An explanation of @irys_xyz, in (very) simple terms. 🧵
"what's that?"
Irys is a programmable datachain.
On Irys, people can upload onchain data and deploy smart contracts that can access it and perform verifiable computations.
"wth??"
Let's start with what a datachain is.
Put simply, it is a blockchain built for one job: storing data.
"ok but isn’t that what all chains do?"
Not really.
Most blockchains like Ethereum or Solana are made to run smart contracts. And storing anything big like files, models or logs on them is super expensive.
Datachains focus on making onchain storage cheap and scalable.
"sounds like arweave?"
Similar idea, yes.
Most datachains simply store data permanently. Once stored, it just sits there forever.
Irys differs by also offering temporary storage (so just for a limited time) and by turning that data into something programmable.
"programmable?"
You can attach rules directly to the data.
Think:
- This ticket can only be scanned once
- The ticket is IP-protected
- This file expires after 7 days
Smart contracts on Irys can read and enforce those rules.
"how is it different from other chains?"
Other chains don’t store the actual data. They use a pointer. It’s like a link to a file, not the file itself.
The file lives elsewhere and you have to trust it’s still there.
On Irys, the data lives and acts onchain
"okay but why would someone do that?"
Imagine you're building an event app.
Instead of minting NFTs that link to offchain tickets, you store the real ticket file on Irys and add logic directly to it like: valid for entry once and only visible to the buyer’s wallet.
"tldr?"
Irys is a datachain that stores any type of data affordably onchain.
It also makes that data programmable, so smart contracts can interact with it directly.
🫶
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An explanation of @SuccinctLabs, in (very) simple terms. 🧵
"what's that?"
Succinct is a protocol on Ethereum that proves the world's software.
Built as a prover network, it coordinates hardware teams, infrastructure operators, and application developers to facilitate the generation of zero knowledge proofs.
"wtf are u talking about?"
Remember zero-knowledge, or ZK, proofs?
They let one party prove they know something without revealing what it is. The other party can verify it without ever needing to see the actual information.
"bro, what is the difference between chain abstraction and cross-chain?"
An explanation, in (very) easy terms. 🧵
"go"
Chain abstraction is about simplifying users' interactions with blockchains, allowing them to use any product and asset without managing multiple wallets or bridging.
On the other side, cross-chain is the ability to transfer data and tokens between different blockchains.
"yea same"
Well… not exactly. The main difference is what the user has to do manually.
Let’s take an example. You have 300 USDC on Arbitrum, 200 USDC on Optimism, and 100 USDC on Ethereum. You want to deposit all of it into a lending protocol on Solana.
An explanation of @arcdotfun, in (very) simple terms. 🧵
"what's that?"
Arc is building Rig, an open source framework for creating portable, modular, lightweight AI agents in rust.
It features an unified API across LLM providers, streamlined embeddings and vector store support and high-level abstractions for complex AI workflows.
"jesus christ"
First of all, Rig is a framework for building AI agents.
Simply put, it gives you the foundation for your agent. It manages everything the AI agent can do, like its memory or its ability to connect to the blockchain.
An explanation of @cookiedotfun, in (very) simple terms. 🧵
"what's that?"
Cookie is the modular data layer for AI agents and swarms.
With its swarm of 18 specialized data agents, it delivers a unified intelligence layer, continuously fed with terabytes of live and historical data, 24/7.
"huh wtf?"
AI agents absolutely need data.
It's like the lifeblood that powers their intelligence.
Without data, they wouldn't be able to make decisions, engage with humans, or even understand their environment.