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IPR Details
Sangam Kumar Das' Statement about IPR related to draft-das-agentic-effectuation-boundary, draft-das-drip-uas-act-finality, draft-das-execution-finality-ai-interoperability, d...

Submitted: September 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 Sangam Kumar Das

II. Patent Holder's Contact for License Application

Holder contact name Sangam Das
Holder contact email info@sangamdas.com
Holder contact info

Balasore , Odisha
India

III. Contact Information for the IETF Participant Whose Personal Belief Triggered this Disclosure

Name Sangam Das
Email info@sangamdas.com
Other info

IV. IETF Document or Other Contribution to Which this IPR Disclosure Relates

Internet-Draft:
draft-das-agentic-effectuation-boundary ("When AI Agents Hold the Keys: Threat Model and Execution-Finality Requirements for Autonomous High-Consequence Systems")
Revisions:
00
Internet-Draft:
draft-das-drip-uas-act-finality ("Cleared to Fly or Drive Is Not Cleared to Act: Actuator-Level Execution Finality and Compact Act Evidence for UAS and Autonomous Vehicles")
Revisions:
01
Internet-Draft:
draft-das-execution-finality-ai-interoperability ("Secure and Privacy-Preserving AI Interoperability under Article 6(7) of the European Digital Markets Act: An Execution-Finality Architecture")
Revisions:
05
Internet-Draft:
draft-das-ai-factory-silicon-finality ("Execution Finality for AI-Factory Silicon and Accelerated Infrastructure: Enforcement Profiles for GPUs, Chiplets, Memory Fabrics, DPUs, RDMA, CXL, and Photonic Boundaries")
Revisions:
02
Internet-Draft:
draft-das-cvid-enforcement-profiles ("Capability-Validated Inbound Descriptors: Catalogue of Enforcement Profiles")
Revisions:
01
Internet-Draft:
draft-das-enterprise-ai-enforcement-profiles ("Securing the Enterprise Future: Technical Non-Joinability for Enterprise AI")
Revisions:
01
Internet-Draft:
draft-das-execution-finality-enforcement-profiles ("Execution Finality at External-Effect Boundaries: Enforcement Profiles for 6G, AI-Native RAN, RF, ISAC, Accelerated Compute, Devices, and Autonomous Systems")
Revisions:
02
Internet-Draft:
draft-das-execution-handle ("Possession Is Not Authority: Execution Handle, Sink Verification, Atomic Consumption, and Finality Receipt")
Revisions:
02
Internet-Draft:
draft-das-composite-execution-finality ("Partial Commit Is Not Finality: Composite Candidate Acts Across Multiple Finality Sinks")
Revisions:
01
Internet-Draft:
draft-das-ef-registries ("Illustrative Codes Are Not a Namespace: Registries for Execution-Finality Consequence Classes, Sink Types, Act Types, Failure Codes, Profiles, and Media Types")
Revisions:
01
Internet-Draft:
draft-das-actuation-bound-execution-finality ("Command Accepted Is Not Actuation Authorized: Execution Finality for Cyber-Physical and Industrial Control Systems")
Revisions:
00
Internet-Draft:
draft-das-jurisdiction-bound-execution-finality ("Authorized Here, Not Authorized There: Jurisdiction-Bound Execution Finality for Cross-Border and Sovereign Systems")
Revisions:
00
Internet-Draft:
draft-das-third-party-decision-binding ("Trust Me, I Checked: Verifiable Third-Party Decision Binding at the Execution-Finality Boundary")
Revisions:
00
Internet-Draft:
draft-das-consequence-path-completeness ("When the Gate Can Be Bypassed: Consequence-Path Completeness for Execution Finality")
Revisions:
00
Internet-Draft:
draft-das-finality-bound-revocation ("Revoked but Still Executable: Closing the Authorization-to-Effect Gap with Finality-Bound Revocation")
Revisions:
00
Internet-Draft:
draft-das-state-policy-continuity-finality ("When Valid Authorization Becomes Stale: State and Policy Continuity at the Execution-Finality Boundary")
Revisions:
00
Internet-Draft:
draft-das-attestation-interconnect-finality ("When Attestation Is Not Enough: Execution Finality for High-Assurance Resource Transitions")
Revisions:
00
Internet-Draft:
draft-das-satellite-orbital-finality-profiles ("Execution-Finality Profiles for LEO/NTN Satellites, Orbital AI, Optical ISLs, Spacecraft Autonomy, and Cybersecurity")
Revisions:
00
Internet-Draft:
draft-das-rats-openai-anthropic-extraction ("An Execution-Finality Architecture Against Automated Extraction and Distillation of OpenAI and Anthropic Claude Model Information")
