Internet of Things

Many IoT devices are manufactured abroad and many of these are extremely low cost with little consideration made for security. There is nothing inherently untrustworthy or insecure about foreign manufacturing, and individual firm and product lines are much more fruitful levels of analysis in establishing good security practices from bad. Importantly however—the United States has limited means to enforce its standards in foreign jurisdictions, like China, where the bulk of IoT products are manufactured.

Having performed a deeper dive over the last few months into the issues surrounding 5G, the GeoTech Center proposes to world policymakers that the geopolitical tensions associated with 5G, as well as other geopolitical cybersecurity-related concerns, can be solved by improving routing protocols against modern threats.

Our approaches for pathogen detection & antigen development are too slow. Using high-speed computers, biosensors, and the Internet, we can universalize and automate the process for pathogen detection and antigen development, such that we can automatically sense an abnormal pathogen and immediately start synthesizing in a computer’s memory techniques to mitigate it. Once an abnormal pathogen is detected, we can automate the antigen development (e.g., phages, e. coli that eat other e. coli, and more) to have a solution ready much faster for possible use than conventional means. We can build an auto-immune system for the planet.