Brain Implants and Mind Reading

Explore the fascinating world of brain-computer interfaces and their security implications in this 35-minute conference talk. Delve into the current state of brain scanning and stimulation technology, examining the practical consequences of merging human brains with artificial intelligence. Gain insights into the various types of brain-computer interfaces, including EEG, intracranial microelectrodes, and implanted electrodes, understanding their signal sources, transmission methods, and potential applications. Analyze the risks and consequences associated with each technology, from privacy concerns to potential vulnerabilities. Discover the role of information security in shaping the future of neurotechnology and learn about possible risk mitigation strategies. Prepare for a thought-provoking journey into the intersection of neuroscience, technology, and cybersecurity, as you contemplate the ethical and societal implications of granting "read, write, and execute permissions" to the human brain.

Intro
Caveats
What are the parts
The action potential
Which part does what
Degree of invasiveness
EEG Signal Source
EEG Signal Transmission
EEG Signal ContentN400 Event Related Potential (ERP)
EEG Use Cases
EEG Risks & Consequences
Intracranial Microelectrodes Signal Source
Intracranial Microelectrodes Signal Transmission
Intracranial Microelectrodes Use Cases
Intracranial Microelectrodes Risks & Consequences
Reading from the brain Summary
TDCS Risks & Consequences
Implanted Electrodes Signal Transmission & Content
Implanted Electrodes | Use Cases
Implanted Electrodes Risks & Consequences
Looking to the future
Risk mitigation