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L2s inherited Ethereum's speed. The sequencer never made the trip. Arbitrum, Base & Optimism each run on ONE sequencer: a single node orders every transaction. That node can censor a wallet, reorder any trades, or halt the chain. Which L2 decentralises its sequencer first?

Mercek

119,063 subscribers

17,997 次观看 • 1 个月前 •via X (Twitter)

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Sustainable creator economy is the future of NFT innovation. We looked for a chain with embedded royalties at the node level and didn’t find one. So we launched our own. RARI chain, Arbitrum L3 with sequencer level royalties enforcement is live on Mainnet 👇🏻

Sustainable creator economy is the future of NFT innovation. We looked for a chain with embedded royalties at the node level and didn’t find one. So we launched our own. RARI chain, Arbitrum L3 with sequencer level royalties enforcement is live on Mainnet 👇🏻

RARI Chain

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✨ Introducing the easiest way to force include txs on L2 Connect to dapps & send deposit txs on L1 for Optimism chains, with a single toggle! 🧠 be ahead of the curve if the L2 sequencer goes down

✨ Introducing the easiest way to force include txs on L2 Connect to dapps & send deposit txs on L1 for Optimism chains, with a single toggle! 🧠 be ahead of the curve if the L2 sequencer goes down

apoorv.gwei

146,259 次观看 • 8 个月前

1/ From the very first day, we were promised that an #Ethereum node could run on any consumer device. In 2024, you can run on a $200 ARM64 board using ~10w: - 1 Archive node + a validator client - A Supernode (L1+L2 on the same device) This is called decentralization. +info👇

1/ From the very first day, we were promised that an #Ethereum node could run on any consumer device. In 2024, you can run on a $200 ARM64 board using ~10w: - 1 Archive node + a validator client - A Supernode (L1+L2 on the same device) This is called decentralization. +info👇

Ethereum on ARM (and RISC-V) 🦇🔊🐼👉👈🐼

89,523 次观看 • 2 年前

🚨The word is out! We’re bringing Chain Abstraction to CoW DAO🐮 Arcana Wallet aggregates your assets across chains and makes cross-chain swaps as easy as a single click. In the demo: 🔹Despite having no USDT on Arbitrum, Mayur | Avail swapped USDT to ETH on Arbitrum. 🔹Arcana Wallet fetched the needed liquidity from his USDT on Optimism, transferred it seamlessly to Arbitrum, and confirmed the transaction. The result? A frictionless swap experience that abstracts away chain complexities for the user. Try it yourself👉

🚨The word is out! We’re bringing Chain Abstraction to CoW DAO🐮 Arcana Wallet aggregates your assets across chains and makes cross-chain swaps as easy as a single click. In the demo: 🔹Despite having no USDT on Arbitrum, Mayur | Avail swapped USDT to ETH on Arbitrum. 🔹Arcana Wallet fetched the needed liquidity from his USDT on Optimism, transferred it seamlessly to Arbitrum, and confirmed the transaction. The result? A frictionless swap experience that abstracts away chain complexities for the user. Try it yourself👉

Arcana Network

27,107 次观看 • 1 年前

Deploy Avail Node Without Any Coding/Commands Smoothly 24/7 Uptime You can also run a node on mobile No need for a PC or laptop. Avail Official Twitter also tweeted about this Node. Here's the guide 👇 1. Open this link on Trust Wallet or a browser: 2. Connect your wallet. 3. Go to the dashboard and buy an Avail Node; it costs around $14.99 and can be bought with any crypto. 4. Go to Active Nodes. 5. Reveal the phrase key and save it in your notes. 6. Copy the Avail public address. 7. Download the Polkadot JS Extension from 8. Import the key or create a wallet and copy the public address. 9. Go to and claim the faucet. 10. Then go to 11. Connect your Polkadot Wallet and complete all social tasks. Use the public address you copied from the Mintair | One Click Infra Node to claim the NFT. That's it! You don't need to worry about uptime; the node provider handles everything automatically.

