 ARVA is an ARPA-E smart farm awardee. We manage six eddy covariance towers measuring methane and nitrogen nitrous oxide emissions in rice and corn systems. The goal of that is to collect the data to validate our net negative agriculture environment. Our lead scientist Dr. Michael Schupenauer on this, a skeptic about whether or not agriculture is an emitter already believes we're in that negative in terms of carbon and our whole ag ecosystem. And that when we take that as a starting premise, if we can prove that with data, then agriculture becomes a really different system now to start looking at large scale carbon sequestration. So we just make incremental improvements to something that's already has the potential to sequester a lot of carbon. That's where we're really going. So what we're doing today is our platforms up and running. We have what's called carbon ready. So we just field boundaries. We pull in lots of other data from satellites, soil, data sets, crop data sets, USDA, etc. And we can help farmers start to understand what are we playing for in terms of carbon. So if you wanted to take your field, load it up in our platform, we can come back and tell you guys. Here's what you're playing for. You're looking at on these fields one to two tons of carbon in some cases more per year. And now you can start to say, is that worth it to me? What is the price of that carbon? Is $20 enough if I can do two tons a year? Is that enough for me to sell today? And our view is we want to help you get ready carbon ready. What data do we need to move into actually originating the carbon? And once you originate that carbon, you choose when to sell it. You don't have to sell today. You can bank that credit just like we have a grain bin here. We can hold that until the markets, those don't expire, but that carbon we can hold and trade until the market gets to where we want it to be. So we'll be farming for yield and carbon in the near future.