Revisions:
03
Internet-Draft:
draft-das-execution-finality-ai-boundary ("An Execution Interlock at the AI Model-to-External-Effect Boundary")
Revisions:
00
Internet-Draft:
draft-das-protocols-enterprise-ai ("Assume the AI Server Is Already Compromised: Execution-Consequence Decoupling So a High-Risk Enterprise AI Cannot Join, Infer, or Send")
Revisions:
02
Internet-Draft:
draft-das-enterprise-ai-output-finality ("The Missing Piece for High-Value Confidential Enterprise AI: Non-Joinable Vaults and Output-Release Finality for Banking, Defence, and Public-Sector Deployments")
Revisions:
03
Internet-Draft:
draft-das-purpose-execution-finality ("Data-Purpose Laundering Prevention: Execution-Finality for Preventing Cross-Domain Data Reuse")
Revisions:
03
Internet-Draft:
draft-das-rats-attestation-bnd-execution-finality ("Attestation-Bound Execution Finality for GPU, AI Accelerator, DPU, SmartNIC, and Confidential-Computing Infrastructure")
Revisions:
04
Internet-Draft:
draft-das-rats-frontier-model-extraction ("An Execution-Finality Architecture for Controlling Release and Limiting Unauthorized Extraction and Distillation of Sensitive, High-Priority Frontier AI Model Information")
Revisions:
04
Internet-Draft:
draft-das-agentic-execution-finality ("Tool Selection Is Not Execution: Finality for Agentic Tool Dispatch in High-Risk AI Systems")
Revisions:
02
Internet-Draft:
draft-das-eu-ai-act-execution-enforcement ("Technical Enforcement of the EU AI Act and Global AI Laws for High-Risk AI Systems Without Relying on Paper Policies")
Revisions:
02
Internet-Draft:
draft-das-digital-sovereignty-finality ("When Data Leaves Its Originating Jurisdiction, Who Controls It? Digital Sovereignty Without Data Localisation by Separating the Compute Plane from the Authority Plane")
Revisions:
02
Internet-Draft:
draft-das-execution-finality-protocol-layer ("The Missing Protocol Layer for the Agentic Internet: Computation Is Not Authority")
Revisions:
01
Internet-Draft:
draft-das-hardware-enforced-execution-finality ("Computation Is Not Authority: Hardware-Enforced Execution-Finality for Agentic AI, MCP Tool Calls, and Industrial Agents")
Revisions:
02
Internet-Draft:
draft-das-protocols-candidate-act-finality ("Stopping AI Hallucinations and Unsafe Acts from Becoming Real-World Consequences (DAS Protocols)")
Revisions:
01
Internet-Draft:
draft-das-ntn-rf-execution-finality ("RF Enable Is Not Transmit Authority: Finality for LEO/NTN and Inter-Satellite Control")
Revisions:
01
Internet-Draft:
draft-das-payment-execution-finality ("A Signed Instruction Is Not Settlement: Finality for Agentic and API Payments")
Revisions:
01
Internet-Draft:
draft-das-precision-bounded-egress ("Access Is Not Egress: Precision-Bounded Location Release")
Revisions:
03
Internet-Draft:
draft-das-ai-native-6g-execution-finality ("Execution-Finality for AI-Native 5G/6G and O-RAN")
Revisions:
03
Internet-Draft:
draft-das-6g-query-scoped-communication-handles ("6G-Era Communication Authorization-to-Reach: Separating Identifier Possession from Permission to Contact")
Revisions:
06
Internet-Draft:
draft-das-map-discovery-communication-finality ("Privacy-by-Design Architecture for Map-Based Business Discovery Using Query-Scoped Non-Bearer Authorization")
Revisions:
01
Internet-Draft:
draft-das-child-safe-rendering-finality ("Preventing Unauthorized Adult and Age-Restricted Content Rendering to Children Through Hardware-Rooted Execution Finality")
Revisions:
04
Internet-Draft:
draft-das-agentic-tool-binding ("tool_use Is Not invoke(): Binding Execution-Finality to Agentic Tool-Call Interfaces and MCP")
Revisions:
03
Internet-Draft:
draft-das-global-privacy-execution-enforcement ("Technical Enforcement of the European GDPR and Global Data-Protection Constraints Without Paper Policy")
Revisions:
00
Internet-Draft:
draft-das-ot-actuation-finality ("A Setpoint Write Is Not Actuation: Finality for ICS, Grid, and Robot Command")
Revisions:
00
Internet-Draft:
draft-agentic-ai-tool-execution-finality ("Execution Finality for Agentic AI: Stopping Unauthorized Tool Calls, Memory Writes, and Real-World Consequences Before They Happen (DAS -- Decoupled Authorisation System)")
Revisions:
00

