 With Purdue Reactor 1, the only nuclear reactor in the state of Indiana, we replace the old analog system into digital. We'll be the first one in the United States, not only educational institution, but also in the industry, who will have 100% digital instrumentation and control capabilities. At the Purdue Reactor 1, we're going to serve as a cyber-physical testbed for the nuclear industry. It's small, it has low-risk portfolio, but has major impact in the ability to measure a diverse set of systems like air pressure, neutron flux, and water chemistry. When we combine all of those parameters together, we get a better picture of how cyber and physical systems play together. By digitizing it, this digital signal can be broadcasted. We can send these digitized signals off of the nuclear reactor as well as the instrumentation that controls the nuclear reactor to remote areas. You can even think about sending this signal to high school classrooms where students can actually see the signals from their monitor. As long as they have an internet capacity, they can actually visualize how a reactor responds to the control that they ask our reactor operator to perform. This gives added capacity in terms of teaching and learning and even training some of the nuclear operators, which has not been possible at all with the analog system. Future engineers that are both in high school and are being born today are going to be uniquely concerned about how the ways that they live impact the climate. Nuclear has very small geographic footprint, it has no greenhouse gas emissions, and it has an incredible safety history. This digital control technology looks to build upon that history of clean and reliable nuclear power.