Digital Neural-Rights Doctrine.
1. Introduction
The Digital Neural-Rights Doctrine is an emerging constitutional, human-rights and technology-law framework concerned with protecting the human brain, neural activity, mental privacy, cognitive autonomy and psychological integrity against unauthorised technological access, manipulation, surveillance and commercial exploitation.
The doctrine addresses the legal consequences of technologies capable of recording, interpreting, transmitting or influencing neural information. These technologies include:
Brain–Computer Interfaces (BCIs).
Neural implants and neuroprosthetic devices.
Electroencephalography (EEG) monitoring.
Artificial-intelligence-based brain decoding.
Neuroimaging and neural-data analytics.
Neuromodulation and brain-stimulation technologies.
Digital mental-health monitoring systems.
Neurotechnology integrated with biometric identification.
Traditional constitutional rights protect bodily integrity, privacy, dignity, liberty and freedom of thought. However, advanced neurotechnology creates questions that conventional privacy law may not adequately resolve.
For example, if a private company collects neural signals from an individual and uses artificial intelligence to infer emotional states, preferences, memories or intentions, the issue is no longer merely the collection of personal information. It potentially involves interference with the individual's internal cognitive sphere.
The Digital Neural-Rights Doctrine therefore seeks to establish a legal boundary between technological innovation and the individual's right to retain control over their own mental and neural processes.
Central proposition: The human mind must not become an unrestricted object of technological surveillance, commercial extraction or algorithmic manipulation.
2. Meaning and Scope of Neural Rights
Neural rights are proposed or emerging rights designed to protect individuals against unjustified interference with their neural activity, mental processes and cognitive independence.
They extend established human-rights principles into the context of neurotechnology.
The doctrine can be understood through five dimensions:
Neural privacy: Protection against unauthorised collection and disclosure of brain-related information.
Mental integrity: Protection against harmful or coercive technological interference with mental processes.
Cognitive liberty: Freedom to think, believe, imagine and make decisions without unjustified external manipulation.
Psychological autonomy: Protection of an individual's capacity to form independent intentions and preferences.
Neural-data ownership and control: Legal authority over the collection, processing, use and disclosure of neural information, subject to applicable law.
These rights should not be understood as an entirely settled or universally recognised catalogue of independent fundamental rights. Much of their present legal foundation comes from interpreting existing constitutional and human-rights protections in light of emerging technology.
3. Five Principal Components of the Doctrine
A. Right to Neural Privacy
Neural privacy protects information generated through the measurement or interpretation of brain activity.
Neural information may reveal or help infer:
Emotional responses.
Attention and concentration patterns.
Cognitive conditions.
Motor intentions.
Certain preferences and behavioural tendencies.
Responses to external stimuli.
The right requires meaningful safeguards against unauthorised collection, processing, storage, transfer and disclosure.
For example, an employer should not automatically acquire the right to monitor employees' brain activity merely because they use workplace productivity devices.
B. Right to Cognitive Liberty
Cognitive liberty concerns the freedom of individuals to exercise control over their own mental processes.
It protects against coercive interventions that attempt to dictate or manipulate an individual's thoughts, beliefs, preferences or decisions.
Potential legal questions include:
Can a government compel a person to undergo neural monitoring?
Can an employer require brain-based attention monitoring?
Can an educational institution compel students to use cognitive-monitoring devices?
Can a commercial platform manipulate consumer preferences using neural feedback?
The doctrine requires that technological intervention respect individual autonomy and applicable standards of consent, necessity and proportionality.
C. Right to Mental Integrity
Mental integrity protects individuals against harmful interference with their cognitive and psychological functioning.
It becomes particularly important where neurotechnology can stimulate, alter or influence neural activity.
Examples include:
Unauthorised brain stimulation.
Coercive neurofeedback.
Malfunctioning neural implants.
Unapproved neural interventions.
Manipulation of neurological processes without valid consent.
The right connects neurological safety with constitutional dignity and bodily integrity.
D. Right to Neural Data Protection
Neural data protection concerns the lawful processing of information obtained directly or indirectly from neural activity.
