Protecting Brain Privacy in the Age of Neurotechnology: Policy Responses and Remaining Challenges

Authors

  • Dr. A. Shaji George Independent Researcher, Chennai, Tamil Nadu, India

DOI:

https://doi.org/10.5281/zenodo.13942131

Keywords:

Neurotechnology, Brain-computer interfaces, Neural data, Privacy, Ethics, Regulation, Policy, Innovation

Abstract

Emerging neurotechnologies capable of capturing and analyzing brain impulses are fast developing, raising new privacy concerns. Brain-computer interfaces, AI-powered brain decoders, and implants all monitor neural activity and collect large amounts of sensitive brain data. Though designed to benefit health and cognition, unregulated use of such data raises concerns about privacy violations or manipulation. Policy reactions of late try to solve this. Chile adopted mental integrity rights in its constitution in 2021, therefore setting a precedent for neuro data protection. Colorado and California approved legislation granting biometric-level protections for consumer tech-generated brain scans and recordings. These restrict third-party sharing and collecting absent user permission. Similar legislative ideas have been presented by several other nations. Still, given rapid technological advancement, there are major vulnerabilities in properly protecting brain privacy. Most neurotech companies run free from medical device regulations, therefore avoiding such control. Non-invasive consumer brainware particularly lacks tailored governance at present. Consider social media's challenges protecting personal data despite mature policy conversations; neurotech's new complexities dwarf these. The pacing of emerging legislation and precedent also lags the innovation's pace. Apple patents tech detecting thoughts via headphones; startups explore transmitting telepathic messages. Yet deploying thoughtful, nimble governance is challenging. Furthermore, bulk neural data sales by tech giants to third parties possibly already occur illicitly, with minimal accountability. Other documented risks like AI bias emerging from narrow demographic brainwave datasets also abound unchecked currently. Thus, while nascent protections manifest promise, substantial further multi-stakeholder mobilization involving policymakers, companies, researchers and rights groups is imperative to shield human cognitive autonomy. The alternative of unfettered mining of thoughts and feelings by private or state interests paints a chilling dystopia. Reform must balance public good alongside visions of progress, emphasizing ethical data use. If so, these fascinating frontiers could herald a future where technology amplifies, not usurps, human potential. The choice of path is ours to make.

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Published

2024-10-25

How to Cite

Dr. A. Shaji George. (2024). Protecting Brain Privacy in the Age of Neurotechnology: Policy Responses and Remaining Challenges. Partners Universal Innovative Research Publication, 2(5), 18–33. https://doi.org/10.5281/zenodo.13942131

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Section

Articles