As you already learned from my previous posts, @risechain is a high-performance Ethereum Layer 2, delivering absolutely remarkable results(100k TPS, 3ms latency). But speed alone wasn't the goal. Speed was the foundation. Now Rise has evolved into something way bigger: the

MOVEMENT IS FOR BUILDERS Built on MoveVM, the Movement L1 delivers consumer-ready infra: lightning-fast speeds, native staking for economic security, and the Move language. It's fast, secure, formally verified, and resource-oriented to prevent vulnerabilities. High-performance

to bet on digital twins is delusional thousands of reasons why it will fail but imagine we make it work though... a perfect, ownable, verifiable copy of every mind that compounds knowledge forever trillions doesn't even begin to cover it

In the past few days, we’ve seen creators take initiative, putting out insightful POVs on OpenGradient and twin dot fun, crafting visuals, writing breakdowns, and shaping the OG narrative in their own language. To bring these minds closer, we’ve created an X Community, a space

@tenprotocol is not about technology - TEN is the biggest scam and betrayal of its community in my entire crypto career. In this thread, I’ll show how my team and I worked with TEN’s co-founders for over 3 years, and how they took away all the tokens we were owed right before TGE

6/ Based Pre-confirmations: Instead of waiting for full Ethereum L1 confirmations (which take ~13 minutes), RISE uses based preconfirmations - a cryptographic promise from the L1 validator that your transaction will be included at a specific timestamp. It's like getting a

5/ The benefits: Decentralization - No single sequencer to trust. Liveness - If one validator is offline, the next one in the rotation takes over. Economic alignment - MEV (miner extractable value) flows back to Ethereum, strengthening L1 security. Synchronous composability -

4/ How Based Sequencing Works under the hood: L1 proposers (Ethereum validators) take on the sequencing role for RISE. They order transactions, compress batches, and post data to Ethereum. RISE's execution nodes process transactions off-chain and update the rollup's state.

3/ To put it in simple terms: Centralized sequencing is like one cashier at a grocery store. Fast, but if they take a break, the line stops. Based sequencing is like having multiple cashiers (Ethereum validators) rotating shifts. One goes offline? The next one steps in. No

2/ Centralized sequencers have their own advantage - they are fast and simple. But they're also a single point of failure. If the sequencer goes down, the chain stops. If the sequencer censors your transaction, tough luck. You're trusting one entity with the liveness and

Most L2s chose: fast OR decentralized. Majority chasing speed while sacrificing decentralization, which means they use centralized sequencers - so one entity orders all transactions, executes them, and batches them to Ethereum. @risechain rewrites the playbook with Based

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The M1 Hackathon is almost here! $30,000 in prizes await Move builders 🏆 Sign up now and get ready to show off your ideas and build the next big thing on Movement!

can anything actually beat @HyperliquidX ? yes. It’s called RISEx by @risechain look, I love Hyperliquid. It legitimately feels like binance but you actually own your keys. changed the game. but the more I trade on it, the more I keep running into the same annoyance 🧵 1/8

5/ What is the Key Insight here? Users get sub-5ms preconfirmations. That's faster than your internet ping to most servers. It feels like web2, but it's fully on-chain, fully verifiable, fully decentralized. Under normal demand, shreds fire every 1ms. During peak demand, RISE

4/ From the technical stand point: Transactions are grouped into shreds (small segments) as they're executed Each shred is signed and propagated to validators immediately. Shreds are economically secured through signed L1 preconfirmations - meaning the Ethereum Layer 1

3/ Let me explain it in simpler terms: Imagine you're sending a large video file. Traditional blockchains send the entire video in one shot - you wait until the whole thing uploads, then the recipient downloads the whole thing. Shreds are like streaming. The video is broken

2/ What is it? Shreds are broken-down blocks without a state root. They're small, connected segments of transactions that can be validated and propagated instantly, without waiting for the full block to form.

Blockchains traditionally package transactions into "blocks" - complete, finalized chunks of data with a state root (a cryptographic summary of the entire blockchain state after that block). But creating that state root takes time. And users hate waiting. @risechain

The final week of Movemint Madness is upon us. And it's jam packed with community teams minting!

4/ Thanks to see we can see: Lower latency - transactions don't wait in the queue for the next "block slot." Higher throughput - the execution engine is always working, never idle. Faster preconfirmations - users get feedback almost instantly because execution already started.