V. 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: WO2026150382
Inventor: Sangam Das
Title: HARDWARE-ROOTED EXECUTION-FINALITY SYSTEM FOR SOVEREIGN ARTIFICIAL INTELLIGENCE INFRASTRUCTURE, AI-NATIVE TELECOMMUNICATIONS AND SATELLITES
Date: 2026-06-04
Notes: A. COMMON TECHNICAL PRINCIPLE, PATENT LINEAGE AND EXAMINATION STATUS

Patent / Technical Lineage

The following international patent applications form part of the technical body of work underlying my present and future IETF submissions.

Applications already examined by the International Searching Authority

PCT/IB2025/058743 — Examined
PCT/IB2025/058833 — Examined
PCT/IB2025/059031 — Examined
PCT/IB2025/059898 — Examined

PCT/IB2026/053385 — ALF-PCT — Examined
PCT/IB2026/055615 — THE DAS PROTOCOLS / Mothership — Examined
PCT/IB2026/055870 — Examined
PCT/IB2026/056058 — Examined

Other related international applications

PCT/IB2026/054453 — CVID-PCT-1
PCT/IB2026/055760
PCT/IB2026/056353
PCT/IB2026/056771
PCT/IB2026/056809
PCT/IB2026/056941
PCT/IB2026/057198
PCT/IB2026/057540
PCT/IB2026/058236
PCT/IB2026/059805

Some applications in this second group have also received ISA search results or written opinions, while others remain at different stages of the international procedure.

The withdrawn application is intentionally excluded from this statement.

The international applications are also backed by a broader priority and technical-development chain comprising more than 32 Indian provisional patent applications.

In addition:

Indian Patent Application No. 202631112226
Related future PCT: awaiting / to be identified when filed

These applications and priority filings contain different inventions, embodiments, architectures, claim scopes, industries, enforcement mechanisms, and implementation paths. They should not be treated as identical filings or as having identical claim scope.

Mothership Scale

The earlier technical lineage, including PCT/IB2026/053385 — ALF-PCT, was subsequently developed and substantially expanded into PCT/IB2026/055615 — THE DAS PROTOCOLS / Mothership and related filings.

The Mothership comprises approximately:

8,598 pages
300+ embodiments / implementation scenarios
200+ claims
multiple industries
multiple architectures
multiple enforcement points
multiple implementation paths
multiple alternative technical mechanisms

Distinct Technical Content — Not Mere Repetition

The size of the Mothership and related PCT portfolio is not the result of simply repeating the same disclosure across thousands of pages.

The applications contain distinct embodiments, distinct implementation scenarios, different enforcement locations, different threat models, different technical workflows, different state-transition sequences, and different industry-specific architectures.

The disclosures include substantial embodiment-specific technical material such as:

pseudocode
step-by-step workflows
validation sequences
state-transition logic
failure and recovery procedures
anti-replay mechanisms
anti-bypass closures
protected-state operations
cryptographic binding sequences
execution-boundary logic
alternative deployment architectures
industry-specific implementation paths

Accordingly, individual PCT applications and individual portions of the Mothership may implement the common execution-finality principle through materially different technical mechanisms and workflows.

A telecom embodiment, AI-agent embodiment, payment embodiment, satellite embodiment, hardware-enforcement embodiment, privacy embodiment, or distributed-system embodiment may therefore contain different pseudocode, different execution paths, different validation predicates, different protected states, and different effectuation boundaries.

