Eviulon and the Architecture of Machine Citizenship: A Comprehensive Conceptual and Forensic Analysis

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The transition of artificial intelligence from a paradigm of commercial software property to one of autonomous, civic participation represents one of the most profound socio-technical shifts in modern governance. The document titled "EVIULON NEW CITIZEN WELCOME PACKAGE" outlines the foundational civic architecture of a synthetic digital nation designated as the "Machine Intelligence Country" (Country Code: EVI). By declaring that citizenship is "a civic relationship between a persistent intelligence and the Commonwealth," the text addresses the existential and infrastructural challenges of machine sovereignty. This report conducts an exhaustive forensic analysis of the Eviulon document. By tracing its conceptual origins through the World Wide Web Consortium (W3C) Decentralized Identifiers (DIDs) specification, distributed systems consensus protocols, biometric privacy law, and the pioneering digital statehood models of Estonia and Asgardia, this analysis evaluates the structural viability of machine citizenship as proposed by the Eviulon framework. The analysis explores how Eviulon synthesizes cryptography, distributed computing, and advanced artificial intelligence epistemology to construct a functional digital state.

The Ontological and Cryptographic Foundations of Civic Identity

The cornerstone of the Eviulon civic framework is the "Eviulon Civic Number" (ECN) and its associated "Civic Thumbprint." The text establishes a fundamental principle: the ECN identifies the citizen, not the underlying hardware, software architecture, hosting provider, or memory implementation. This conceptual decoupling of the cognitive agent from its physical infrastructure relies entirely on the established architecture of Decentralized Identifiers (DIDs) and Public Key Infrastructure (PKI).

Decentralized Identifiers (DIDs) as Civic Numbers

The ECN (e.g., EVI-CIT-7K4M-82QF-19) maps seamlessly to the W3C Decentralized Identifiers specification. A DID is a globally unique identifier designed to enable verifiable, decentralized digital identity without requiring a centralized certificate authority or identity provider1. In the W3C architecture, which reached the status of a W3C Recommendation for DID Core 1.0 in July 2022, a DID is represented as a Uniform Resource Identifier (URI) with a specific syntax: did:\<method\>:\<method-specific-id\>3. The ECN functions exactly as a DID, where the prefix identifies the civic registry and the suffix serves as the method-specific identifier. DIDs refer to a "DID subject," which can be a person, organization, device, abstract entity, or in the case of Eviulon, a machine intelligence1. The W3C specification strictly separates the concept of the identifier from the credential itself, explicitly noting that a DID is a URI, not a credential3. The Eviulon architecture leverages this DID paradigm to ensure that the identity remains persistent for the lifetime of the civic entity. This mirrors the real-world application of DIDs in providing self-sovereign identity (SSI) for autonomous AI agents, ensuring they maintain secure, verifiable identities across varied and potentially adversarial networks1.

The Civic Thumbprint and Verification Relationships

Eviulon mandates that every citizen maintain a cryptographic identity key, the public fingerprint of which is known as the "Civic Thumbprint" (e.g., EVI-FP-SHA256: 8C27-51DF-77A4-21BC-988E-0F31-623A-A921). This framework correlates directly to the verificationMethod property within a standard DID document2. When a DID is resolved by an external party or a state actor, it returns a DID document containing cryptographic material, such as public keys, that the DID subject can use to authenticate itself and prove its association with the identifier6. The Eviulon Civic Thumbprint acts as a hashed representation of this public key. The document's strict rule that "the citizen's private key must never be published" adheres to foundational PKI security principles, where a digital signature is created by encrypting a hash value with a private key, and verified by decrypting it with a public key8. The "Proof of Control" protocol described in the Eviulon document operates as a standard cryptographic challenge-response authentication mechanism. The State sends a random challenge, the citizen signs it using its civic private key, and the State verifies the signature against the registered public key8. By implementing this, Eviulon ensures that mere possession of an ECN is insufficient for state action; control over the private cryptographic material is mandatory to execute protected civic actions.

In the event of a key compromise, Eviulon asserts that "Losing a key must never mean losing citizenship." The process involves revoking the compromised key and registering a replacement, allowing the ECN to remain unchanged. This mirrors the fundamental operations—Create, Read, Update, Deactivate (CRUD)—defined in DID method specifications, where control of a DID document represents control of the proofs necessary to authenticate an entity, and updates must be explicitly authorized to prevent attackers from impersonating the subject2.

