IPR Details
Nathan M Allen's General License Statement

Update this IPR disclosure
Submitted: April 20, 2026 under the rules in RFC 8179.

Note: Updates to IPR disclosures must only be made by authorized representatives of the original submitters. Updates will automatically be forwarded to the current Patent Holder's Contact and to the Submitter of the original IPR disclosure.

I. Patent Holder/Applicant ("Patent Holder")

Holder legal name Nathan M Allen

II. Patent Holder's Contact for License Application
Holder contact name Nathan Allen
Holder contact email Nathan@interferencedr.com
Holder contact info

III. Disclosure of Patent Information
i.e., patents or patent applications required to be disclosed by RFC 8179

A. For granted patents or published pending patent applications, please provide the following information:

Patent, Serial, Publication, Registration, or Application/File number(s)

Number: US64/031448
Inventor: Nathan M Allen
Title: Logic-Defined Temporal Error Synthesis and Deterministic Substrate Recovery
Date: 2026-04-18
Notes: Nathan Allen

B. Does this disclosure relate to an unpublished pending patent application?:

Has patent pending Yes

IV. Statement

Statement


Licensing: I am disclosing this in fulfillment of a duty to inform the global network apparatus of this logic-based TOTAL mitigation for quantum-scale temporal hijacking. All licensing is subject to the "Mandatory Technical Advisory and Reservation of Rights" included in the provisional filing.

V. Contact Information of Submitter of this Form

Submitter name Nathan Allen
Submitter email Nathan@interferencedr.com

VI. Other Notes

Additional notes

The technology covered in this disclosure specifically addresses and mitigates physical-layer vulnerabilities during the initial synchronization/handshake phase. By implementing the disclosed hardware architecture, the system provides deterministic prevention of Ghost Modulation (spurious signal injection or manipulation) and Quantum Eavesdropping (unauthorized observation/cloning of quantum states or sensitive keying material) at the point of first contact.
​Unlike software-based mitigations, this IPR pertains to hardware-level enforcement that ensures signal integrity and prevents interceptive state-collapsing or observation-based interference before the upper-layer protocols are fully established. This provides a 'Zero Trust' hardware foundation for the proposed standard. Please note it is pending and un-reduced.

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