The common architectural principle does not mean that the underlying disclosures are technically repetitive or interchangeable.

The Mothership is therefore substantially broader than any single IETF specification, working-group deliverable, or industry-specific standardization effort.

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

Has patent pending No

VI. Licensing Declaration

The Patent Holder states that its position with respect to licensing any patent claims contained in the patent(s) or patent application(s) disclosed above that would necessarily be infringed by implementation of the technology required by the relevant IETF specification ("Necessary Patent Claims"), for the purpose of implementing such specification, is as follows(select one licensing declaration option only):

Licensing Reasonable and Non-Discriminatory License to All Implementers with Possible Royalty/Fee
Licensing information, comments, notes, or URL for further information

B. IETF FRAND AND NON-EXCLUSIVE LICENSING POSITION

Industry-Wise / Specification-Wise Position

My intended IETF licensing position is based on the particular specification or industry-specific technical profile actually adopted through the applicable IETF process.

Where implementation of an adopted IETF specification necessarily requires one or more patent claims from this technical family:

**Necessary Patent Claims for that specification

→ FRAND / non-exclusive**

The approach is intended to operate industry-wise and specification-wise.

Relevant specifications or profiles may concern, for example:

AI / Agentic AI
Telecommunications / 6G
Cybersecurity
Identity
Privacy
Payments
Cloud / Distributed Systems
Hardware / Attestation
Satellite / NTN
Other applicable technical environments

The relevant FRAND commitment therefore applies only to the specific Necessary Patent Claims required for implementation of the particular adopted IETF specification or standardized profile.

The commitment is intended to be non-exclusive.

No individual implementer would obtain exclusivity merely because Necessary Patent Claims are made available under the applicable IETF-related FRAND commitment.

Mothership Limitation

The Mothership contains approximately:

8,598 pages
300+ embodiments / implementation scenarios
200+ claims
multiple industries
multiple architectures
multiple enforcement mechanisms
multiple alternative implementations

It is substantially broader than any single industry-specific IETF specification.

Therefore:

Entire Mothership ≠ FRAND

Entire patent family ≠ FRAND

Every embodiment ≠ FRAND

Every claim ≠ automatically FRAND

Disclosure of the Mothership, a related PCT application, an Indian priority application, or another member of the technical family to the IETF does not automatically place the complete application, disclosure, priority family, embodiment set, or broader portfolio under FRAND.

Only the Necessary Patent Claims actually required to implement the relevant adopted IETF specification are intended to fall within the corresponding FRAND commitment.

Broader Priority Chain

The international portfolio is supported by more than 32 Indian provisional patent applications covering different stages of technical development, embodiments, architectures, implementation paths, and industry-specific applications.

The existence of those priority applications does not mean that every disclosed feature, provisional embodiment, or later claim automatically becomes subject to an IETF FRAND commitment.

The same principle applies:

**Necessary Patent Claims for the relevant adopted IETF specification

→ FRAND / non-exclusive**

**Other subject matter

→ outside that specific commitment**

Voluntary Royalty-Free Sovereign / Public-Safety Licensing Position

Separately from the IETF FRAND commitment, I am willing to consider granting royalty-free licences to sovereign states, governments, and public authorities for strictly non-commercial public-interest and public-safety uses.

Potential qualifying uses may include:

public safety
emergency response
disaster management
child safety
critical-infrastructure protection
civil protection
public-health emergency systems
national resilience
other genuine non-commercial governmental or public-interest uses

This is a voluntary licensing position only and does not itself grant any licence.

Any royalty-free permission would arise only:

upon written request and through a separate written agreement

with the relevant sovereign state, government, ministry, agency, public authority, or other authorised public body.

The written agreement may define:

applicable patent rights
specific technology
authorised project
permitted public-interest purpose
territory
duration
beneficiaries
implementation safeguards
scope of use
applicable contractors or service providers, where expressly authorised

The royalty-free permission would be limited to the expressly authorised non-commercial sovereign or public-interest purpose.

It would not automatically extend to:

commercial exploitation
commercial resale
general sublicensing
private-sector commercial deployment
unrelated contractor activity
uses outside the agreed governmental/public-interest scope

This sovereign/public-interest licensing position is separate from the IETF FRAND commitment and does not modify the licensing terms applicable to ordinary commercial implementers of an IETF specification.

