Yeah. Thanks, George. Very much so, just to answer you quickly. There's a long list of use cases that we've shared and put into a lot of our materials that we've published, but to me, the obvious compelling one is mutual aid, right? So we were just talking about these crises that have occurred, the weather incidences, other things that occur, mutual aid is the concept that really plays into what Ryan said. These utilities work together. So when you say that there are utilities that border, storms come through Georgia. There are hundreds of trucks that roll into that area from neighboring utilities in order to be able to help repair and restore service as fast as possible. That's the union between utilities and the benefit, but understand that the communications in those trucks today is not interoperable, right? Those are two-way radio systems, legacy systems that are on unique discrete systems and frequencies, but getting on a collective system, and that starts with voice communications in what's the frontline, the important workers that are going out to restore services, but it then gets into cyber mutual aid, which is a topic that's talked about at the Edison Electric Institute. It gets into understanding the data patterns of how to optimize the utilization of power, right? Transmission goes across these boundaries as well, and transmission is often the most challenging, weakest link of how we're solving the energy challenges that are occurring with growing demand aspects of the marketplace. I'm sure you've all seen a lot of the writing now about the data center demand because of the growing AI requirements. Utilities have to look at that not as just a point problem, but it's a full network problem from generation to the distribution and consumption of that power. And so a more effective management of that entire network, not just within one service territory, but across service territories and across the nation. In Texas specifically, there's a lot of the ERCOT footprint. That's the regulator that oversees that area. And so knowing how to more efficiently both generate, manage the power through transmission, and also manage consumption. I mentioned some of the stuff that went on at the Edison Electric conference as an example. The desire to put large processing power, large compute on the edge of the network, they call it AMI. It's the metering that we see on the sides of our houses today, but soon that will be a large processing AI power to both control things that are happening within your house, but also within the neighborhood, and being able to say, how can we be more efficient? Because power is all about peak consumption. And so if we can lower the peak consumption by using the generators that are attached to these networks, by using the battery storage, the solar in a more efficient way, we can better feed the new uses of power like data centers and industrialized users within the enterprise.