Some breakthroughs are necessary to make CyberSchool a reality.  One necessary improvement is a highly efficient solar panel that can power our technology.  We also need an associated battery which can store backup power. This needs to be developed because the locations we intend to service are often remote and will likely not have a guaranteed or significant source of electricity. AI educational technology isn’t efficient or prominent today because many believe that AI cannot replace a traditional classroom experience, which we agree is correct, but we must consider equity, and socioeconomic factors that often prevent children from accessing any kind of education at all. Access to those classroom experiences is an essential part of a child's educational journey and we are intending to offer the next best thing to all learners.  If we were testing this new breakthrough, we would begin testing it by using a charge controller to regulate the voltage and current that comes from the solar panel to make sure it is compatible with the instrument. Then we would make sure the technology runs on DC power because if it runs on AC power then we will need an inverter to convert the DC power from the solar panels to the AC power of our technology. Finally we would wait and see if the energy from the solar panels power the technology and then see if the program functions. We hypothesize that the program will function because of the power it receives from the solar panels.