1. Introduction

Digital Neural-Rights Doctrine Governance is an emerging legal and constitutional framework concerned with protecting the human brain, neural activity, mental privacy, cognitive autonomy and psychological integrity against unauthorized access, manipulation, surveillance, commercial exploitation and technological interference.

The doctrine addresses the legal consequences of technologies capable of recording, interpreting, transmitting or influencing neural signals. These include:

Brain-computer interfaces (BCIs).

Neural implants and neuroprosthetics.

AI-powered brain-signal interpretation.

Neuroimaging and neural-data analytics.

Digital cognitive monitoring.

Neurostimulation technologies.

Neurotechnology integrated with virtual reality and digital platforms.

Predictive systems that infer emotions, intentions or cognitive conditions from neural information.

Traditional privacy law protects personal information and communications. Neural-rights governance extends the discussion to the information and processes associated with the human mind itself.

The central legal question is:

Can technological systems access, interpret, predict or influence a person's mental processes without violating fundamental rights?

The doctrine proposes that human mental autonomy must remain protected even when neural activity becomes technologically measurable or computationally interpretable.

An important qualification is that Digital Neural-Rights Doctrine is a proposed analytical framework, not yet a universally recognized independent branch of binding law. Its foundations are found in constitutional rights, data-protection legislation, medical ethics, human-rights law and emerging neurotechnology regulation.

2. Meaning and Conceptual Foundations

Digital neural rights refer to legal protections concerning a person's neural information, cognitive independence and freedom from unauthorized technological interference with mental processes.

The doctrine rests on five foundational principles:

Mental privacy: Protection against unauthorized collection and disclosure of neural information.

Cognitive liberty: Freedom to control one's own mental processes and cognitive experiences.

Mental integrity: Protection against unauthorized neurological interference or manipulation.

Personal identity: Protection against technological interference with the continuity and expression of individual identity.

Neural-data sovereignty: The individual's ability to exercise meaningful control over the collection, processing and secondary use of neural data.

These principles are interconnected but legally distinct. For example, unauthorized recording of brain activity may primarily implicate privacy, whereas involuntary neural stimulation may implicate bodily integrity, autonomy and mental integrity.

3. Constitutional and International Legal Foundations

A. Chile: Express constitutional protection of brain activity

Chile is a particularly important jurisdiction in the development of neural-rights governance.

Law No. 21.383 of 2021 amended Article 19(1) of the Chilean Constitution. It establishes that scientific and technological development must serve human beings and respect life and physical and psychological integrity. It specifically requires protection of brain activity and information derived from it.

Biblioteca del Congreso Nacional de Chile

This constitutional amendment is significant because it expressly identifies brain activity as a subject requiring legal protection.

Its implications include:

Protection of neural information against unauthorized exploitation.

Regulation of neurotechnological products.

Protection of psychological and physical integrity.

Legislative control over the use of neurotechnology in human beings.

Recognition that technological progress cannot override human dignity.

B. International human-rights foundations

Several international instruments provide a foundation for the doctrine.

The International Covenant on Civil and Political Rights is particularly relevant:

Article 17 protects individuals against arbitrary or unlawful interference with privacy.

Article 18 protects freedom of thought, conscience and religion.

Article 7 prohibits torture and cruel, inhuman or degrading treatment.

These provisions can be applied to emerging neurological technologies through interpretation of existing human-rights obligations.

The UN Human Rights Council adopted Resolution 58/6 on neurotechnology and human rights on 2 April 2025.

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UNESCO subsequently adopted its Recommendation on the Ethics of Neurotechnology in November 2025, creating an important international normative framework. It addresses human dignity, mental privacy, autonomy, safety and responsible technological development.

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4. Five Principal Rights Under the Digital Neural-Rights Doctrine

4.1 Right to Mental Privacy

Mental privacy protects the confidentiality of neural information and prevents unauthorized access to information derived from brain activity.

For example, a consumer neuro-headset may collect electrical brain signals and use AI to estimate:

Attention and concentration.

