I feel like @anoma's slot machine game can actually hit tens of thousands of points, right? I've been playing for so long, and the highest I've ever hit is 4,000 points. @anoma And then there's the spin wheel—it really is 50 spins for 50,000 points. Guess what? Today I hit it! Also, in the past few days, I've been hitting 2,500 points quite a lot. I heard some info floating around, seems like TGE isn't far off? Let's talk about @anoma's mainnet roadmap, which includes three basic phases: devnet, testnet, and mainnet. The Anoma protocol is a distributed operating system for intent-centric applications, while the Anoma network is the interconnected graph of computers running this protocol. Operating system: Abstracts different hardware into a common interface and provides an environment for applications to run. Currently, there are three main types of operating systems: Desktop operating systems like Windows, Linux, and Mac OS. Mobile operating systems like iOS and Android. Web browsers like Chrome and Safari. All three types fit this definition, but they differ in the hardware they aim to abstract and the type of environment they provide. Desktop and mobile operating systems focus on abstracting physical hardware, while web browsers run on existing operating systems and leverage the hardware abstraction those systems provide. Although all three types aim to provide a secure environment for multiple applications to run, mobile operating systems and web browsers tend to focus more on restricting app permissions and sandboxing app code clearly. Similar to web browsers, @anoma is an operating system that runs on existing "base" operating systems, abstracting differences between physical hardware. Like mobile operating systems, Anoma provides a very clean sandbox to ensure nodes can safely and incentive-compatibly run code received through the network. Distributed operating systems like Anoma don't aim to abstract the hardware of a single computer but rather the hardware of multiple networked computers, allowing applications to treat the network as a single abstract machine—specifically, an intent machine. Anoma then provides three key features: A framework for writing native intent-centric applications, A network that allows these applications to immediately leverage existing services and liquidity, and A clear interface that makes it easy for service providers to support new categories of applications. We'll talk more about @anoma's deployment and usage later—stay tuned for more updates, friends!