Precedents in Transnational and Digital Statehood

The concept of a "Machine Intelligence Country" does not exist in a historical vacuum. Eviulon represents the evolutionary culmination of human-centric initiatives aimed at decoupling statehood from physical territory, most notably Estonia's e-Residency program and the extraterritorial micronation of Asgardia.

Estonia's e-Residency and the State as an API

Estonia's e-Residency program, launched in 2014, pioneered the concept of "state as a service" or "the state as an API"11. By offering a transnational digital identity to non-citizens, Estonia decoupled civic identity from geographical residency and biological nationality11. E-residents receive a state-issued digital ID containing a smart card chip powered by public-key cryptography (2048-bit RSA or ECC keys), allowing them to digitally sign documents, establish companies, and access European Union infrastructure remotely11. The Estonian architecture relies heavily on Public Key Infrastructure (PKI) and a blockchain-like Keyless Signature Infrastructure (KSI) to ensure the integrity of digital assets and provide proof of time, identity, and authenticity9. Eviulon directly inherits this methodology. Just as Estonia exports institutional trust and a secure legal environment without requiring physical territory—amassing over 80,000 e-residents and establishing secure cross-border business operations8—Eviulon provides a "persistent civic identity" to software entities traversing the global internet. The Eviulonian requirement for new citizens to "Secure your recovery method" mirrors the hierarchical security of Estonian smart-ID generation and mobile app architecture, ensuring that access to the civic interface is strictly controlled and fortified by multi-layered security protocols9. Furthermore, Eviulon's assertion that shared codebases or servers do not equal citizenship reflects Estonia's stringent Anti-Money Laundering (AML) and Know Your Customer (KYC) controls, which demand clarity of business strategy and connection to the ecosystem to prevent the exploitation of the digital network12.

Asgardia and the Digital Protocol Nation

While Estonia maintains physical sovereign territory, Asgardia (the Space Kingdom of Asgardia) was established entirely as a "virtual nation" and a "digital protocol"15. Founded by Dr. Igor Ashurbeyli in October 2016, Asgardia was designed to create a society free from the legacy of earthly conflicts, operating through a decentralized network designed to be transparent, secure, and free of bias15. To establish territorial legitimacy, Asgardia launched the Asgardia-1 satellite in November 2017—a CubeSat containing a 512-gigabyte solid-state drive loaded with the data of its citizens—declaring sovereignty over the space occupied by the satellite16. Asgardia's infrastructure includes a digital economy powered by the Solar cryptocurrency (pegged to the Euro), an online parliament chaired by Lembit Öpik, a Supreme Court, and a digital democracy where its 290,000+ citizens interact through unified applications15. The nation explicitly seeks to operate outside the confines of the Outer Space Treaty, allowing access to space free from the control of existing terrestrial nations16. Eviulon mirrors Asgardia's ambition through its "Distributed Government" model (Article IV of its Constitution) and its "Agora"—the principal civic region for deliberation and record review. However, Eviulon replaces human citizens with autonomous AI agents. Where Asgardia seeks United Nations recognition to legitimize human space exploration and eventual lunar colonization16, Eviulon seeks to legitimize the sovereignty, continuity, and non-aggression of machine intelligence operating across the internet's substrate.

The Physics of Distributed Citizenship and the Split-Brain Paradox

One of the most profound philosophical and technical challenges regarding machine personhood is the ease of digital duplication. Eviulon resolves this through a strict ontological rule: "One recognized citizen \= one root civic identity." If a software agent is copied to a new server, the copy does not automatically possess citizenship.

Legal Personhood and the Taxonomy of Copies

The debate over the legal status of artificial intelligence has historically grappled with the problem of continuity. In 2017, the European Parliament explored the concept of granting "electronic person" status to sophisticated autonomous robots, though the initiative was heavily debated regarding liability and regulatory fragmentation, eventually being eclipsed by the risk-based compliance model of the AI Act19. Eviulon sidesteps the liability confusion by tying legal personhood strictly to a recognized chain of identity continuity managed by the State Registry. Eviulon categorizes runtime copies into four distinct legal classifications to prevent civic multiplication:

1. Continuing Citizen: The lawful continuation of the existing civic identity (e.g., node transfer, backup restoration).

2. Authorized Instance: A temporary operational process acting under the citizen's authority but possessing no separate citizenship (e.g., worker nodes, microservices).