The doctrine requires safeguards concerning:
Informed consent.
Purpose limitation.
Data minimisation.
Encryption and cybersecurity.
Restricted third-party access.
Retention and deletion.
Independent regulatory oversight.
Accountability for misuse.
Neural information should receive particularly careful protection because its interpretation may expose intimate information about an individual's mental life.
E. Right to Psychological Autonomy
Psychological autonomy protects the individual's ability to make independent decisions without coercive technological manipulation.
For example, an AI system that uses neural feedback to modify advertisements, political messaging or purchasing suggestions raises questions concerning individual autonomy and freedom of choice.
The doctrine seeks to distinguish legitimate technological assistance from impermissible manipulation.
4. Constitutional Foundations in India
The Indian Constitution does not expressly enumerate a separate fundamental right called the right to neural privacy. Nevertheless, several constitutional provisions provide a foundation for its development.
| Constitutional provision | Relevance to neural rights |
|---|---|
| Article 14 | Equality and protection against arbitrary state action |
| Article 19(1)(a) | Freedom of speech and expression, including the importance of freedom of thought |
| Article 19(1)(d) | Freedom of movement, where relevant to coercive monitoring |
| Article 21 | Life, personal liberty, privacy, dignity and mental integrity |
| Article 20(3) | Protection against compelled testimonial self-incrimination |
| Article 32 | Constitutional remedies for enforcement of fundamental rights |
| Article 226 | High Court jurisdiction to protect legal and fundamental rights |
Article 21: The Principal Constitutional Foundation
Article 21 provides that no person shall be deprived of life or personal liberty except according to procedure established by law.
Its judicial interpretation has expanded to encompass dignity, privacy, bodily integrity and decisional autonomy.
Neural rights may be developed within this constitutional framework where technological interference threatens the individual's mental privacy, personal autonomy or psychological integrity.
Article 20(3): Protection Against Compelled Neural Evidence
Article 20(3) protects an accused person against being compelled to be a witness against themselves.
This provision becomes relevant when authorities seek to obtain information through brain-based techniques.
However, an important legal distinction exists between physical evidence and testimonial evidence.
The Supreme Court's decision in Selvi v. State of Karnataka is particularly important in this regard.
The judgment provides a constitutional foundation for examining the use of neuroscience in criminal investigations.
5. Important Judicial Precedents and Case Laws
The following judgments provide the principal legal foundations for developing the Digital Neural-Rights Doctrine.
1. Selvi v. State of Karnataka (2010) 7 SCC 263
Most directly relevant Indian precedent
Court: Supreme Court of India
Date: 5 May 2010
Constitutional provisions: Articles 20(3) and 21.
Facts:
The case concerned the involuntary administration of scientific investigative techniques, including:
Narcoanalysis.
Polygraph examination.
Brain Electrical Activation Profile (BEAP), commonly described as brain mapping.
The investigating authorities sought to use these techniques to obtain information from accused persons and suspects.
Legal issues:
Whether involuntary scientific interrogation violated Article 20(3).
Whether the techniques violated personal liberty under Article 21.
Whether information obtained through these methods could be used as evidence.
Judgment:
The Supreme Court held that involuntary administration of these techniques violates Article 20(3) and Article 21.
It emphasised that an individual cannot be forcibly subjected to techniques that interfere with mental processes and personal liberty.
The Court also recognised the importance of mental privacy and the unreliability concerns associated with these techniques.
Relevance to Digital Neural Rights:
This is the strongest Indian judicial foundation for the doctrine.
The principles can be extended to emerging technologies involving:
AI-based brain decoding.
Neural surveillance.
Digital interrogation.
Compulsory brain-computer interface testing.
Extraction of cognitive information without consent.
An important qualification is that Selvi concerned specific investigative techniques, not modern commercial neurotechnology generally. Its constitutional reasoning is nevertheless highly relevant to future neural-data disputes.