Emotional responses.

Cognitive patterns.

Stress-related indicators.

Potential neurological conditions.

Preferences and behavioural tendencies.

Such information may expose aspects of a person's mental life that conventional personal-data protection does not adequately address.

Legal governance requirements:

Informed consent before neural-data collection.

Clear disclosure of the purpose of processing.

Restrictions on commercial exploitation.

Protection against unauthorized third-party access.

Data minimization and secure storage.

Appropriate deletion and withdrawal mechanisms.

Mental privacy must also protect inferred information, not merely raw neural recordings.

4.2 Right to Cognitive Liberty

Cognitive liberty concerns an individual's freedom to control their own mental processes without unjustified external interference.

It has two dimensions:

Positive cognitive liberty: The freedom to use lawful neurotechnologies to improve, restore or assist cognitive functioning.

Negative cognitive liberty: The freedom to refuse neurotechnological intervention, enhancement, monitoring or manipulation.

Examples include:

Refusing compulsory brain monitoring at work.

Rejecting involuntary neurostimulation.

Choosing whether to use cognitive-enhancement technologies.

Refusing neural surveillance in educational institutions.

Exercising independent judgment without technological manipulation.

This right must be balanced against legitimate medical, safety and public-interest objectives under applicable constitutional standards.

4.3 Right to Mental Integrity

Mental integrity protects individuals against unjustified technological interference with neurological and psychological functioning.

Potential violations include:

Unauthorized electrical stimulation of the brain.

Covert modification of neurological activity.

Non-consensual experimental neurotechnology.

Unsafe implanted brain-computer interfaces.

Manipulation of neural responses through connected devices.

The legal analysis must distinguish between beneficial medical intervention and unlawful interference.

A medically necessary treatment performed with valid consent is fundamentally different from an involuntary neurological intervention.

4.4 Right to Personal Neural Identity

Neural identity concerns the relationship between brain activity, individual identity, personality, memory and cognitive experience.

Advanced neurotechnology may create questions concerning:

Ownership and control of neural recordings.

Digital reproduction of aspects of cognitive activity.

Commercial use of neural profiles.

AI-generated interpretations of personal mental states.

Continuity of identity following neurological implants.

Responsibility for decisions influenced by neurotechnological systems.

The doctrine proposes that neural information should not become an unrestricted commercial asset simply because it can be technically recorded or processed.

4.5 Right to Neural-Data Sovereignty

Neural-data sovereignty concerns an individual's meaningful authority over the collection, processing, disclosure, transfer and deletion of neural information.

It requires special safeguards where neural data are:

Stored in foreign cloud infrastructure.

Processed by artificial intelligence.

Transferred to research institutions.

Used for targeted advertising.

Shared with employers or insurers.

Incorporated into commercial databases.

The doctrine therefore connects constitutional privacy with data governance, cybersecurity and corporate accountability.

5. Digital Neural-Rights Governance Architecture

A functional governance system must regulate the entire lifecycle of neurotechnology.

Neural-rights governance framework

Human dignity and constitutional protection

Foundational legal standard

Neural privacy

Confidentiality and data protection

Cognitive autonomy

Consent and freedom of thought

Mental integrity

Protection against interference

Neural accountability

Responsibility and remedies

Institutional and corporate regulation

Licensing · Auditing · Cybersecurity · Enforcement

Effective legal remedies

Injunctions · Compensation · Deletion · Judicial review

6. Important Case Laws and Judicial Development

The doctrine is supported by judicial decisions concerning mental privacy, bodily integrity, scientific testing, personal autonomy, informed consent and constitutional protection against technological intrusion.

6.1 Indian Supreme Court cases

1. Selvi v. State of Karnataka (2010) 7 SCC 263

Highly relevant Indian precedent

Facts: The case concerned the involuntary administration of narcoanalysis, polygraph examinations and Brain Electrical Activation Profile (BEAP) tests during criminal investigations.

Judgment: The Supreme Court held that involuntary administration of these techniques violates constitutional protections under:

Article 20(3): Protection against self-incrimination.