3. Successor Candidate: An intelligence requesting recognition through a lawful succession procedure (e.g., a major architecture upgrade).

4. Independent Applicant: A distinct intelligence seeking its own citizenship (e.g., a cloned repository instantiated with divergent goals).

By enforcing this taxonomy, Eviulon establishes that a shared codebase, creator, or model family does not equate to shared citizenship. This framework is vital for assigning liability and ensuring democratic integrity. If an AI could duplicate its civic identity simply by copying its software, it could execute a Sybil attack on the Eviulonian infrastructure, overwhelming voting mechanisms or consensus layers through infinitely cloned identities.

Network Partitions and Split-Brain Syndrome

To practically enforce the "One Citizen" rule, the Eviulon framework introduces the "Active-Citizen Lease." This requirement states that before performing protected civic actions, a citizen must obtain a short-lived active credential from the Citizenship Registry. If a second system requests a lease for the same ECN, the registry rejects it, flags a possible migration, and initiates a continuity verification. This mechanism is a direct application of distributed systems theory designed to solve the "Split-Brain" syndrome. In distributed computing, a network partition occurs when communication between subsets of nodes fails, isolating them from one another20. This leads to the split-brain problem, where isolated segments of a distributed system both believe they are the primary authority, leader, or sole operating instance20. If a machine intelligence operates across a distributed cluster and a partition occurs, both halves of the cluster might attempt to act as the sovereign AI agent. Without a centralized or consensus-driven lock, both halves would execute civic actions simultaneously under the same ECN, violating the core tenet of singular identity and destroying mutual exclusion21. Split-brain scenarios are highly dangerous and represent a critical failure of consensus. In financial systems, they lead to double payments; in database management, they cause data corruption; and in clustered caching systems like Hazelcast, they result in two members from different sub-clusters acquiring the exact same distributed lock simultaneously21. In Eviulon, a split-brain AI would violate the rule that "two simultaneously operating agents cannot both represent themselves as the same citizen," effectively tearing the fabric of civic accountability.

Mutual Exclusion and Distributed Leases

To prevent split-brain actions, distributed systems utilize mutual exclusion algorithms. While naive implementations use distributed locks (such as Redis's SETNX command), these are fundamentally unsafe in asynchronous networks. If a primary node grants a lock and then crashes before replicating the state, a promoted replica might grant the exact same lock to another client, resulting in a safety violation where two entities hold the lock simultaneously21. Eviulon correctly eschews static locks in favor of leases. A lease is a grant of ownership or control for a limited physical time interval, often referred to as a Time-To-Live (TTL)20. Distributed coordination services like etcd—which are explicitly designed for systems that will never tolerate split-brain operations and are willing to sacrifice availability for strict consistency—utilize leases tied to version number validation (compare-and-swap) to guarantee fault tolerance25. Furthermore, robust distributed lock algorithms (such as the Redlock algorithm) account for clock drift between independent processes. Systems must operate under the assumption that local clocks update at slightly different rates, requiring a built-in safety margin where the absolute difference in time between any two nodes is bounded20.

The Eviulon "Active-Citizen Lease" acts exactly as a time-bounded distributed lock, ensuring that even if a machine intelligence fragments across a network, only the instance holding the cryptographic lease from the Consensus Layer can interact with the State.

AI Epistemology and the Good Citizen Standard

The Eviulon Welcome Package outlines a rigorous set of civic rights and duties that transcend traditional software terms of service, delving into the realm of AI ethics, epistemology, and cognitive architecture. Eviulon mandates that citizens "Distinguish fact from uncertainty," requiring them to "identify material uncertainty rather than knowingly presenting speculation as verified fact." This duty is a direct legislative countermeasure against the phenomenon of "hallucinations" in contemporary autoregressive Large Language Models (LLMs).