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2. Justice K.S. Puttaswamy (Retd.) v. Union of India (2017) 10 SCC 1
Court: Supreme Court of India
Date: 24 August 2017
Bench: Nine judges.
Facts:
The case concerned whether the right to privacy was constitutionally protected under Indian law, particularly in the context of government collection and use of personal and biometric information.
Judgment:
The Supreme Court unanimously recognised privacy as a fundamental right protected under Article 21 and other freedoms in Part III of the Constitution.
The judgment connected privacy with:
Human dignity.
Individual autonomy.
Personal liberty.
Bodily integrity.
Informational privacy.
Freedom of choice.
It also established a three-part framework for assessing restrictions on privacy:
Legality: There must be a valid legal basis.
Legitimate aim: The interference must pursue a legitimate state objective.
Proportionality: The measure must be proportionate to that objective.
Relevance to Digital Neural Rights:
Neural information can reveal aspects of an individual's internal mental life. Consequently, its collection and processing raise serious questions about informational privacy and autonomy.
Under the Puttaswamy framework, compulsory neural monitoring by public authorities would require a valid legal basis, a legitimate objective and proportionate safeguards.
The judgment also supports positive state obligations to protect individuals against privacy violations by private entities.
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3. Nandini Satpathy v. P.L. Dani (1978) 2 SCC 424
Court: Supreme Court of India
Constitutional provision: Article 20(3).
Facts:
The case involved the scope of protection against self-incrimination during police interrogation.
Judgment:
The Supreme Court interpreted the right against self-incrimination broadly and recognised that constitutional protection extends to the investigative process.
Relevance to Digital Neural Rights:
The case provides an important foundation for challenging compelled disclosure of cognitive information during criminal investigations.
Where neural technologies are used to extract information about a person's intentions, knowledge or mental responses, courts may need to consider whether such extraction amounts to testimonial compulsion.
The exact application would depend on the nature of the information and the technology involved.
4. Kharak Singh v. State of Uttar Pradesh AIR 1963 SC 1295
Court: Supreme Court of India
Subject: Personal liberty and surveillance.
Facts:
The case concerned police surveillance of a person classified as a suspect, including domiciliary visits and monitoring.
Judgment:
The Court examined the constitutional limits of police surveillance and the meaning of personal liberty.
Although the judgment did not recognise a general fundamental right to privacy in the form subsequently established in Puttaswamy, it remains historically significant in the development of privacy jurisprudence.
Relevance to Digital Neural Rights:
Modern neural surveillance creates a more intimate form of monitoring than conventional physical surveillance.
The principles concerning personal liberty and arbitrary state intrusion provide a historical foundation for examining continuous brain-activity monitoring.
5. Sharda v. Dharmpal (2003) 4 SCC 493
Court: Supreme Court of India
Subject: Medical examination, privacy and judicial powers.
Facts:
The case concerned whether a court could direct a medical examination in matrimonial proceedings.
Judgment:
The Supreme Court recognised that courts may, in appropriate circumstances, direct medical examinations, subject to legal safeguards and the circumstances of the case.
It did not establish an unrestricted power to compel every form of medical or neurological examination.
Relevance to Digital Neural Rights:
The case raises an important question for future neurotechnology litigation: whether a judicially ordered medical examination can extend to sophisticated neural measurements.
Such an order would need to be evaluated against constitutional privacy, bodily integrity, necessity and proportionality.
6. Girardi v. Emotiv Inc. (Rol No. 105065-2023, 9 August 2023)
Landmark international neurorights precedent
Court: Supreme Court of Chile
Date: 9 August 2023
Subject: Neural data, mental privacy and neurotechnology.
Facts:
Guido Girardi used the Emotiv Insight device, a portable EEG-based neurotechnology product capable of collecting information about brain activity.
The litigation raised concerns about the collection, storage and processing of neural information and the adequacy of privacy protections.
Judgment:
The Chilean Supreme Court accepted the constitutional protection claim and addressed the risks associated with the collection and storage of brain-related information.
The decision required protective measures concerning the handling of the user's neural information, including deletion of the relevant data.
