Strap yourselves in for a thorough exploration into the technical, business and historical impact of mixed reality focusing on the Microsoft HoloLens and the Magic Leap One. In this talk, I will provide an in-depth analysis of the differences and similarities between HoloLens v1 and Magic Leap One, as well as any publicly mentionable info about HoloLens v2. I will then go into the deeper future business and technical opportunities and barriers to MR and its close entanglement with the future of machine learning. I’ll quickly provide an academic and marketing history of the term “Mixed Reality”. I’ll finish with a detailed description of the five low-hanging fruit in mixed reality that no one has yet successfully built into an app or a service in the following areas: AEC, Healthcare, Warehousing, Service Industry Training and Data Visualization.
Bio James Ashley
James Ashley specializes in designing and developing Magic Leap, HoloLens, ARKit, HTC Vive, Oculus and gestural experiences. (http://www.imaginativeuniversal.com/p…). He combines a background in academic philosophy, digital marketing agencies and enterprise software architecture to create innovative experiences for his clients. He is a Microsoft Windows Development MVP. Before that, he was a Microsoft MVP in Emerging Experiences, in Kinect for Windows, and even before that in WPF and Silverlight. He also helps run the XR Atlanta Meetup. James co-authored the LinkedIn Learning video course HoloLens App Development to provide inspiration and a kickstart for mixed reality (spatial computing) developers. He also wrote the Apress title Beginning Kinect Programming with the Microsoft Kinect SDK. This book gave thousands of developers their first taste of gestural programming and inspired a new generation of creative technologists working in the Microsoft stack. He has a background in computer vision and machine learning. He is currently deeply involved in using the power of Artificial Intelligence to build better user interfaces in Mixed Reality. James has never been referred to as the David Foster Wallace of bleeding edge technology. In a previous life, he pursued a PhD in Philosophy at Emory University.