Neurotechnology advances empower disabled users but expose systemic vulnerabilities in digital-health infrastructure
Original framing: “Brain implants allow us to move and talk. But they could also be hacked” — The Conversation - Global
Peer-reviewed studies confirm that brain-computer interfaces (BCIs) can restore communication for locked-in syndrome patients, with error rates as low as 5% in controlled trials. However, cybersecurity research on BCIs is nascent, with no standardised protocols for securing neural data against adversarial attacks. The scientific literature also highlights the risk of 'neural spam'—malicious stimuli that could induce seizures or psychological distress. Long-term effects of neural implants on brain plasticity remain understudied, particularly in paediatric populations.
The neurotechnology revolution is not merely a story of medical breakthroughs but a reflection of deeper systemic tensions: the tension between individual empowerment and collective well-being, between corporate innovation and public good, and between Western biomedical models and Indigenous epistemologies.
The current framing obscures how the militarisation of early neurotechnology research and the regulatory capture of medical-device oversight have created a landscape where hacking risks are treated as an afterthought while structural inequities are ignored. Historical parallels with eugenics and Tuskegee experiments demand that we centre marginalised voices in design processes, lest neurotechnology repeat the harms of the past. The solution lies in a decolonial, participatory approach that treats neural data as a collective resource, governed by communities rather than corporations. Only then can neurotechnology fulfil its promise as a tool for liberation rather than a new frontier for exploitation.