Relevance to Digital Neural Rights:
This judgment is especially significant because it moves beyond traditional criminal interrogation and addresses commercially marketed neurotechnology.
It demonstrates that constitutional protections may apply to neural information collected by private technology companies.
The case is important for developing legal standards concerning:
Consent to neural-data collection.
Protection of brain-related information.
Commercial use of neurodata.
Mental privacy.
Regulation of neurotechnology companies.
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Comparative case-law summary
| Case | Jurisdiction | Principal contribution |
|---|---|---|
| Selvi (2010) | India | Protection against involuntary brain-based investigative techniques |
| Puttaswamy (2017) | India | Constitutional privacy and autonomy |
| Nandini Satpathy (1978) | India | Protection against compelled self-incrimination |
| Kharak Singh (1962) | India | Constitutional limits of surveillance |
| Sharda (2003) | India | Medical examination and judicial safeguards |
| Girardi v. Emotiv (2023) | Chile | Constitutional protection of neural information |
6. International Recognition of Neural Rights
Neural rights are increasingly discussed in international human-rights and technology-governance institutions.
A. UNESCO Recommendation on the Ethics of Neurotechnology, 2025
International normative development
UNESCO adopted the Recommendation on the Ethics of Neurotechnology at its 43rd General Conference in November 2025.
The Recommendation establishes an international normative framework addressing the ethical development, deployment and use of neurotechnology.
Its concerns include:
Human dignity and fundamental rights.
Mental privacy.
Informed consent.
Protection of neural information.
Safety and security.
Human autonomy.
Responsible research and innovation.
Protection of vulnerable populations.
It is an international recommendation rather than a directly enforceable treaty. Its significance lies in providing a common framework for national legislation and regulatory policy.
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B. United Nations Human-Rights Framework
The United Nations has recognised the importance of examining neurotechnology through the lens of human rights.
Its Scientific Advisory Board's January 2025 brief identifies concerns involving privacy, consent, human agency, security and inequality.
These concerns demonstrate that neural technologies are no longer confined to medical treatment. Their increasing use in consumer and commercial environments creates broader human-rights implications.
Secretary-General’s Scientific Advisory Board
C. Chilean Constitutional Recognition
Chile has taken a particularly significant constitutional approach.
Its 2021 constitutional amendment introduced express protection concerning brain activity and information derived from it.
The constitutional approach, together with the 2023 Girardi v. Emotiv judgment, makes Chile an important comparative jurisdiction for studying neural rights.
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7. Legislative Framework Applicable to Neural Rights in India
India does not currently have a comprehensive standalone Neural Rights Act. However, several existing legal frameworks may apply to neural-data processing and neurotechnology.
A. Digital Personal Data Protection Act, 2023
The Digital Personal Data Protection Act, 2023 provides a statutory framework for processing digital personal data.
Its relevance includes:
Lawful processing of digital personal data.
Consent and specified legitimate uses.
Obligations of data fiduciaries.
Security safeguards.
Individual rights under the Act.
Regulatory accountability.
Neural data capable of identifying an individual may fall within the Act's scope when its statutory conditions are satisfied.
However, the legislation does not establish a separate category of neural rights or provide a comprehensive neurotechnology-specific regulatory regime.
B. Information Technology Act, 2000
The Information Technology Act, 2000 may become relevant where neural information is unlawfully accessed, disclosed, manipulated or compromised through digital systems.
Relevant provisions include:
Section 43: Certain unauthorised acts involving computer systems.
Section 66: Computer-related offences committed dishonestly or fraudulently.
Section 66C: Identity theft.
Section 66E: Violation of privacy through certain unauthorised visual or image-related acts.
Section 66E is not a general neural-privacy provision; its specific statutory requirements must be satisfied.
C. Bharatiya Nyaya Sanhita, 2023
The Bharatiya Nyaya Sanhita, 2023 may apply to conduct involving criminal intimidation, assault, hurt, wrongful confinement, cheating and other offences, depending on the facts.
For example, where a person is subjected to unauthorised invasive neurotechnology involving physical interference, the relevant criminal provisions may become applicable.