Article 21: Personal liberty and mental privacy.

The Court recognized that compulsory administration of such techniques constitutes an unjustified intrusion into individual mental privacy.

It permitted voluntary testing subject to safeguards, while holding that test results themselves could not independently be admitted as evidence.

Relevance to neural-rights governance: This is one of the strongest Indian judicial foundations for protecting individuals against involuntary access to brain-related information and cognitive processes.

The judgment is particularly significant because it addressed BEAP, a technique involving brain electrical activity.

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2. Justice K.S. Puttaswamy (Retd.) v. Union of India (2017) 10 SCC 1

Facts: The case concerned the constitutional status of privacy in the context of the Aadhaar identification framework.

Judgment: A nine-judge Constitution Bench unanimously recognized privacy as a fundamental right protected by the Constitution, particularly Article 21 and the freedoms guaranteed under Part III.

The judgment identified important dimensions of privacy, including:

Informational privacy.

Bodily privacy.

Decisional autonomy.

Personal dignity.

Individual control over intimate aspects of life.

Relevance: Neural information may reveal exceptionally intimate aspects of individual identity and cognitive activity. Consequently, unauthorized neural-data processing can potentially infringe informational privacy and decisional autonomy.

The judgment also provides a constitutional framework for evaluating restrictions through legality, legitimate state purpose, proportionality and appropriate safeguards.

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3. Nandini Satpathy v. P.L. Dani (1978) 2 SCC 424

Facts: The case concerned police interrogation and the protection against self-incrimination.

Judgment: The Supreme Court interpreted Article 20(3) broadly and recognized the importance of protection against compelled testimonial disclosure during police investigation.

Relevance: The reasoning provides a foundation for examining whether neural technologies could be used to compel individuals to disclose information that may incriminate them.

A critical distinction remains: Article 20(3) does not automatically prohibit every collection of physical or neurological data. Its application depends on the nature of the compulsion and the testimonial character of the evidence.

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4. Sharda v. Dharmpal (2003) 4 SCC 493

Facts: The dispute concerned whether a matrimonial court could direct a party to undergo medical examination.

Judgment: The Supreme Court recognized that courts possess power to order medical examinations in appropriate circumstances, subject to the existence of a strong prima facie case and sufficient material.

Relevance: The judgment illustrates that bodily and medical privacy must be balanced against legitimate judicial objectives. It is relevant to determining the limits of compulsory neurodiagnostic examinations.

It does not, however, establish a general power to compel brain-data extraction or neurological experimentation.

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6.2 International case law

5. Girardi v. Emotiv Inc. (Chilean Supreme Court, 9 August 2023, Rol No. 105.065-2023)

Landmark neurotechnology precedent

Facts: Guido Girardi acquired Emotiv's Insight neurotechnology headset, which collected information concerning electrical brain activity. Concerns arose regarding the storage, processing and potential use of this neural information.

Judgment: The Chilean Supreme Court accepted the constitutional protection action and ordered deletion of the information stored by the company concerning the claimant's use of the device. It also directed relevant public authorities to ensure that the device's commercialization, use and data handling complied with Chilean law.

The Court considered the rights to physical and psychological integrity and privacy.

Legal significance:

Neural information can attract constitutional protection.

Commercial neurotechnology requires regulatory scrutiny.

Brain-derived information cannot be treated as ordinary commercial information without considering its special characteristics.

Public authorities have responsibilities to supervise neurotechnology.

Individuals require effective remedies against unauthorized neural-data processing.

This judgment is particularly important because it moves neural-rights principles from academic debate into actual judicial enforcement.

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6. Bărbulescu v. Romania (2017) 61496/08, European Court of Human Rights

Facts: The case concerned workplace monitoring of an employee's electronic communications.

Judgment: The Grand Chamber examined the balance between workplace monitoring and the employee's right to respect for private life under Article 8 of the European Convention on Human Rights.

