/biz/ - Business & Finance

>>51167645
>Ya absolutely, I think that, that’s one of the things we’re working towards with CCIP and that’s one of the things that makes it unique relative to other bridges. We are focusing on an ability to send messages and if you look at messages and communication I think you’ll see that that is really the core or one of the core building blocks of the internet, for example TCP/IP is a good example. So our goal is not just to make a token bridge, our goal is actually to make a messaging system that can convey commands both from existing backends to blockchains and between blockchains. So in a certain sense, CCIP is a kind of abstraction layer that can sit between all backend systems that want to use blockchains and want to use tens or hundreds of blockchains at the same time. And it is an abstraction layer between blockchains, and that’s because it is more of a messaging and a communication system that can communicate about many things, one of which is token transfers, the other things are indeed commands. So it doesn’t really make sense to me that in the web2 world you have all these different clouds where a web2 developer, a web developer, can use multiple services on multiple clouds, right, they can go use a service on GCP like BitQuery, they can use S3 on AWS, they could use some other service on Azure, and they can combine all of those services into their web application and nobody who uses that web application has any understanding or frankly any interest on whether the application is powered by Amazon Web Services or GCP or Azure, right, that is how people use compute cycles in web2 and realistically I think that’s how compute cycles will end up being used in the blockchain industry, is that people will simply use the best system for their compute cycles.