Summary

Actionable Benefits

• Identify emerging interaction methods for AR smart glasses which optimize user experience (UX) and enable application efficiency.
• Identify and utilize the most suitable interaction/input methods in accordance with AR device type and AR use case/application needs.
• Ensure that upcoming AR applications address the current limitations of each input method.
• Recommendations and guidance for improving interaction methods and UX.
• Explore the potential of leveraging Brain Computer Interface (BCI) in AR/VR headsets.

Critical Questions Answered

• Which are the main input methods used by AR smartglass manufacturers today and how might that change going forward?
• Which are the fundamental elements for successful user experience (UX)?
• Who are the key providers for eye tracking, voice and gesture control?
• How can different UI solutions benefit varying device types and use cases?

Research Highlights

• Suitability of each input method in accordance with hardware type and use case.
• Assessment of 2D and 3D user interface (UI).
• Key findings and recommendations around AR input methods, hardware, content, and use cases.
• Breakdown of the most prominent and promising interaction methods for the total AR market going forward.

Who Should Read This?

• Product Managers for hardware OEMs and platform providers.
• AR application developers and User Interface designers.
• Digitization experts/decision makers across markets.
• C-level for potential AR customers and integrators.
• Investors in AR, IoT, digitization, content, services.
• Market analysts and researchers looking for greater hardware ecosystem understanding.

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