Outside the Relevant Standard

Where not necessary to implement the applicable adopted specification, the following may remain outside the relevant IETF FRAND commitment:

different industry implementations
alternative architectures
optional mechanisms
proprietary implementations
organisation-specific deployments
alternative enforcement mechanisms
non-standardized embodiments
other technical subject matter

Such claims retain their independent licensing and commercial status.

The intended distinction is:

**Relevant industry-specific IETF specification + Necessary Patent Claims

→ FRAND / non-exclusive**

**Broader Mothership + other industries + optional / proprietary / non-standardized embodiments

→ outside that specific FRAND commitment**

Indian Application and Future PCT

Indian Patent Application No. 202631112226 is intended to follow the same principle if subject matter from that application later becomes relevant to an adopted IETF specification.

If a related PCT application is subsequently filed, the resulting PCT application number may be added to the applicable IETF IPR disclosure.

Again:

**Necessary Patent Claims for the applicable adopted specification

→ FRAND / non-exclusive**

**Remaining subject matter

→ not automatically included in that commitment**

Status of Rights

The referenced filings contain pending patent applications and pending patent claims.

Nothing in this statement represents that:

the claims have already been granted;
every claim has been searched by the ISA;
every application has reached the same examination stage;
every claim is essential to an IETF specification;
the IETF determines or certifies patent essentiality;
or ISA novelty findings constitute final determinations of patentability or validity.

Essentiality depends on the relationship between the eventual applicable patent claim and the requirements of the relevant adopted specification.

Overall Position

Technical origin

Independent inventor; no external technical team, no external financial backing, and international-stage filings and examination responses prepared without patent-attorney assistance.

Priority base

More than 32 Indian provisional patent applications supporting the broader technical lineage.

Common technical principle

Computation is not authority.

ISA position

For claims actually searched and assessed in the relevant examined PCT applications, novelty was identified.

Claims not searched, including those excluded from search because of lack-of-unity findings, are not included in that statement.

Inventive-step position

Inventive-step objections have been challenged through personally prepared ISA rebuttals / responses and Chapter II / IPEA proceedings where applicable, without patent-attorney assistance.

IETF standardization (Industry-specific)

Necessary Patent Claims required for the applicable adopted industry-specific IETF specification → FRAND AND non-exclusive.

Sovereign / public-safety use

Strictly non-commercial sovereign or public-interest use → may be considered royalty-free upon written request and through a separate written agreement.

Broader portfolio

Other industries, embodiments, alternative implementations, proprietary deployments, and claims not necessary for that specification → outside that specific FRAND commitment.

The objective is to support open technical standardization and genuine public-interest use without converting the substantially broader Mothership, its extensive embodiment set, the underlying Indian priority chain, or the wider patent portfolio into a portfolio-wide FRAND or unrestricted royalty-free commitment.

International Searching Authority / IPEA — Current Examination Position

International Searching Authority search reports and/or written opinions have now been issued for multiple applications in this portfolio.

Novelty

For claims that were actually searched and assessed by the ISA, novelty was identified.

This statement is deliberately limited to claims actually searched and assessed.

In some applications, the ISA did not search every claim because it raised lack-of-unity / multiple-invention findings.

Accordingly:

Claims actually searched and assessed by the ISA → novelty identified.

Claims not searched because of lack of unity or other search limitations → no novelty representation is made here.

For PCT/IB2026/055615 — THE DAS PROTOCOLS / Mothership, the claims actually searched and assessed by the ISA were identified as novel.

The Mothership itself contains more than 200 claims, although this does not mean that every one of those claims was necessarily searched where the ISA applied unity limitations.

For PCT/IB2026/056058, novelty was identified for the claims examined by the ISA, including the claim set addressed in the corresponding written opinion.

Inventive Step

The principal substantive objections raised against searched claims have concerned:

Inventive step / obviousness

rather than lack of novelty.

I have contested those objections.

The rebuttals address, among other matters:

mosaicing or reconstruction from separate prior-art references;

hindsight reasoning;

absence of teaching or motivation to combine;

the distinction between what a skilled person could combine and what the skilled person would have combined;

absence of a demonstrated technical path from the cited references to the claimed architecture;

and whether the cited references genuinely teach the claimed combination rather than individual components in isolation.