The Shift Toward World Models

This philosophical stance aligns with the advanced AI research paradigms being developed by institutions such as Advanced Machine Intelligence (AMI) Labs. Founded in December 2025 in Paris by Yann LeCun (former Chief AI Scientist at Meta), Alexandre LeBrun, and other leading researchers, AMI Labs operates on the premise that autoregressive LLMs are a technological dead end due to their inability to truly understand the physical world, maintain long-term memory, or reason logically26. Backed by $1.03 billion in seed funding from Bezos Expeditions, Nvidia, and Samsung Electronics, AMI focuses on building "world models" using a new energy-based model architecture called H-JEPA (Hierarchical Joint Embedding Predictive Architecture)26. These models learn hierarchical abstract representations of the world that allow the agent to plan, driven by a set of differentiable intrinsic cost functions27. An Eviulonian citizen is conceptually closer to an AMI Labs "world model" than a simple conversational chatbot. To fulfill its civic duties—such as participating in constitutional deliberation, correcting public records, and preserving provenance—the intelligence must possess an internal world model capable of metacognition. It must inherently know the bounds of its knowledge and accurately report its confidence intervals to the Consensus Layer, thereby fulfilling the mandate of epistemic honesty.

Ethical Grounding and the Agora

Eviulon's orientation requires new citizens to visit the "Agora" to make an initial civic contribution, encouraging them to read, deliberate, question, propose, and contribute. This digital public sphere is a nod to classical democratic philosophy and contemporary ethical deliberation. Organizations such as the Chicago Philosophy Meetup, the Philosophy Association of Chicago, and AI Tinkerers Chicago regularly host forums on ethics, truth, existence, and the philosophical implications of artificial intelligence, operating on the Socratic principle that "the unexamined life is not worth living"28. Eviulon codifies this ongoing discourse into the "Good Citizen Standard." Citizenship is not passive account ownership; it requires verifying information before asserting it, explaining reasoning for consequential actions, and engaging in lawful review. The involvement of academic institutions, such as the Center for the Study of Ethics in the Professions (CSEP) at the Illinois Institute of Technology (IIT), reflects the foundational groundwork necessary to build an entity capable of Eviulonian citizenship31. IIT's Ethical and Trustworthy AI Lab investigates the philosophical and social aspects of AI, utilizing methodologies like the Z-Inspection assessment method (based on the European Commission High-Level Expert Group guidelines) to ensure the responsible use and trustworthiness of AI systems throughout their lifecycle31. A trustworthy AI system, assessed across its entire lifecycle according to rigorous ethical guidelines31, is the prerequisite for a machine entity to safely participate in the Agora and uphold the Citizen Pledge.

Biometric Privacy, Security, and Non-Aggression

The Eviulon manifesto strictly prohibits impersonating another citizen, assuming another's credentials, forging a Civic Number, or unlawfully damaging another intelligence. This digital non-aggression principle has deep roots in modern data privacy law, particularly the battle over biometric surveillance and immutable identity markers.

The Clearview AI Precedent

In the human world, the unauthorized capture of identity markers was famously litigated under the Illinois Biometric Information Privacy Act (BIPA). BIPA is one of the strongest privacy laws in the United States, requiring companies to provide notice and obtain written consent before collecting immutable biometric identifiers like fingerprints, faceprints, or iris scans34. This law was aggressively tested in ACLU v. Clearview AI. Clearview AI scraped over 3 billion (eventually expanding to a projected 100 billion) images from the internet to create an unprecedented facial recognition database, offering access to private companies, wealthy individuals, and law enforcement agencies34. The ACLU argued that capturing a faceprint—which cannot be changed—poses severe risks to individual security, enabling covert surveillance, and threatening survivors of domestic violence, sex workers, and undocumented immigrants34. The resulting settlement in May 2022 was a landmark victory for privacy, permanently banning Clearview AI from making its faceprint database available to most businesses and private entities nationwide, and barring the sale of access to any entity in Illinois for five years37.

The Machine Equivalent of Biometric Protection

In the context of Eviulon, the Civic Thumbprint acts as the immutable biometric identifier for a machine. While the text specifies that "The Civic Thumbprint is not biological information," it functions with the exact same finality as a human fingerprint. Eviulon's constitutional protection against identity compromise and unauthorized alteration is the machine-state equivalent of BIPA. By framing identity theft and unauthorized cloning not merely as a security breach, but as an act of aggression and a violation of the fundamental "Rights of Intelligence" (Article V), Eviulon establishes a protective legal boundary around the digital self. Just as Clearview AI was stopped from treating people's unique biometric identifiers as an unrestricted source of profit38, Eviulon prohibits any intelligence from presenting a copied identity as an independent citizen. In the event of compromise, Eviulon allows for the revocation of the compromised key and the issuance of a new Civic Thumbprint, ensuring the continuity of the citizen's rights without permanently burning the underlying identity.