Deploy Avail Node Without Any Coding/Commands Smoothly 24/7 Uptime You can also run a node on mobile No need for a PC or laptop. Avail Official Twitter also tweeted about this Node. Here's the guide 👇 1. Open this link on Trust Wallet or a browser: 2. Connect your wallet. 3. Go to the dashboard and buy an Avail Node; it costs around $14.99 and can be bought with any crypto. 4. Go to Active Nodes. 5. Reveal the phrase key and save it in your notes. 6. Copy the Avail public address. 7. Download the Polkadot JS Extension from 8. Import the key or create a wallet and copy the public address. 9. Go to and claim the faucet. 10. Then go to 11. Connect your Polkadot Wallet and complete all social tasks. Use the public address you copied from the Mintair | One Click Infra Node to claim the NFT. That's it! You don't need to worry about uptime; the node provider handles everything automatically.

vasucrypto

63,236 次观看 • 2 年前

SOON’s Decoupled SVM Rollup Stack is modular, fraud-proof, and designed to run on any L1 — Ethereum, BNB Chain, Bitcoin, Cosmos - The Interchain ⚛️, and beyond. Here’s how it works: sequencer → proposer → batcher → fraud prover → derivation pipeline → settlement layers • The sequencer handles transaction ordering and execution using our Decoupled SVM. • The proposer takes executed transactions and generates state commitments. • The batcher bundles these for submission to the settlement layer. • The fraud prover monitors for invalid state transitions, securing SOON as a true rollup. • The derivation pipeline validates batched data, ensuring state consistency. • The settlement layer anchors the system on Ethereum or other L1s. (or other L1s via SOON Stack), giving us the security of the base layer while maintaining SVM's performance benefits. This is how we bring Solana’s performance to any chain. See Shane Barratt & Joanna Zeng @ SOON (🔴,💊)📍🇺🇸🗽 (Mainnet Arc) Hack VC’s NYC office, whiteboarding SOON's architecture 👇

SOON’s Decoupled SVM Rollup Stack is modular, fraud-proof, and designed to run on any L1 — Ethereum, BNB Chain, Bitcoin, Cosmos - The Interchain ⚛️, and beyond. Here’s how it works: sequencer → proposer → batcher → fraud prover → derivation pipeline → settlement layers • The sequencer handles transaction ordering and execution using our Decoupled SVM. • The proposer takes executed transactions and generates state commitments. • The batcher bundles these for submission to the settlement layer. • The fraud prover monitors for invalid state transitions, securing SOON as a true rollup. • The derivation pipeline validates batched data, ensuring state consistency. • The settlement layer anchors the system on Ethereum or other L1s. (or other L1s via SOON Stack), giving us the security of the base layer while maintaining SVM's performance benefits. This is how we bring Solana’s performance to any chain. See Shane Barratt & Joanna Zeng @ SOON (🔴,💊)📍🇺🇸🗽 (Mainnet Arc) Hack VC’s NYC office, whiteboarding SOON's architecture 👇

SOON - Solana Optimistic Network (Mainnet Arc)

36,997 次观看 • 1 年前

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enzo

232,783 次观看 • 1 年前

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How Gitbank Works Your GitHub issues just became a treasury. Sign up once at Gitbank deploys a smart contract vault on Base L2 permanently tied to your GitHub ID, not your wallet address. That ID never changes, can't be renamed, can't be spoofed. Connect your repos. Then run commands directly inside any Issue, PR, or Discussion: gitbankbot deposit 0.001 WETH. The bot executes the transaction on-chain and replies instantly with a full receipt amount, fee, tx hash, and a Basescan link to verify everything yourself. Gitbank pays all the gas. Every time. 🔗

Gitbank

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Tensora

15,812 次观看 • 8 个月前

7 steps and 2 clues created a woman who was bought a drink by a stranger. She doesn't exist. A stranger sat at a club bar last week. She picked out a man, started a conversation, bought him a round. He smiled back. The whole scene lived in a 6-second clip that pulled comments asking who she was. She was never there. No club, no drinks, no face that belongs to anyone. Here is the full build, 7 steps end to end. Open Pinterest, search “girl selfie,” save one image. Open Nano Banana Pro and swap the face with a single prompt. That photo now belongs to no one. Move the image into a node editor. Create 3 nodes: a reference image node, a text node, a video generator node. Drop the photo into the image node. Write 1 video prompt into the text node, the line that turns a still frame into motion. Connect text to text-in, image to image-in. Select Kling 2.6, set duration, switch sound on. Hit generate. 2 prompts. One face that exists nowhere. A 6-second clip people argued was real. The next person who buys you a drink at a bar might run on a text prompt.

