IPON Jan 21 2026. Trademark Information Sheet- The Biological HRI Social Exoskeleton Project
Declaration of Ownership and Authorship
Appendix- Mathematical Framework and Variable Key
Updated Evidence Matrix- The Social Exoskeleton
Master Prototype Specification- The Sovereign Dyad v1.0
Mechanism Literature Driver NSIR / Exoskeleton Application
Net Zero, Canadian Manufacturing, and Modular Sovereignty
Circular Hardware and Energy Sovereignty.
Bio-inspired Design and Green Biotechnology.
“Hard Privacy” and “Data Residency
moves the conversation from “social” robots to Electromagnetic and Acoustic Bio-HRI.
architectural foundation of Metacognition and Self-Regulation for neurodivergent individuals.
Attestation for Research Aiming to Advance Sensitive Technology Research Areas (STRAs),
not just a “break room.” It is a High-Dimensional Interface—
landscape for a Canadian-manufactured deployment.
Ontario vs. Other Provinces- From Compliance to Sovereignty
Statistical Metric Data Source (from Query) Purpose
Summary Table- Equity Integration
Support for Safety & “Radical Privacy”
Technical Specification- The Sovereign Dyad Risk Model
The “Observation Station” Design
The “Sensory Niche” (The Micro-Environment)
Table- Ubiquitous Mobility vs. Mobile AI (Gemini) in ASD Context
The Room as a “Distributed” Social Robot
“fixed” environment to a reconfigurable system. Using the Neuroqueer/Systems Thinking lens
Physical and Digital Architecture
Olfactory Biosensing (The “Pee” vs. “Cedar” Discriminator) in the classroom
neuroqueer the classroom, we must view the chair as a Regulatory Interface
(Google; Author, 2026)