to the edge the same performant, secure and easy to manage SQL engine that our customers love in Azure SQL Database and SQL Server.”
The new service, which will also run on x64-based devices and edge gateways, promises to bring low-latency analytics to edge devices as it allows users to work with streaming data and time-series data, combined with the built-in machine learning capabilities of Azure SQL Database. Like its larger brethren, Azure SQL Database Edge will also support graph data and comes with the same security and encryption features that can, for example, protect the data at rest and in motion, something that’s especially important for an edge device.
As White rightly notes, this also ensures that developers only have to write an application once and then deploy it to platforms that feature Azure SQL Database, good old SQL Server on premises and this new edge version.
SQL Database Edge can run in both connected and fully disconnected fashion, something that’s also important for many use cases where connectivity isn’t always a given, yet where users need the kind of data analytics capabilities to keep their businesses (or drilling platforms, or cruise ships) running.
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