7 steps and 2 clues created a woman who was bought a drink by a stranger. She doesn't exist. A stranger sat at a club bar last week. She picked out a man, started a conversation, bought him a round. He smiled back. The whole scene lived in a 6-second clip that pulled comments asking who she was. She was never there. No club, no drinks, no face that belongs to anyone. Here is the full build, 7 steps end to end. Open Pinterest, search “girl selfie,” save one image. Open Nano Banana Pro and swap the face with a single prompt. That photo now belongs to no one. Move the image into a node editor. Create 3 nodes: a reference image node, a text node, a video generator node. Drop the photo into the image node. Write 1 video prompt into the text node, the line that turns a still frame into motion. Connect text to text-in, image to image-in. Select Kling 2.6, set duration, switch sound on. Hit generate. 2 prompts. One face that exists nowhere. A 6-second clip people argued was real. The next person who buys you a drink at a bar might run on a text prompt.

RGK🌹

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Hedgehog Trades: Bet on the Chain, Not Just the Coin: 🫥 #Hedgehog 🦔 turns blockchain activity into binary trades: for example, you can go UP or DOWN on #Ethereum’s base fee over the next 10-minute window, bet on whether #BTC perp funding rates will rise, or hedge L2 posting costs when a batch-heavy bot runs each market settles off real on-chain metrics, with short cycles and transparent odds, so traders speculate on chain volatility, apps hedge operational budgets, and mints offset gas spikes, all without price speculation. Follow Hedgehog 🦔 🏆 #dyor

Hedgehog Trades: Bet on the Chain, Not Just the Coin: 🫥 #Hedgehog 🦔 turns blockchain activity into binary trades: for example, you can go UP or DOWN on #Ethereum’s base fee over the next 10-minute window, bet on whether #BTC perp funding rates will rise, or hedge L2 posting costs when a batch-heavy bot runs each market settles off real on-chain metrics, with short cycles and transparent odds, so traders speculate on chain volatility, apps hedge operational budgets, and mints offset gas spikes, all without price speculation. Follow Hedgehog 🦔 🏆 #dyor

zhao

15,931 次观看 • 4 个月前

THIS DEVELOPER CONNECTED 8 NVIDIA DGX SPARKS INTO ONE CLUSTER - AND RAN AN 800GB MODEL THAT MADE HIM 10X MORE PRODUCTIVE 21:47 he says it straight - "this is a terabyte of VRAM - we ran Quen 3.5, 800GB on disk, a model that doesn't even fit on a single Mac Studio - 24 tokens per second - I'd say that's a win" 8 Sparks connected through a $1,300 switch via RDMA over Ethernet - each node adding 128GB of memory into one unified pool of 1TB started with one Spark at 3 tokens per second - every added node doubled the speed - and eight together deliver 24 tokens on a model that physically cannot run anywhere else Kimi K2 at 600GB loaded in 15 minutes, 115GB per node, 13 tokens per second - a model that simply cannot run on anything smaller Claude helped configure the entire cluster - SSH mesh across all 8 machines, network config, jumbo frames, QSFP port speeds - all from one terminal most people rent cloud compute for models this size at $2,000+/month - he built the cluster once and now every token costs 20x less

THIS DEVELOPER CONNECTED 8 NVIDIA DGX SPARKS INTO ONE CLUSTER - AND RAN AN 800GB MODEL THAT MADE HIM 10X MORE PRODUCTIVE 21:47 he says it straight - "this is a terabyte of VRAM - we ran Quen 3.5, 800GB on disk, a model that doesn't even fit on a single Mac Studio - 24 tokens per second - I'd say that's a win" 8 Sparks connected through a $1,300 switch via RDMA over Ethernet - each node adding 128GB of memory into one unified pool of 1TB started with one Spark at 3 tokens per second - every added node doubled the speed - and eight together deliver 24 tokens on a model that physically cannot run anywhere else Kimi K2 at 600GB loaded in 15 minutes, 115GB per node, 13 tokens per second - a model that simply cannot run on anything smaller Claude helped configure the entire cluster - SSH mesh across all 8 machines, network config, jumbo frames, QSFP port speeds - all from one terminal most people rent cloud compute for models this size at $2,000+/month - he built the cluster once and now every token costs 20x less

