Directional Augmented Reality

Expand your view, discover the world

 

Vision

Augmenting the world around you, simply, affordably, and safely through your favorite designer frames. 

 
 
 

Technology

By integrating three or more dipole antennas into the frames of popular glasses today, users can more easily and efficiently locate radiating nearby objects of interest within their augmented reality-based, FOVs (from people carrying smartphones to retail items incorporating miniature antennas). In this system, each local object may emit an "I am here" signal and, correspondingly, each antenna onboard the glasses, may receive the same signal at a different signal strength. By measuring the received signal strengths at each of the antennas, the system can estimate the whereabouts of the local radio emitting object.

This solution, which is based on common radio emission modules such as Bluetooth Low Energy (iBeacon to Eddystone) and asymmetric radiation patterns, elegantly requires less hardware, connectivity, and power. It does not rely on static “object” locations, imprecise GPS positioning, or power-intensive and faulty image recognition solutions.

 
 

General Overview Video

RESEARCH & DEVELOPMENT

 

1ST GENERATION PROTOTYPE

2ND GENERATION PROTOTYPE

LATEST PROTOTYPE

Market Applications
 
 

Market Support

Per a Grand View Research report, a 70% CAGR is projected for the Head-Mounted Display Augmented Reality technology space from 2016-2024, at a market size of over $100B (2024).

The number of global Bluetooth beacon devices is projected to grow at a rate of 222.8% year over year during the period of 2016-2020. This market is being propelled by a number of key influencers including Apple (developer of iBeacon technology) as well as Microsoft and Google (developers of beacon technology standards).

IHS Market expects that the number of smartphones will surpass 6 billion devices by the year 2020, where a majority of these devices which will be Bluetooth enabled.

Patents

Publication or App No. Title Priority Date Pub. Date
US 9,092,898 Method, system and apparatus for the augmentation of radio emissions 7/3/2014 7/28/2015
US 2016/0005233 Method, system, and apparatus for optimizing the augmentation of radio emissions 7/3/2014,
7/26/2015
1/7/2016
PCT/US2018/016931 Method, system, and apparatus for providing content, functionalities and services in connection with the reception of an EM signal (TBD) (unpublished)
       
 

Functional Team

Wagoo AR's functional team across current and future collaborators comprises various professionals and institutions.

 

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