 When we actually get the data depending on where the source comes from you get that initial element of you know Here's that you know mentioned a few times here that chain of custody of data So when the data comes on the network here you've got your starting point And then moves along you say okay did someone access it here was it altered here? How is it altered here? And if you go access it again, you have this kind of initial source of trust Which is very important when you're dealing with multinational companies or multinational resources or whatever institution People can access the same source of data instead of a centralized source where you have Somebody can upload take the data out they can change something and they can re-upload it You don't know exactly what happened and you have to just trust that whoever had it before Did something that was correct? You can't necessarily go back and access that one of the decentralized system you say well There's multiple copies in multiple multiple locations You could say here was an access copy and you can't necessarily build off of Something that you can't trust the initial answers on and that's really where this trustless kind of immutable system is Significantly better in the overall tracking of this right as well from a reporting perspective again going back to the difficulties of tracking and Displaying your scope to and scope through emissions for a lot of the different reasons that was discussed on this panel the difficulty of understanding Where certain minerals came from or where that supply chain? Potentially broke down and in terms of the the emissions and the overall impact So being able to access those pieces and then seeing where those pieces were altered is extremely important um