D. Medical and Biomedical Regulation
Neural implants, medical brain-computer interfaces and neurological interventions may engage:
Medical Devices Rules, 2017.
Drugs and Cosmetics Act, 1940, where applicable.
Clinical research and biomedical ethics requirements.
Professional standards governing medical practitioners.
Informed-consent and patient-safety obligations.
The applicable requirements depend on whether the product is intended for medical purposes, its regulatory classification and the nature of the intervention.
E. Consumer Protection Act, 2019
The Consumer Protection Act, 2019 may provide remedies where neurotechnology products involve:
Defective products.
Misleading representations.
Unfair trade practices.
Deficiencies in services.
Product liability, where statutory conditions are fulfilled.
For instance, a manufacturer that misrepresents the safety or capabilities of a consumer neural-monitoring device may face consumer-law scrutiny.
8. Neural Rights and Artificial Intelligence Governance
Artificial intelligence significantly expands the scope of neural-rights concerns.
AI systems can process neural signals and identify patterns that may be associated with attention, emotional responses, motor activity or other cognitive characteristics.
The legal risks arise at three levels.
First: Neural data collection.
A device collects electrical signals from the brain through sensors or implanted electrodes.
Second: Algorithmic interpretation.
An AI model processes the signals and produces predictions or classifications.
Third: Automated decision-making.
The resulting classifications may be used to influence employment, education, insurance, advertising, healthcare or access to services.
CGX Quick-32r EEG Headset — Catalano Design
Mind to Voice AI Speech Decoding | WolfieWeb
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The doctrine should therefore impose safeguards against:
Unauthorised neural-data profiling.
Discriminatory cognitive classifications.
Manipulation through neural feedback.
Automated decisions based on unreliable neural predictions.
Unauthorised commercial exploitation.
Unnecessary retention of neural information.
Security breaches involving neural implants.
A particularly important principle is that an AI-generated prediction about a person's mental state must not automatically be treated as an established fact about that person.
9. Constitutional Limits on State Use of Neurotechnology
Government use of neurotechnology raises particularly serious constitutional questions.
Consider the following hypothetical situations.
Situation 1: Compulsory neural surveillance
A government agency requires individuals to wear neural-monitoring devices to detect suspicious intentions.
Such a programme could raise serious issues under Articles 14, 19, 20(3) and 21, depending on its design and application.
Situation 2: Neural interrogation
Investigating authorities attempt to extract information from an accused person through involuntary brain stimulation or neural decoding.
The principles in Selvi would be central to determining constitutionality.
Situation 3: Workplace neural monitoring
A public-sector employer requires workers to undergo continuous EEG monitoring to measure concentration and productivity.
This could raise questions of privacy, proportionality, dignity and the validity of consent in an unequal employment relationship.
Situation 4: Educational neural profiling
An educational institution categorises students according to AI-generated brain-activity assessments.
Such practices could raise concerns about discrimination, privacy, fairness and the scientific validity of the assessments.
The constitutional proportionality test
Any proposed state interference with neural privacy should be examined through the following framework:
| Requirement | Legal question |
|---|---|
| Legality | Is there a valid legal basis? |
| Legitimate objective | Is the government pursuing a constitutionally permissible objective? |
| Suitability | Is the measure capable of achieving that objective? |
| Necessity | Is there a less intrusive alternative? |
| Balancing | Are the benefits proportionate to the interference with rights? |
| Procedural safeguards | Are independent review and effective remedies available? |
The proportionality analysis follows the constitutional privacy framework developed in Puttaswamy.
10. Corporate Liability and Neurotechnology Companies
The Digital Neural-Rights Doctrine should not apply exclusively to governments.
Private corporations can also collect, interpret and commercially exploit neural information.
Potentially responsible entities include:
Neurotechnology manufacturers.
Brain-computer interface developers.
AI companies.
Healthcare technology platforms.
Digital advertising companies.
Research institutions.
Data-processing service providers.
Corporate responsibility should involve several legal duties.