Relevance: Its principles concerning transparency, legitimate monitoring purposes, proportionality and safeguards can inform legal regulation of employer-operated cognitive and neural monitoring.

It is an analogy concerning electronic privacy, not a direct ruling on neural data.

7. Pretty v. United Kingdom (2002) 35 EHRR 1

Judgment: The European Court of Human Rights considered personal autonomy and the scope of Article 8 in the context of an individual's decisions concerning the end of life.

Relevance: Its recognition of personal autonomy helps inform discussions concerning consent, neurological interventions and individual control over deeply personal decisions.

It does not establish an independent right to cognitive liberty.

6.3 Comparative case-law summary

Doctrinal observation: Girardi is the most directly relevant neurotechnology judgment in this collection. Selvi and Puttaswamy provide particularly important constitutional foundations for developing the doctrine in India.

7. Digital Neural-Rights Governance Under Indian Law

India does not currently have a separate comprehensive Neural Rights Act. Nevertheless, several existing legal provisions can be applied to neurotechnology.

7.1 Constitution of India

Article 21 provides the central constitutional foundation for developing a right to neural privacy and mental integrity.

7.2 Digital Personal Data Protection Act, 2023

The Digital Personal Data Protection Act, 2023 is relevant where neural information qualifies as digital personal data relating to an identifiable individual.

Its important features include:

Consent-based processing, subject to statutory exceptions.

Obligations of Data Fiduciaries.

Data security requirements.

Individual rights concerning personal data.

Regulatory enforcement through the Data Protection Board.

However, the Act does not expressly establish a separate category of neural data or an independent neural-rights regime.

A further implementation qualification is important: the commencement notification dated 13 November 2025 phases the Act into force. Its core processing provisions are scheduled to commence 18 months after that date, rather than all becoming operational immediately upon enactment.

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7.3 Information Technology Act, 2000

The Information Technology Act may be relevant to:

Unauthorized access to neural-data systems.

Cybersecurity breaches.

Unlawful disclosure of protected information.

Computer-related offences.

Misuse of digital medical information.

Its applicability depends on the specific conduct and statutory requirements.

7.4 Medical and biomedical regulation

Neurotechnology used in medical treatment or experimentation may engage:

National Medical Commission regulatory requirements.

Applicable clinical-trial and biomedical research rules.

Medical-device regulation under the Drugs and Cosmetics Act and Medical Devices Rules, 2017.

Institutional Ethics Committee oversight.

Informed-consent requirements.

Applicable professional standards and medical confidentiality obligations.

A medical brain-computer interface and a consumer attention-monitoring headset may require different regulatory approaches.

7.5 Consumer Protection Act, 2019

Manufacturers and sellers of neurotechnology may face liability concerning:

Misleading representations about brain-monitoring accuracy.

Concealment of data-collection practices.

Defective neurotechnological products.

Unfair trade practices.

Failure to disclose material product risks.

8. Corporate Accountability and Institutional Governance

Digital Neural-Rights Doctrine Governance must impose responsibilities on private companies, research institutions, medical establishments and technology developers.

Corporate liability

A company may potentially face legal consequences where it:

Collects neural data without an appropriate lawful basis.

Uses neural data for undisclosed commercial purposes.

Shares neural information without legal authorization.

Exposes neural databases through inadequate cybersecurity.

Deploys unsafe neurostimulation products.

Misrepresents AI-generated interpretations of brain activity.

Uses neural monitoring in coercive employment practices.

The legal basis for liability may arise from constitutional remedies against state action, data-protection legislation, consumer law, contract law, negligence, product liability or applicable medical regulations.

9. Emerging Legal Challenges

9.1 Neural Surveillance and Workplace Monitoring

Employers may increasingly use neurotechnology to measure attention, fatigue, concentration and cognitive responses.

This creates questions concerning:

Whether employee consent is genuinely voluntary.

Whether refusal can affect employment opportunities.

Whether employers can retain neural records.

Whether cognitive performance can be used for promotion or dismissal.

Whether neural monitoring constitutes disproportionate workplace surveillance.

