Brain-Direct Internet Protocol NeuroWeb Gets IEEE Approval: Thought Signals Can Be Directly Converted to HTTP Requests

Brain-Direct Internet Protocol NeuroWeb Gets IEEE Approval

On September 14, 2030, the IEEE Standards Association officially approved the project authorization request for the NeuroWeb protocol. The protocol aims to define a standardized conversion process from brain signals to internet requests, enabling brain-computer interface users to operate network services directly through thought.

The NeuroWeb protocol stack contains four layers: Signal Layer (brain signal acquisition and preprocessing), Intent Layer (extracting user intent from neural signals), Semantic Layer (mapping intent to specific operations), and Transport Layer (generating standard HTTP/WebSocket requests).

Protocol co-editor Professor Gao Xiaorong, Director of the Brain-Computer Interface Laboratory at Tsinghua University, said NeuroWeb's goal is not to replace existing web protocols but to add a brain signal interface layer on top. "Operations that a user 'thinks' through a brain-computer interface are translated by NeuroWeb into standard web clicks, form submissions, or search requests — backend servers cannot tell the difference."

NeuroWeb's biggest technical challenge is intent recognition accuracy. In internal testing, the current version achieved approximately 94% accuracy for simple operations (such as "click link" or "go back to previous page"), but only 71% for complex operations (such as "type a paragraph in the search box"). Professor Gao acknowledged that the latter will require more advanced neural language models.

IEEE expects NeuroWeb standardization to be completed by the end of 2032. In the meantime, multiple brain-computer interface manufacturers have indicated they will reserve NeuroWeb-compatible interfaces in their products.