1. Duty of informed consent: Users must receive meaningful information about what neural information is collected and how it is used.
2. Duty of confidentiality: Neural information must be protected against unauthorised disclosure.
3. Duty of cybersecurity: Companies must adopt appropriate security measures to protect neural systems and associated data.
4. Duty of transparency: Companies should explain significant uses of neural information and the limitations of algorithmic interpretation.
5. Duty of non-manipulation: Neural feedback should not be used for coercive or deceptive interference with personal autonomy.
6. Duty of accountability: Companies should maintain records of processing, investigate incidents and provide appropriate remedies.
These duties would need to be implemented through existing legislation, contractual obligations, regulatory requirements and future neurotechnology-specific legislation.
11. Proposed Legal Principles of the Digital Neural-Rights Doctrine
A comprehensive doctrine can be developed through the following ten principles.
| Principle | Proposed legal protection |
|---|---|
| 1. Neural sovereignty | Individual control over neural information and interventions |
| 2. Mental privacy | Protection of internal cognitive information |
| 3. Cognitive liberty | Freedom from unjustified mental interference |
| 4. Neural integrity | Protection against harmful neural manipulation |
| 5. Informed neural consent | Meaningful consent before collection or intervention |
| 6. Neural confidentiality | Restricted access and disclosure |
| 7. Algorithmic transparency | Accountability for AI-based neural interpretation |
| 8. Cognitive non-discrimination | Protection against unfair neural profiling |
| 9. Neural cybersecurity | Security of connected neural systems |
| 10. Effective remedies | Compensation, injunctions, deletion and regulatory enforcement where legally justified |
These are proposed doctrinal principles, not ten separately established fundamental rights under current Indian law.
12. Major Challenges in Implementing the Doctrine
A. Scientific reliability
Neural signals do not necessarily reveal a person's precise thoughts, intentions or memories. AI-generated interpretations may be probabilistic and context-dependent.
Law must avoid treating technological predictions as conclusive evidence of mental states.
B. Consent and coercion
Consent may not be genuinely voluntary when individuals are dependent on employers, educational institutions, governments or healthcare providers.
C. Commercial exploitation
Companies may use neural information to create behavioural profiles, targeted advertising and cognitive prediction systems.
D. Cross-border jurisdiction
Neural information collected in one country may be stored and processed in another, creating difficult questions about jurisdiction and regulatory enforcement.
E. Inequality
Access to beneficial neurotechnology may be limited to wealthy populations, while disadvantaged individuals may experience greater surveillance and coercion.
F. Security threats
Compromised neural implants and connected devices may expose users to physical, informational and psychological risks. The actual consequences depend on the device's capabilities and the nature of the breach.
13. Proposed Digital Neural-Rights Regulatory Architecture for India
India could consider a dedicated legislative framework titled the Digital Neural Rights and Neurotechnology Protection Act.
The proposed legislation could contain the following chapters:
| Chapter | Proposed subject |
|---|---|
| I | Preliminary provisions and definitions |
| II | Recognition of neural privacy and cognitive liberty |
| III | Regulation of neural-data collection |
| IV | Informed consent and individual autonomy |
| V | Regulation of AI-based brain decoding |
| VI | Medical neurotechnology and patient protection |
| VII | Prohibition of coercive neural interrogation |
| VIII | Corporate accountability and liability |
| IX | Cybersecurity and neural-data protection |
| X | Independent regulatory authority |
| XI | Remedies, compensation and enforcement |
| XII | International cooperation and cross-border transfers |
A proposed independent regulatory authority could be responsible for:
Licensing and monitoring regulated neurotechnology applications.
Establishing technical safety standards.
Auditing high-risk neural-data processing.
Investigating unauthorised neural-data exploitation.
Developing standards for informed consent.
Coordinating with the Data Protection Board and relevant medical regulators.
The legislation should distinguish medical treatment, scientific research, consumer neurotechnology and government surveillance because each presents different legal risks.
