Accelerating Brain Interfaces with a Web3 Twist
summary
Claims that compute rises ~10x per year drive the push toward BCI using EEG, FNIRS and invasive implants (Neuralink) to close the gap with AGI; EEG typing reached 20 words per minute in 2012 and fMRI-based vision reconstruction hits ~75% accuracy on $2 million fMRI rigs. Meta’s Orion glasses prototype sells at ~$10,000 while Ray-Ban Meta has sold millions; Ocean Protocol prototypes use FNIRS in dark rooms and a trustless layer to keep your keys your thoughts private.
AI-written summary · about
chapters (7)
- 0:00Introduction
- 1:07Motivation for BCI acceleration
- 8:18Current BCI tech
- 14:57Near-term BCI future
- 22:12Digital hemisphere and superintelligence
- 25:42Web3 twist and privacy
- 26:25Conclusion
related talks
40mThe Past, Present, and Future of Brain Computer Interfaces
42mUnveiling the mysteries of Brain Computer Interfaces
11mConnected brains
10mAugmenting Human Capabilities to New Dimensions
39mTechnology mix: Decoding the neural code -analyzing data form (...)
46mRise of the Machines – Technology in Humanity
13mOpenMind: Building the Machine Economy
02mBrain-based Human-machine Interfaces