☁️ What exactly is the cloud? You hear it everywhere: Your photos are in the cloud. The app runs in the cloud. Your data is stored in the cloud. But where is this cloud? 👀 There is no magical cloud. The cloud is basically: Someone else's computers that you access through the Internet. These computers sit inside huge data centers. A company can rent computing power from these data centers instead of buying and maintaining thousands of computers itself. So when you use an app: Your phone → Internet → Cloud computers → App And here's the important part: Those computers are still controlled by someone. That means your app may depend on another company's infrastructure to stay online. So now we have an interesting question: If your app runs on someone else's computers… Who really controls your app? 🤔 That's where the ICP story gets even more interesting. Tomorrow. 🧵 $ICP

🚨 What if the computers running your favorite app suddenly stopped working? Imagine opening your favorite app… But nothing loads. You try again. Still nothing. Is the Internet broken? Not necessarily. 👀 Sometimes, the problem is with the company running the app or the cloud service it depends on. Remember: ☁️ The cloud is made of real computers. 🏢 Companies use those computers to run their apps. ⚠️ If the systems they depend on fail, their apps can stop working. The Internet might still be working perfectly. Other websites and apps may continue running normally. Here's the interesting part: An app can be available worldwide but still depend on infrastructure controlled by a small number of companies. That's why the way apps are hosted matters. ICP takes a different approach: it allows applications to run on a decentralized network rather than relying entirely on one company's servers. The goal? Build apps that don't depend on a single company's infrastructure. Tomorrow's question: What does “decentralized” actually mean? $ICP

🤔 What happens if the company running your favorite app shuts it down? Imagine waking up tomorrow and finding your favorite app is gone. You can't open it. You can't access its services. Everything has stopped working. Why? Because most apps depend on computers managed by a company. That company usually decides how its app operates, who can use it, and what happens to its services. Even if the Internet is working perfectly, your app can still go offline. Think about it: 🌐 The Internet connects computers. ☁️ The cloud provides computers to run apps. 🏢 But a company often controls the infrastructure its app depends on. And this raises an important question: Can we build apps that don't depend on one company's servers? 👀 That's one of the big ideas behind ICP. ICP aims to let developers build and run apps on a decentralized network instead. We're getting closer to understanding why that matters. Tomorrow: What happens when a cloud provider goes down? $ICP

📱 Where does your favorite app actually live? Instagram. YouTube. Your banking app. Your favorite game. Where do these apps live? Most people would say: “On the Internet.” Not exactly. 👀 Your app runs on computers called servers. A server is simply a computer that waits for requests and sends back information. When you open an app, your phone sends a request: 👉 “Show me my data.” The server receives it and sends the information back. This happens in seconds: Your phone → Request → Server → Response → Your phone But here is the important part: Those servers belong to someone. Usually, they are owned or controlled by a company. That company manages the computers where the app runs and where your data is stored. Yesterday, we asked: Who owns the Internet? Nobody owns the entire Internet. But most apps still run on computers controlled by a company. So the next question is: What exactly is “the cloud”? ☁️ Tomorrow. 🧵 $ICP

🌐 Who actually owns the Internet? Google? Microsoft? Amazon? No. Nobody owns the entire Internet. The Internet is made up of thousands of different networks. Your Internet provider owns some infrastructure. Companies own data centers. Different organizations own cables. Universities and governments run their own networks too. They all connect to each other using shared rules. Think about it like roads: Nobody owns all the roads in the world. Different people and organizations own different roads, but they connect together so you can travel from one place to another. That's basically how the Internet works. But here's the interesting part 👇 If nobody owns the Internet, who owns the apps running on it? Your bank app. Instagram. YouTube. Games. Most of them ultimately depend on computers controlled by a company. And this is where the ICP story gets interesting. The Internet connects software. ICP is built around the idea of hosting software on a decentralized network too. Tomorrow: Where does your favorite app actually live? $ICP

2,800 faces, and not one holder address on chain. Applied before it closed. xitter.cf/zaddrnet/status/210094…

ACCESS GRANTED 🔓 My Cypher is waiting. I’m whitelisted for the @CypherSquadZec FREE MINT on $ZEC. 6,000 hackers. One squad. Who’s coming with me? 👾 xitter.cf/CypherSquadZec/status/…

try it

I minted an Akarii. Genesis DN404 by aka.fun on Arc. aka404.art oh thank god now team should deliever

Join me on the Jumper waitlist. waitlist.jumper.xyz/r/JMP-0F…

the robinhood chain terminal wars are over xitter.cf/AxiomExchange/status/2…

I reclaimed 0.353781 SOL with @solincinerator. How much SOL is hiding in your wallet? share.sol-incinerator.com/sh…

🔥 The next meme-token rotation might already be forming Look at the money flowing into these ecosystems: 1- $STONK - Solana memestock launchpad 2- $AI - Robinhood ecosystem 3- $LONG - @arc ecosystem The interesting part? $LONG is still tiny compared with the numbers being discussed around the ecosystem. Some traders are watching September 16 closely as Arc activity is expected to pick up. 🧵 How people are getting into $LONG 1️⃣ Get $CRCL on Robinhood Swap into $CRCL on Robinhood. jumper.xyz/ 2️⃣ Bridge $CRCL to Arc long.supply/bridge Use the bridge at Long Supply to move your funds onto Arc. The bridge says it provides 0.1 USDC for gas, which makes the first transaction easier for new users. 3️⃣ Swap for $LONG Once your funds are on Arc, you can use the Long Supply page to access $LONG. The key point: You don't necessarily need to already hold USDC on Arc. You can bridge funds over first, then use the available balance to enter. ⚠️ DYOR: $LONG is a very small, highly speculative token. Liquidity, contract authenticity, team information and the relationship between the token and the Arc ecosystem should all be verified before buying. Early entry can mean higher upside - but it also means much higher risk. September 16 could be an interesting date to watch. 👀 Not financial advice.

Architect Tier 1. 🏛️ Small milestone but a meaningful one for me. Thank you to everyone at @arc and the Arc community for building a place where people can learn, contribute, build and grow together. I have learned a lot while exploring Arc and this is only the beginning.