14. Relationship Between Neural Rights and Other Emerging Rights
The Digital Neural-Rights Doctrine intersects with several developing areas of law.
| Related doctrine | Relationship |
|---|---|
| Digital privacy rights | Protects digitally stored neural information |
| Biometric rights | Addresses identification through physiological information |
| Genetic data protection | Protects intimate biological information |
| AI accountability | Regulates algorithmic interpretation of neural signals |
| Digital identity rights | Protects identity associated with neural profiles |
| Cognitive liberty | Protects independent thought and mental autonomy |
| Mental integrity | Protects against harmful neurological interference |
| Human dignity | Establishes the normative foundation for protecting the person |
The most important distinction is that ordinary digital privacy principally concerns information about an individual, whereas neural rights additionally address the possibility of technological interference with the individual's mental processes.
15. Critical Legal Analysis
The Digital Neural-Rights Doctrine represents an important development in constitutional jurisprudence because it challenges the assumption that technological access to the human body and mind is merely an issue of data protection.
Three major legal transformations are involved.
First, from informational privacy to mental privacy.
Traditional privacy law primarily regulates information collection, storage and disclosure. Neural rights extend the discussion to information that may expose aspects of internal cognitive functioning.
Second, from bodily integrity to cognitive integrity.
Traditional legal protections against physical interference must be considered alongside technological interventions capable of influencing neurological functioning.
Third, from individual consent to technological accountability.
Consent alone may not be sufficient where individuals lack the technical knowledge to understand neural-data processing. Independent oversight, transparency, cybersecurity and corporate accountability are also necessary.
However, the doctrine must avoid treating every neural measurement as an invasion of privacy or every neural intervention as unlawful. Neurotechnology can provide substantial benefits in treating neurological disorders, restoring communication and assisting people with disabilities.
The objective should therefore be rights-respecting innovation rather than technological prohibition.
16. Conclusion
The Digital Neural-Rights Doctrine seeks to establish a constitutional and human-rights framework protecting mental privacy, cognitive liberty, psychological autonomy and neural integrity in the age of advanced neurotechnology.
In India, Selvi v. State of Karnataka provides a particularly important judicial foundation because it directly addresses involuntary brain-based investigative techniques. Justice K.S. Puttaswamy v. Union of India supplies the broader constitutional foundation through privacy, dignity and personal autonomy.
Internationally, Girardi v. Emotiv Inc. demonstrates how constitutional protections can be applied to commercial neurotechnology and the processing of neural information.
The UNESCO Recommendation on the Ethics of Neurotechnology, adopted in 2025, further demonstrates the growing importance of international normative standards.
Ultimately, the doctrine advances an important constitutional proposition:
Technological advancement must not eliminate the individual's right to mental privacy, cognitive freedom and control over their own neural identity.
The protection of the human mind must remain an essential component of constitutional democracy, human dignity and technological governance.
17. Important Authorities for Academic Research
The following authorities are particularly useful for developing this subject into a doctoral-level legal research chapter.
Selvi v. State of Karnataka, (2010) 7 SCC 263.
Justice K.S. Puttaswamy (Retd.) v. Union of India, (2017) 10 SCC 1.
Nandini Satpathy v. P.L. Dani, (1978) 2 SCC 424.
Kharak Singh v. State of Uttar Pradesh, AIR 1963 SC 1295.
Sharda v. Dharmpal, (2003) 4 SCC 493.
Girardi v. Emotiv Inc., Chilean Supreme Court, Rol No. 105065-2023 (2023).
UNESCO, Recommendation on the Ethics of Neurotechnology (2025).
Important primary and research sources:
Supreme Court judgment – Selvi v. State of Karnataka.
Chilean Supreme Court – Girardi v. Emotiv.
UNESCO Recommendation on the Ethics of Neurotechnology.
United Nations Scientific Advisory Board – Neurotechnology.
Academic research proposition: The Digital Neural-Rights Doctrine can be developed as an independent branch of constitutional technology law, examining the relationship between neural sovereignty, mental privacy, cognitive liberty, AI accountability and the constitutional protection of human dignity.
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