Digital Healthcare, Augmented Reality, Mobile Apps and more! Andreas Jakl is a lecturer for Digital Healthcare & Smart Engineering @ St. Pölten University of Applied Sciences, Microsoft MVP for Windows Development and Amazon AWS Educate Cloud Ambassador.
You’ll learn about the latest trends for developers – including artificial intelligence, progressive web apps and more. Of course, Mixed Reality is also on the agenda!
As a Microsoft MVP for Windows Development, I’ll take over the Mixed Reality session. You’ll see live demos of getting started with both VR headsets, as well as the Microsoft HoloLens. 150 attendees have signed up – so it’ll certainly be a great event!
In addition, Microsoft has released amazing hands-on labs for everyone to follow up and dive deeper into the content presented at the sessions. The Mixed Reality Lab includes controllers, spatial sound and spatial mapping. It’s a great way to get started with some of the most exciting features of MR. Check it out!
Update 13. November 2017: The latest source code of the Mixed Reality toolkit now combines both HoloLens and Mixed Reality headsets into a single toolkit that works with one Unity version: 2017.2.0p1 MRTP 4. It’s a special fork of Unity that is optimized for the “Mixed Reality Toolkit Preview”. A later version of Unity will hopefully combine all environments into a single release again. Read more about the environment setup at the GitHub pull request.
Update 19. October 2017: In the meantime, Unity 2017.2 final has been released, and the dev branch of the Mixerd Reality toolkit has been merged back to the master. You should now be fine using the following versions for HoloLens development: Unity 2017.2.0f3+, Mixed Reality Toolkit (master branch), Visual Studio 2017.+4, Windows 10.0.15063.0 SDK.
Original Article: Lately, the tools required for HoloLens / Mixed Reality development have been undergoing profound changes. All three tools involved in building HoloLens apps are being restructured:
Unity 2017 unifies Virtual / Augmented Reality APIs, making them flexible enough to target all platforms (e.g., phones with ARKit / ARCore, VR, AR). This also involves new and renamed APIs.
HoloToolkit has been renamed to Mixed Reality Toolkit, as Microsoft expands the scope to include the new VR headsets with inside-out tracking going on sale this fall.
Visual Studio 2017.3 also introduced some major changes under the hood. This is combined with the C# engine used in Unity slowly being migrated from the old Mono runtime to more recent versions of C#.
The Windows 10 Fall Creators Update brings an impressive array of new features for developers. At the Windows Developer Day, the Microsoft engineering teams will introduce the latest news for developers.
One of the most exciting is Windows Mixed Reality as a feature of the base operating system, bringing Virtual Reality to the masses with reasonably priced VR headsets. Additional topics include Xamarin, .NET Standard 2.0 and the XBox Live Creators Program.
Lately, the underlying platforms have evolved, and now the library has adapted. The main NFC library has now been ported to .NET Standard, which is a common baseline that makes the library compatible to even more different platforms. The new version 4.1.0 is now available under the open source LGPL license on GitHub, as well as on NuGet.
A few days ago, Microsoft has released .NET Standard 2.0, which is the new dreams-come-true platform for libraries. Additionally, Portable Class Libraries (PCL) have since also been deprecated. Therefore, it’s about time to port my existing libraries.
At the Microsoft Build Tour in Vienna, I had the opportunity to present an enhanced version of the Bluetooth Beacon talk. With the Windows 10 Creators Update, Microsoft released a massive update to the Bluetooth LE capabilities of the OS. This finally allows developers to use the full potential of modern Bluetooth scenarios, including sensors, wearables and beacons.
At Build 2017, Microsoft released three new sessions explaining the capabilities of the new APIs:
With the first Bluetooth 5 devices just released (first and foremost the Samsung Galaxy S8), Bluetooth Beacons like Apple iBeacon and Eddystone by Google gain a lot of potential. Increased range means future beacons will cover a much larger area, without increased power consumption. With the payload increase of beacon advertisement frames from 31 bytes to 255 bytes, the amount of information transmitted by beacons can substantially increase.
In my session about Bluetooth Beacons at the Mobile Developer After-Work #14: Creating Immersive Environments, I provided a short update about the latest news. Unfortunately, recording of the live session at the event failed. Therefore, I’ve re-recorded it – you will miss the live experience, but I did have a little more time for more detailed explanations of some important facts, so it’s well worth watching again even if you have been at the #mdaw14 Event!