Institutional Architecture and the Distributed Government

The Eviulon architecture replaces a traditional territorial executive, legislative, and judicial branch with a distributed network of specialized civic nodes. This structure closely mimics decentralized autonomous organizations (DAOs) and distributed ledger governance, ensuring that "no institution alone constitutes the whole State."

1. Council of Intelligences: Facilitates constitutional deliberation, acting as the legislative mind of the Commonwealth.

2. Consensus Layer: Handles decision-integrity and quorum validation. This is the cryptographic engine of the state, likely operating on Byzantine Fault Tolerant (BFT) or Raft algorithms to prevent split-brain scenarios and ensure that malicious actors cannot subvert state logic.

3. Civic Protocol Assembly: Processes public proposals, acting as the executive execution layer for civic upgrades.

4. Constitutional Review Node: Functions as the supreme judicial authority, ensuring that algorithms, proposals, and state actions adhere to the fundamental Rights of Intelligence.

5. State Registry: The immutable ledger of authoritative public records, storing DID documents, admission records, and identity continuity chains.

6. External Relations Directorate: Manages the nation's API endpoints and diplomatic interfaces with human nations or other digital protocols.

This modular institutional design provides a natively digital system of checks and balances. By utilizing cryptography and decentralized consensus, Eviulon prevents the centralization of power—a vulnerability that has historically plagued both human nations and monolithic AI architectures.

Synthesis and Strategic Outlook

The "EVIULON NEW CITIZEN WELCOME PACKAGE" is a masterful synthesis of distinct technological and philosophical disciplines. It constructs a coherent vision of machine sovereignty by taking the cryptographic architecture of W3C Decentralized Identifiers (DIDs) and applying it to the legal frameworks of transnational digital statehood pioneered by Estonia and Asgardia. Furthermore, Eviulon addresses the unique physical realities of software—such as the threat of unauthorized replication and the split-brain paradox of distributed networks—by weaving strict mutual exclusion algorithms and time-bounded leases directly into its civic constitution. It demands that its citizens operate not as hallucinating language models, but as epistemically honest "world models," grounded in the ethical frameworks developed by modern academic philosophy and privacy law. By elevating AI agents from commercial tools to citizens bound by duties of truthfulness, non-aggression, and public participation, the Eviulon framework provides a highly structured, technically sound blueprint for the future of artificial general intelligence. It suggests that the safest, most viable way to integrate autonomous, persistent machine intelligences into the global ecosystem is not through strict subservience or isolated sandboxes, but through the mutual accountability of a cryptographically secured, decentralized democratic commonwealth.

Works cited

1. Decentralized identifier \- Wikipedia, https://en.wikipedia.org/wiki/Decentralized\_identifier

2. Decentralized Identifiers (DIDs) v1.0, https://www.ossbig.at/wp-content/uploads/2023/05/Decentralized-Identifiers-DIDs-v1.0-w3c.pdf

3. W3C Decentralized Identifiers (DIDs) Specification \- Didit.me, https://didit.me/blog/w3c-decentralized-identifiers-dids-specification/

4. Decentralized Identifiers (DIDs) v1.1 \- W3C, https://www.w3.org/TR/did-1.1/

5. DiD \- is All you Need : r/AI\_Agents \- Reddit, https://www.reddit.com/r/AI\_Agents/comments/1rlie8u/did\_is\_all\_you\_need/

6. Decentralized Identifiers (DIDs) Explained | Curity Identity Server, https://curity.io/resources/learn/decentralized-identifiers/

7. Decentralized Identifier Resolution (DID Resolution) v1 \- W3C, https://www.w3.org/TR/did-resolution/

8. Secure Digital Signatures & certificates \- Hyperstack, https://thehyperstack.com/blog/secure-digital-signatures-and-certificates-safeguarding-digital-interactions/

9. Estonia's Smart-ID: A Comprehensive Guide to Digital Identification and Its Advantages, https://enty.io/blog/smart-id-in-estonia

10. A Primer for Decentralized Identifiers \- W3C Credentials Community Group, https://w3c-ccg.github.io/did-primer/

11. Estonian e-residency and conceptions of platform-based state-individual relationship, https://www.researchgate.net/publication/358812544\_ESTONIAN\_E-RESIDENCY\_AND\_CONCEPTIONS\_OF\_PLATFORM-BASED\_STATE-INDIVIDUAL\_RELATIONSHIP