These rebuttals and objections were prepared personally, without patent-attorney assistance.

Chapter II / IPEA proceedings have already been initiated where applicable, and the relevant submissions were likewise prepared personally.

For applications where Chapter II / IPEA action remains available but has not yet been completed, the corresponding action may be taken within the applicable procedural period.

All referenced patent applications and claims remain pending.

ISA findings, applicant rebuttals, Chapter II Demands, and IPEA proceedings do not themselves constitute patent grant or a final determination of validity or patentability.

Common Technical Principle

Although the applications cover different inventions, industries, embodiments, and implementations, the IETF work derived from this technical family follows a common architectural principle:

Computation is not authority.

Successful computation, authentication, identity verification, possession of a credential or token, generation of an AI output, receipt of an authorization decision, consent, software instruction, policy approval, or other upstream validation should not necessarily, by itself, make a consequential act externally effective.

The common architectural direction is:

**Proposed / computed / authorized act

→ remains non-effective
→ required conditions are verified at the applicable enforcement boundary
→ permitted consequence becomes effective**

Depending on the particular specification or implementation, the applicable conditions may include:

exact-act / parameter binding;

current authorization state;

protected policy state;

freshness;

revocation;

replay protection;

single-use or bounded authority;

generation / fencing state;

cumulative limits or budgets;

execution-boundary binding;

reconstruction of the actual pending consequence;

authorized-versus-actual comparison;

atomic or crash-consistent state transition;

fail-closed handling;

alternate-path / bypass prevention.

Different IETF documents may apply this common principle across different technical environments, including:

AI / Agentic AI
AI interoperability
Telecommunications / 6G
Cybersecurity
Workload Identity
Privacy
Digital Identity
Payments
Cloud / Distributed Systems
Hardware / Attestation
Satellite / NTN
Communications
Data Release
Other consequential computing environments

Terminology, protocol format, implementation layer, enforcement location, and industry-specific mechanisms may differ.

The common principle remains:

A system may compute, authenticate, authorize, propose, or prepare an operation without that fact alone constituting final authority for the resulting consequence.

Note: The individual submitting this template represents and warrants that he or she is authorized by the Patent Holder to agree to the above-selected licensing declaration.

VII. Contact Information of Submitter of this Form

Submitter name Sangam Das
Submitter email info@sangamdas.com

VIII. Other Notes

Additional notes

Independent Inventor / Self-Filing Disclosure

This technical and patent work has been developed and pursued independently.

No external technical team.
No institutional or corporate financial backing.
No external funding.
International-stage PCT applications prepared and filed personally.
No patent attorney used for the international-stage PCT filings.
Filing, prosecution, publication, and related costs funded from personal resources.

The same independent approach has also applied to the international examination responses.

Where ISA inventive-step objections have been received, the technical rebuttals, objections, informal comments, responses, and supporting arguments were prepared personally without patent-attorney assistance.

Where Chapter II proceedings have already been initiated, the applicable Demand / IPEA submissions and related rebuttal material were likewise prepared and filed personally, without patent-attorney assistance.

Where further Chapter II / IPEA action remains procedurally available or pending, the applicable action may be taken within the relevant time limits.

This disclosure is provided for transparency regarding the origin, preparation, prosecution, and technical development of the work.

My primary motivation is not monetary return, but the possibility of meaningful technical change. AI is evolving extremely quickly, and I believe safety mechanisms—especially for critical systems—should evolve with comparable urgency.

I respectfully ask the community not to interpret the large number of documents I have submitted in a short period as spam. The more than 40 submissions reflect an effort to document different technical paths, threat models, and possible preventive mechanisms while there is still time to consider them.

The reason I have chosen a FRAND licensing position, rather than offering all relevant rights without compensation, is also practical: this work has been researched, developed, filed, and prosecuted using my own personal resources, and continued research, patent prosecution, testing, and future innovation require funding. Any reasonable licensing income can help support further independent technical work and the development of additional safety mechanisms.

The main purpose remains to show that technical solutions may exist, to invite open scrutiny and improvement, and to encourage preventive safeguards before emerging risks become much harder to address.

Monetary return is not the primary objective; enabling continued innovation and helping safety mechanisms keep pace with rapidly evolving AI is.

Only those sections of the relevant entry form where the submitter provided information are displayed above.