Noisy

184,815 次观看 • 26 天前

We cracked on-chain privacy... ⛓️💥 Multiple users. One address. Zero information leakage. Our CTO, koreli.eth, presented the Hinkal wallet architecture at Devcon Argentina - Ethereum's flagship developer conference, breaking down the full Hinkal wallet architecture: ZK proofs, stealth addresses, and UTXO pools on EVM. Enterprise-grade privacy that works seamlessly with any DeFi protocol. "This is a normal transaction in Hinkal" - That's the point. Privacy by default. 🎙️ Watch him walk you through the magic:

We cracked on-chain privacy... ⛓️💥 Multiple users. One address. Zero information leakage. Our CTO, koreli.eth, presented the Hinkal wallet architecture at Devcon Argentina - Ethereum's flagship developer conference, breaking down the full Hinkal wallet architecture: ZK proofs, stealth addresses, and UTXO pools on EVM. Enterprise-grade privacy that works seamlessly with any DeFi protocol. "This is a normal transaction in Hinkal" - That's the point. Privacy by default. 🎙️ Watch him walk you through the magic:

hinkal

12,899 次观看 • 6 个月前

🚨 NEW Episode w Michael Sutton vProgs MasterClass (MUST WATCH) Full Youtube - CC Yonatan Sompolinsky FreshAir08 In this exclusive 90-minute deep-dive, Ankit sits down with Michael Sutton, Co-Author of #KASPA #vProgs, for the most comprehensive explanation of vProgs (Verifiable Programs) to date. This isn't just another crypto interview - it's a masterclass in next-generation blockchain architecture. This is the conversation that will define how we think about blockchain scalability, liquidity fragmentation, and the future of decentralized applications. vProgs represent #Kaspa's answer to what many consider blockchain's greatest unsolved problem: the fragmentation crisis. While Ethereum's rollups trap developers and users in isolated silos (Base, Arbitrum, Optimism), vProgs create a unified, one-dimensional space where programs can synchronously compose while maintaining sovereignty. Michael Sutton breaks down complex concepts like #basedrollups, canonical ordering, #computationalDAGs, and #synchronouscomposability into understandable explanations. Whether you're a developer evaluating blockchain platforms, a researcher studying L2 solutions, or an investor trying to understand #Kaspa's technological edge, this episode provides the clarity you need. What makes vProgs revolutionary? Unlike traditional L2s that require trust assumptions and complex bridging, vProgs inherit L1 security directly, eliminate censorship risks, and create true unified liquidity through atomic composability. The experience? As Michael explains, it should feel "as if programs are on L1" despite executing off-chain with ZK proof verification. TOPICS DISCUSSED: vProgs Fundamentals - What they are and why they're called "verifiable programs" instead of smart contracts Single Sequencer Architecture - How Kaspa L1 enables synchronous composability that fragmented L2s cannot achieve. Based Rollups Superiority - Why having all roles on L1 eliminates trust assumptions and inherits full security Ethereum's Fragmentation Problem - The "failure supernova" that inspired Kaspa to design differently from day one One vs Two-Dimensional Liquidity - Why current L2s trap users in bundles and how Vprogs solve this Unified Liquidity & Asset Hubs - Creating a single liquidity space without bridges or fragmentation L1 Experience on L2 - How atomic composability makes off-chain execution feel native• Multiple VM Support - Supporting different virtual machines (Solana-style, EVM-adapted) as templates Validity Proofs vs Zero-Knowledge - Clarifying the cryptographic architecture behind vProgs Sovereignty + Composability - Balancing program independence with seamless communication ComputationalDAG - The breakthrough that made the entire vision click into place -------------------- This video is for educational purposes only and not financial advice. Always conduct your own research before engaging with blockchain projects or investments. #vProgs #kaspa #kaspa #kaspacurrency #kaspaupdates #kaspaecosystem #kaspanews

