Yeah, sorry I was less than clear. The idea was that capabilities become available to us for exploration, via mass consumer and gaming products. A rather narro

Yeah, sorry I was less than clear. The idea was that capabilities become available to us for exploration, via mass consumer and gaming products. A rather narrow and higher-latency channel. Rather than say a dynamic market of small companies and a diy community. Leaving plenty of low-hanging fruit not yet grabbed. A less concentrated industry might have been more interested, creative, and effective, at gathering such fruit, and exploring for accessible markets. Perhaps yielding a less slow takeoff. A counter argument is that Intel's RealSense does exist to build on, and Leap Motion's hand tracker and Project NorthStar. A counter^2 argument is these are outliers, with LM's work only remaining available, because they dropped IIRC three separate acquisition attempts by Apple. Most work hasn't remained available to use and build on. But perhaps a healthy commercial-diy blended market was never an option. Given a patent regime optimized for pharma-shaped industry. There seemed a long-term pre-concentration pattern of patent dodging via non-commercial software, and hardware "kits". Leaving many capabilities already unavailable, because a bit of commercially-motivated effort was needed, but discouraged by a too-small community market and/or associated patents. The current concentration of effort may well get us more quickly to eventual phone-scale broad consumer adoption of XR. It has motivated the supply and R&D tech chain in a way a small market never could. But perhaps it has also contributed to a less-diverse flatter takeoff. And perhaps, if XR encounters difficulties with mass consumer adoption, it maybe have added a fragility risk of larger delays.