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Dr. Avinash Singh, a researcher, working at the Australian Artificial Intelligence Institute at the University of Technology, Sydney, participates in Risk Roundup to discuss his research on Brain-Computer Interfaces.
Risk Roundup: The Research Trends In Brain-Computer Interface
The Research Trends In Brain-Computer Interface
Over the years, we have created tools that helped us to interact with the world around us. Now, we are developing the tools to help us interact with the world inside us. So, as the nature of tools has moved beyond from physical to digital, and now neural—our brain is effectively becoming the tool for interaction, communication, influence, and surveillance.
While the transformative innovations of the smartphone, the Internet, social media platforms, and more have changed the world through their respective uses, they are perhaps only a stepping-stone on the path to plugging our brains directly into the web. Although the primary brain-computer interface system has been there for years, there is now a rat race to develop the next generation of the brain-computer interface.
Understanding Brain To Computer Interfaces
Brain-to-computer interfaces are understood to be communication systems that enable a human user to send commands to connected computers through brain signals alone. The connected computers that receive brain signals then read those signals and perform various tasks commanded by the human user. A brain-computer interface (BCI) is also an artificial intelligence system that can recognize a certain set of patterns in brain signals (through hardware and software communications systems) that permits cerebral (brain) activity alone to control connected computers or external devices/machines. Such brain-computer interfaces that are connected to AI would also mean that our actions will flow less from our own judgments and thoughts on what is in our best interests and more from what data and algorithms have decided is best for us.
We are close to commercially available BCIs that human patients can use. In addition, disabled individuals will also be able to control smart devices. They are now one step closer to becoming a reality. Research and development at the Australian Artificial Intelligence Institute and elsewhere gives us a promise of applications beyond the production of rehabilitative and assistive devices. New applications will likely emerge that will constantly keep us connected to the Internet. It will also ultimately connect our brains to develop the brain net as well.
When these brain-computer interfaces would enable us to operate connected devices and even human body parts simply by thought, at the same time, the command flow can be in the opposite direction as well. Hackers can hack into our brains, causing enormous security implications. So, the question is whether we are prepared for the outside world to get into our brains and our brains to get into the outside world without filters and controls.
Now is a time to talk about Research Trends in Brain-Computer Interface!
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About the Guest
Avinash Singh is a researcher working at the Australian Artificial Intelligence Institute at the University of Technology Sydney. He works at the intersection of machine learning, cognitive neuroscience, signal processing to design and develop real-world brain-computer interface (BCI) systems. In addition to primary research in BCI, he also actively support and advocate Transhumanism.About the Host of Risk RoundupJayshree Pandya (née Bhatt) is a leading expert at the intersection of science, technology, & security. She is a globally recognized futurist passionate about protecting the Future of Humanity. She serves in the C-Suite of leading emerging technology startups, actively applying her scientific background to designing systems. She has a Ph.D. in Microbiology for her 1986-1991 work on Hydrogen Production by Halobacterium halobium, for which she was also awarded a National Young Scientist Award in Biochemistry in 1988-89. In addition, she has done two postdoctoral fellowships, one at the University of Hawaii and another at the University of Chicago. She also did her Executive Education Program in Operations and Change Management at Rice University – Jesse H. Jones Graduate School of Management in 2000 – 2001. She founded Risk Group LLC in 2002 that evolved into a Strategic Security Risk Research Organization, Platform, and Community in 2015. She is also the host of the influential Risk Roundup Podcast on a mission to talk to a million decision-makers. She has already carried out more than 260 one-to-one interviews with top decision-makers worldwide. She is now leading the global discussions on emerging technologies, technology transformation, and nation preparedness.
Her scientific research has contributed to more than 30 peer-reviewed articles in top international journals. Moreover, her research across many other domains has contributed to more than 100 publications and is pursued to provide strategic security solutions. She wrote for Forbes for a year in 2019-2020 and now writes regularly for Risk Group. In addition, she has published three Strategic Security Risk Reports and three books, The Global Age, The Quantum Threat, and Geopolitics of Cybersecurity. From the National Science Foundation to leading organizations from across the United States, Europe, and Asia, she is an invited speaker on emerging technologies, technology transformation, digital disruption, and strategic security risks. She can be reached at + (832) 971 8322 and followed on Twitter @jayshreepandya and LinkedIn @drjayshreepandya.
About Risk Roundup
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