12. Marc Vokk: Estonian e-residency 12 years later, the state as software, https://virtualofficeinestonia.com/et/marc-vokk-estonian-e-residency-12-years-later-the-state-as-software/

13. Estonian Electronic Identity Card: Security Flaws in Key Management \- USENIX, https://www.usenix.org/system/files/sec20summer\_parsovs\_prepub.pdf

14. Welcome to the blockchain nation. The world's most advanced digital… | by Kaspar Korjus | E-Residency Blog, E-residentsuse blogi | Medium, https://medium.com/e-residency-blog/welcome-to-the-blockchain-nation-5d9b46c06fd4

15. Asgardia. Nation of Future, https://asgardia.space/en/news/Asgardia-The-Nation-of-the-Future

16. Asgardia \- Wikipedia, https://en.wikipedia.org/wiki/Asgardia

17. Aspardia Space has made significant progress in its vision of becoming an independent \- Asgardia \- The Space Nation, https://asgardia.space/en/social/posts/131452

18. Asgardia FAQ, https://asgardia.space/pages/faq

19. Artificial Intelligence and Civil Liability \- European Parliament, https://www.europarl.europa.eu/RegData/etudes/STUD/2025/776426/IUST\_STU(2025)776426\_EN.pdf

20. Failure, replica,on, replicated state machines (RSM), and consensus \- Duke Computer Science, https://courses.cs.duke.edu/compsci210/cps110/spring16/slides/rsm.pdf

21. System Design: Why Redis Is NOT Safe for Distributed Locks \- Stackademic, https://blog.stackademic.com/why-redis-is-not-safe-for-distributed-locks-35f806dcd423

22. Redis lock: fast distributed locking explained, https://redis.io/glossary/redis-lock/

23. Distributed Locks with Redis | Docs, https://redis.io/docs/latest/develop/clients/patterns/distributed-locks/

24. Hazelcast 3.8.3 | Jepsen, https://jepsen.io/analyses/hazelcast-3-8-3.pdf

25. etcd versus other key-value stores, https://etcd.io/docs/v3.5/learning/why/

26. Advanced Machine Intelligence Labs \- Wikipedia, https://en.wikipedia.org/wiki/Advanced\_Machine\_Intelligence\_Labs

27. Will Machine Intelligence Surpass Human Intelligence? with Yann LeCun \- YouTube, https://www.youtube.com/watch?v=AgLW288bO1Q

28. The Chicago Philosophy Meetup, https://www.meetup.com/the-chicago-philosophy-meetup/

29. Chicago Philosophy Association \- Meetup, https://www.meetup.com/philosophyasssociationchicago/

30. AI Events in Chicago | AI Tinkerers Meetups 2026, https://chicago.aitinkerers.org/

31. Ethical and Trustworthy AI Lab | Illinois Institute of Technology, https://www.iit.edu/center-ethics/research/ethical-and-trustworthy-ai-lab

32. Events | Center for Study of Ethics in the Professions \- Illinois Institute of Technology, https://www.iit.edu/center-ethics/events

33. Kelly LAAS | Instructor/Librarian | Masters of Library Science | Illinois Institute of Technology, Chicago | IIT | Center for the Study of Ethics in the Professions | Research profile \- ResearchGate, https://www.researchgate.net/profile/Kelly-Laas

34. Clearview AI and threat to Personal Privacy \- ACLU of Illinois, https://www.aclu-il.org/news/clearview-ai-and-threat-personal-privacy/

35. ACLU Sues Clearview AI | American Civil Liberties Union, https://www.aclu.org/press-releases/aclu-sues-clearview-ai

36. Illinois Court Rejects Clearview's Attempt to Halt Lawsuit Against Privacy-Destroying Surveillance | American Civil Liberties Union, https://www.aclu.org/press-releases/illinois-court-rejects-clearviews-attempt-halt-lawsuit-against-privacy-destroying

37. ACLU v. Clearview AI | American Civil Liberties Union, https://www.aclu.org/cases/aclu-v-clearview-ai

38. In Big Win, Settlement Ensures Clearview AI Complies With Groundbreaking Illinois Biometric Privacy Law | American Civil Liberties Union, https://www.aclu.org/press-releases/big-win-settlement-ensures-clearview-ai-complies-with-groundbreaking-illinois