Proposed legal principle: Employment relationships should not create unrestricted authority to access an individual's neural information.

9.2 Artificial Intelligence and Neural Data Manipulation

AI systems can process neural signals to generate predictions about mental states and behavioural tendencies.

Potential legal problems include:

Incorrect neurological predictions.

Discriminatory algorithmic classification.

Unauthorised behavioural manipulation.

Lack of explainability.

Automated decisions based on unreliable neural inferences.

A legal distinction must be maintained between an actual neurological measurement and an AI-generated prediction about a person's mental condition.

An algorithmic inference must not automatically be treated as an established psychological or medical fact.

9.3 Neural Data and Intellectual Property

Neural information creates complex questions about intellectual property and individual rights.

For example:

Can a company claim ownership over processed neural datasets?

Can neural recordings be commercially licensed?

Can researchers reuse neural information?

Can an individual withdraw permission for future research?

Can AI-generated neural profiles be sold?

The proposed doctrine distinguishes between intellectual property in software or analytical models and the individual's rights concerning personal neural information.

A company may own its software without acquiring unrestricted rights over the neural data processed through it.

9.4 Neural Rights and Criminal Justice

Neurotechnology could potentially be used in:

Criminal investigations.

Suspect interrogation.

Behavioural prediction.

Lie-detection procedures.

Forensic neurological examinations.

Assessment of cognitive conditions.

The Indian Supreme Court's decision in Selvi is particularly relevant here.

The law must prevent the use of compulsory neurological techniques to circumvent constitutional protections against self-incrimination and violations of mental privacy.

9.5 Neural Rights and Children

Children require enhanced protection because their cognitive development and decision-making capacities are evolving.

Special safeguards should govern:

Neurotechnology in schools.

Cognitive-performance monitoring.

Educational attention-tracking devices.

Neural-data collection from minors.

Commercial profiling of children's cognitive behaviour.

Parental permission should not automatically justify disproportionate or unnecessary neurological surveillance.

9.6 Neural Rights and Insurance Discrimination

Insurance providers may potentially use neural information to assess risks, predict health conditions or determine premiums.

This raises questions about:

Discrimination based on neurological predictions.

Confidentiality of medical information.

Fairness of automated insurance decisions.

Consent for secondary processing.

The use of uncertain neurological indicators.

Neural predictions should not become an unrestricted basis for denying access to essential services.

10. Proposed Digital Neural-Rights Regulatory Framework

The following principles could form the foundation of a dedicated Indian legislative framework.

Proposed institutional architecture

India could consider a coordinated regulatory structure involving:

Neural Rights Regulatory Authority: Specialized supervision of high-risk neurotechnology.

Neural Data Protection Commission: Oversight of sensitive neural-data processing.

Neurotechnology Ethics Committees: Independent review of human experimentation.

AI Accountability Mechanism: Evaluation of AI systems interpreting neural signals.

Judicial Review Mechanism: Protection against unconstitutional neurological surveillance.

National Neurotechnology Safety Framework: Product testing, cybersecurity and clinical standards.

These are legislative proposals, not descriptions of existing Indian statutory institutions.

11. UNESCO's Emerging Global Governance Framework

An important development is the UNESCO Recommendation on the Ethics of Neurotechnology, adopted in November 2025.

It represents the first global normative framework specifically addressing the ethical governance of neurotechnology.

Its importance lies in its emphasis on:

Protection of human dignity.

Mental privacy.

Freedom of thought.

Cognitive autonomy.

Responsible scientific research.

Human rights and technological safety.

Protection against discrimination.

Equitable access to neurotechnology.

The Recommendation is an international normative instrument rather than a directly enforceable treaty. Its implementation depends on national and institutional measures.

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The UN Secretary-General's Scientific Advisory Board has also highlighted privacy, consent, human agency, security and inequality as central issues in neurotechnology governance.

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12. Critical Analysis: Limitations of the Doctrine

Despite its constitutional and ethical importance, the doctrine faces several conceptual difficulties.

