The SDARC designAuthority must match the action
The protected design requires cryptographic evidence matching the person, purpose, and scope approved by the owner, plus a check against current authority. A stored permission alone is insufficient.
The SDARC design
How We Protect Data
A design you can explore.
Neuroclusive uses SDARC, the Sovereign Delegated Access and Revocation Chain protocol and A Neuroclusive Technology. It is designed to bind protected recovery to owner-approved authority and current revocation state.
Runs the SDARC engine locally with sample data.
Try the SDARC checkA familiar idea
Policy says what should happen. Cryptography decides what can happen.
Ordinary application security relies on trusted software and administrators interpreting roles and policies correctly. Those controls matter, but enough privilege can often change them.
The SDARC design requires more than a role or database flag. The operation must satisfy cryptographic rules tied to the specific grant and current authority. The public check exercises that requirement with synthetic evidence.
A digital signature connects an instruction to its authority and makes later changes detectable. That is the same trust-minimizing principle made familiar by Bitcoin, applied here to something personal: who may know your protected data, for what purpose, and whether that authority still exists.
Neuroclusive is not a cryptocurrency or public blockchain.
Design requirements
What the protected design requires
The design connects each protected request to the permission granted by the owner. The sample run encrypts data and tests access through grant revocation, Child revocation, and Parent restoration.
Platform recovery must be revocable
The design requires withdrawal to end future protected recovery by Neuroclusive as well as by recipients.
Authority must be current
The design checks a grant against the latest saved authority record. An older record is not enough to establish permission after a later withdrawal.
Protected changes must be verifiable
Signed, ordered records are designed to make changed authority detectable. You can inspect a sample signed proof alongside the engine check.
See how it works
How a proof is checked
A digital signature is checked to confirm that a signed record has not been altered. A protected request also needs valid authority for the person, purpose, and scope of the grant.
Try revocation and restoration with sample data.
Revoke one grant, revoke the Child, then restore that same Child with its Parent. The engine check tests that the revoked grant stays denied while valid access resumes.
Your decision remains yours
Revocation must apply to Neuroclusive, too
The protected design requires withdrawal of platform authority to end future recovery by Neuroclusive. Each future protected request must use current authority.
One precise boundary: revocation ends future recovery through the protected Neuroclusive path. It cannot erase information an authorized recipient already saw or independently retained before access ended.
See the checks for yourself.
Run the SDARC engine with fresh encrypted sample data. See how access changes through revocation and restoration.
Technical note: SDARC is a patent-pending protocol developed by Neuroclusive. Patent-pending status is not a granted patent or security certification.