Abstract
This disclosure establishes a comprehensive 120-point industrial engineering standard for a semi-invasive digital spinal bypass and neural communication bridge. The protocol prioritizes "Human Sovereignty" through a hardware-locked, 16-bit discrete metadata standard, ensuring all motor intent is processed locally without cloud dependency. Key technical innovations include a 1.0mm non-penetrative cortical clearance zone, a medical-grade 850nm NIR optical bridge for transdermal signal transmission, and a 38.5°C thermal breach auto-kill safety wall. Version 6.2 introduces Category IX, detailing a "Camera-Assisted Grounding" process where external optical sensors are utilized exclusively for initial dictionary calibration and intent verification. This optical requirement is phased out once the system achieves a 100% confidence interval, allowing for autonomous, private operation of the neural link. The protocol is designed as a defensive publication to ensure that foundational neural safety and signal-delivery logic remain in the public domain, preventing corporate monopolization of human-bionic interfaces.
Publication Date
2026-02-10
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Gossett, Jon S., "THE GOSSETT PROTOCOL: A 120-Point Master Engineering Standard for Sovereign Neural-Interface Bypasses", Technical Disclosure Commons, (February 22, 2026)
https://www.tdcommons.org/dpubs_series/9369