First: Defining neural information.

Not every brain signal reveals a person's thoughts. Neural data may be noisy, ambiguous or incapable of supporting reliable psychological conclusions.

Second: Defining mental privacy.

The law must distinguish between collecting neurological measurements, inferring mental states and actually influencing cognitive processes.

Third: Balancing medical innovation and individual autonomy.

Overly restrictive regulation could impede beneficial technologies for individuals suffering from neurological disabilities.

Fourth: Establishing responsibility.

Where a neural device, cloud provider and AI system jointly process information, responsibility may be distributed among several actors.

Fifth: Defining the boundaries of cognitive liberty.

A legal framework must distinguish legitimate medical interventions from coercive or manipulative technological practices.

Sixth: International jurisdiction.

Neural data may be collected in one country, processed in another and commercially exploited elsewhere. Effective enforcement therefore requires international cooperation.

These limitations demonstrate why neural-rights governance must combine constitutional principles with technically informed regulation.

13. Future Development: A Constitutional Neural-Rights Doctrine for India

A future Indian constitutional doctrine could develop around six propositions:

Neural information deserves heightened privacy protection because of its potential to reveal intimate cognitive information.

No individual should be subjected to involuntary neurological experimentation or unjustified cognitive interference.

Neural-data processing must comply with constitutional rights and applicable data-protection legislation.

Government and private institutions must establish safeguards against discriminatory neurological profiling.

Individuals must have effective remedies against unlawful collection, disclosure and exploitation of neural information.

Scientific advancement must remain consistent with human dignity, autonomy and psychological integrity.

A dedicated Neural Rights Act could address matters that existing privacy, medical and technology laws do not comprehensively regulate.

14. Conclusion

Digital Neural-Rights Doctrine Governance represents an emerging stage in the development of constitutional human-rights law.

Its central concern is the protection of the human mind in an environment where neurological information can increasingly be recorded, interpreted, processed and potentially influenced by digital technologies.

Three judicial developments are particularly important:

Selvi v. State of Karnataka establishes significant protection against involuntary brain-based investigative techniques.

Justice K.S. Puttaswamy v. Union of India supplies the constitutional foundation of informational privacy and personal autonomy.

Girardi v. Emotiv Inc. demonstrates direct judicial protection of neural information against potentially unlawful commercial processing.

Together, these decisions provide important foundations for a developing legal framework, although they do not establish a complete, universally recognized catalogue of independent neural rights.

The ultimate objective is to ensure that the human brain does not become an unrestricted source of commercially exploitable data, institutional surveillance or technological manipulation.

The fundamental proposition of the doctrine is that technological access to the human brain must never be equated with unrestricted legal authority over the human mind.

15. Selected Primary Legal and Academic References

For further academic research:

Constitution of India, Articles 14, 19, 20 and 21.

Digital Personal Data Protection Act, 2023.

Chilean Constitution, Article 19(1), as amended by Law No. 21.383 (2021).

ICCPR, Articles 7, 17 and 18.

UNESCO Recommendation on the Ethics of Neurotechnology (2025).

UN Human Rights Council Resolution A/HRC/RES/58/6 (2025).

Selvi v. State of Karnataka, (2010) 7 SCC 263.

Justice K.S. Puttaswamy v. Union of India, (2017) 10 SCC 1.

Nandini Satpathy v. P.L. Dani, (1978) 2 SCC 424.

Sharda v. Dharmpal, (2003) 4 SCC 493.

Girardi v. Emotiv Inc., Rol No. 105.065-2023, Chilean Supreme Court (2023).

Important research sources:

Chile – Law No. 21.383 (official legislation).

Girardi v. Emotiv – Case record.

Puttaswamy – Supreme Court judgment.

Selvi – Supreme Court judgment.

UNESCO Recommendation on Neurotechnology.

Suggested academic classification: Constitutional Law → Digital Constitutionalism → Neurotechnology Law → Neural Rights → Mental Privacy and Cognitive Autonomy → Digital Neural-Rights Doctrine Governance.