Given I still think the device has hundreds more industrial applications than it does civil ones I would like an app that works like a virtual Haines manual for repairing workshop equipment.
Because the AVP immerses you in a realtime recreation of your actual surroundings rather than offering true passthrough (ie things suspended in a pane of glass) it could scan a piece of machinery that has IOT sensors inside and then overlay a reverse lego manual-type interface telling you what part to remove and when. It can then float a small YouTube video in the corner describing the repair process before putting the machine back together again.
Going one further a whole suite of diagnostic sensors would allow me to gaze around my lab and see small floating windows on top of every piece of hardware telling me any errors, who last used it, when calibration is due, expired safety checks and so-on. None of this would require some sort of centralised spreadsheet; every machine would know all this data.
Because the AVP immerses you in a realtime recreation of your actual surroundings rather than offering true passthrough (ie things suspended in a pane of glass) it could scan a piece of machinery that has IOT sensors inside and then overlay a reverse lego manual-type interface telling you what part to remove and when. It can then float a small YouTube video in the corner describing the repair process before putting the machine back together again.
Going one further a whole suite of diagnostic sensors would allow me to gaze around my lab and see small floating windows on top of every piece of hardware telling me any errors, who last used it, when calibration is due, expired safety checks and so-on. None of this would require some sort of centralised spreadsheet; every machine would know all this data.