As we navigate the intersection of Human-Robot Interaction (HRI) and climate action, the Sadownik Neuro-Inclusive Research Foundation (SNRF) is proud to introduce a new standard for sustainable innovation: The Sovereign Infrastructure Technical Specification (SITS).
Most AI systems today are “carbon-heavy,” relying on constant data exfiltration to massive, energy-intensive centralized clouds. This process doesn’t just compromise privacy—it fuels the industrial carbon footprint of the digital economy.

The Hardware-Verified Solution
At SNRF, we believe that true sustainability requires Digital Autonomy. We have developed a 5-patent hardware-verified infrastructure—featuring The Vault and the Sanctuary Switch—designed to ensure neuro-inclusive safety and data sovereignty.
Rather than contributing to the cycle of electronic waste, our model is built on “Lease Compliance.” #### How “Lease Compliance” Works for the Planet:
- Circular Hardware Substrate: We leverage refurbished federal hardware (via the Computers for Schools Plus program), extending the lifecycle of technology and reducing Scope 3 emissions.
- Edge-AI Efficiency: By using our patented hardware to process data at the “Edge” (locally) rather than the cloud, we eliminate the unnecessary energy costs of long-distance data transmission.
- Protecting Marginalized Users: Our pilot project, currently rolling out with the City of Medicine Hat, protects neurodivergent and marginalized users from AI-driven data exfiltration, ensuring that the “Green Transition” is also a “Human Rights Transition.”
Join the Pilot
We are currently validating the Sovereign Standard (SITS) to prove that high-security, neuro-inclusive research can be both ethically sound and environmentally net-zero.
Infrastructure isn’t just about buildings; it’s about the “Digital PPE” we provide to our community to ensure a safe, sustainable, and sovereign future.
Learn more at the Sadownik Neuro-Inclusive Research Foundation.
https://onlineacademiccommunity.uvic.ca/sadownikneuroinclusiveresearchfoundation

