The Future of Communication Technology

Biomedical Technologies: Biomedical engineering is a growing and dynamic research field encompassing many technologies, including those re- lated to neuroscience and bionanotechnology. On the one hand, neuroscience technologies investigate the nervous system with the aim of improving human capabilities, includ- ing communication. By exploring how the brain works, neu- roscience has the potential to develop new communication technologies such as BCI and telepathy. On the other hand, bionanotechnology involves studying and manipulating bio- logical systems and structures, such as proteins and DNA, at the nanometer scale. Such technologies aim to develop new treatments for diseases. Moreover, they enable new forms of communication at the nanoscale level, like molecular com- munication, which can facilitate interactions between nan- odevices within the body or the environment.

Cybersecurity & Privacy: The topic of cybersecurity and privacy remains a significant driver that shapes technological advancements and soci- etal changes. With the increasing dependence on technol- ogy and the digitalization of most aspects of our lives, the risks associated with cyber threats and data breaches have become higher. In the same vein as cybersecurity, privacy concerns are also a significant part of this driver as people become more aware of their digital footprint and the ways in which their personal data is collected, stored, and used. In response, governments, businesses, and individuals will pri- oritize privacy protection, leading to the development of new privacy-enhancing technologies and regulations to protect individuals’ rights while enabling the benefits of data sharing.

Connectedness in Classes: Advanced biotechnology enhances human communication and improves personal health while being highly secure from hacking and cyberattacks. However, only the wealthy can ac- cess it, while the poor are left behind.

Secure Data, Fragile Health: This scenario describes a future in which society decides to abandon the pursuit of biomedical technologies altogether due to the widespread influence of conspiracy theories and the fear of misinformation. This scenario results in a world with robust data protection but diminished healthcare prog- ress.

Societal Descendance: Biotech advancements were banned after a crisis caused by brain-computer interface hacking. People’s beliefs in cyber- space became polarized, with some embracing siloed life- styles while others remained connected, widening the digital divide into a social one.

Connected, but Compromised: This scenario portrays a world in which biotech and cyber- netic implants are widely used but also vulnerable to cyber- attacks. Even cybersecurity experts feel terrified by the loss of safety and privacy. Nevertheless, they remain dependent on cybernetics due to their convenience and health benefits.