Atlas de conocimiento

tration that I think a lot of your listeners will have is that whenever something's going through a specification, it's so slow to actually get specified, right? When I started work, JavaScript was just a mess across the board between different browsers. And you needed to do all these different things, and you would figure it out through callback hell, and you would go through it. And then a lot of the ECMAScript standardization came in. It was like, "Oh, this is really cool." We started working on this, and then they started creating test suites that you could run through everything. But the slowness made it correct. Because if you make things fast, you cause other problems. And we've seen that in the spec world. There was a specification, I can't think of the name of it at the moment, which is used for people to send messages between browsers. So if you want to make a phone call or things like that through a browser, you would do it through this. And it's on its third iteration. And that caused problems. And so that's where it becomes really important to get that correct. It's the same with the web driver specification, right? There are competing tools out there to Selenium, like Playwright or Cypress, and they were never really - that involved in the specification part. But when we've been working on things, we're trying to make it that, "Oh, you can always extend it out," and then go, "Oh, we're going to add this feature to the browser," automatically gets a web driver test. And so you can know that whatever you get from different browsers, and it becomes really important in the mobile space a lot more, because like Chrome on Android, Safari on iOS, you need to think about how those things interact with each other along the way and get the best out for people.