🚨 NEW Episode w Michael Sutton vProgs MasterClass (MUST WATCH) Full Youtube - CC Yonatan Sompolinsky FreshAir08 In this exclusive 90-minute deep-dive, Ankit sits down with Michael Sutton, Co-Author of #KASPA #vProgs, for the most comprehensive explanation of vProgs (Verifiable Programs) to date. This isn't just another crypto interview - it's a masterclass in next-generation blockchain architecture. This is the conversation that will define how we think about blockchain scalability, liquidity fragmentation, and the future of decentralized applications. vProgs represent #Kaspa's answer to what many consider blockchain's greatest unsolved problem: the fragmentation crisis. While Ethereum's rollups trap developers and users in isolated silos (Base, Arbitrum, Optimism), vProgs create a unified, one-dimensional space where programs can synchronously compose while maintaining sovereignty. Michael Sutton breaks down complex concepts like #basedrollups, canonical ordering, #computationalDAGs, and #synchronouscomposability into understandable explanations. Whether you're a developer evaluating blockchain platforms, a researcher studying L2 solutions, or an investor trying to understand #Kaspa's technological edge, this episode provides the clarity you need. What makes vProgs revolutionary? Unlike traditional L2s that require trust assumptions and complex bridging, vProgs inherit L1 security directly, eliminate censorship risks, and create true unified liquidity through atomic composability. The experience? As Michael explains, it should feel "as if programs are on L1" despite executing off-chain with ZK proof verification. TOPICS DISCUSSED: vProgs Fundamentals - What they are and why they're called "verifiable programs" instead of smart contracts Single Sequencer Architecture - How Kaspa L1 enables synchronous composability that fragmented L2s cannot achieve. Based Rollups Superiority - Why having all roles on L1 eliminates trust assumptions and inherits full security Ethereum's Fragmentation Problem - The "failure supernova" that inspired Kaspa to design differently from day one One vs Two-Dimensional Liquidity - Why current L2s trap users in bundles and how Vprogs solve this Unified Liquidity & Asset Hubs - Creating a single liquidity space without bridges or fragmentation L1 Experience on L2 - How atomic composability makes off-chain execution feel native• Multiple VM Support - Supporting different virtual machines (Solana-style, EVM-adapted) as templates Validity Proofs vs Zero-Knowledge - Clarifying the cryptographic architecture behind vProgs Sovereignty + Composability - Balancing program independence with seamless communication ComputationalDAG - The breakthrough that made the entire vision click into place -------------------- This video is for educational purposes only and not financial advice. Always conduct your own research before engaging with blockchain projects or investments. #vProgs #kaspa #kaspa #kaspacurrency #kaspaupdates #kaspaecosystem #kaspanews

XXIM Podcast

76,761 次观看 • 8 个月前

"From the point of view of a developer, right now there's a lot of friction. If you're an aspiring developer and you have a new application you want to launch, you have to pick: do I go to Arbitrum, do I go to Base or Blast, or which of these chains? Because a lot of the success of my application really depends on the success of that ecosystem. But in this sort of Based future, when everything's interoperable, it doesn't really matter. You get to launch your own chain, and there's no maintenance. You're not running your own centralized sequencer; it's being done by the Ethereum validators. And this allows you to compose with other rollups and capture your own congestion fees." Puffer Core Contributor Jason Vranek Jason Vranek 🥐 on the benefits of UniFi for developers and app-chains. 🐡🕶️

"From the point of view of a developer, right now there's a lot of friction. If you're an aspiring developer and you have a new application you want to launch, you have to pick: do I go to Arbitrum, do I go to Base or Blast, or which of these chains? Because a lot of the success of my application really depends on the success of that ecosystem. But in this sort of Based future, when everything's interoperable, it doesn't really matter. You get to launch your own chain, and there's no maintenance. You're not running your own centralized sequencer; it's being done by the Ethereum validators. And this allows you to compose with other rollups and capture your own congestion fees." Puffer Core Contributor Jason Vranek Jason Vranek 🥐 on the benefits of UniFi for developers and app-chains. 🐡🕶️

Puffer Finance 🐡

235,561 次观看 • 1 年前

Reaction to Mr.Hodldamus and Wicked on Danny Knowles Most notably absent from the podcast is any consideration about what happens if/when BIP110 succeeds. - Core isn't a full node any more - what do they do? - Miners running Core will mine invalid blocks. Do they all run Knots? Does something else manifest? - What happens to the scam companies like Citrea "building" on Bitcoin? Further - is it failed, what would the consequences be for the Bitcoin chain? What can we expect to end up in these permanently normalized large OP_RETURNs? Are you going to run a node if the worst happens in that regard? If the UTXO set continues to blow up with witness abuse and we lose more low end hardware is that a sustainable path?

Reaction to Mr.Hodldamus and Wicked on Danny Knowles Most notably absent from the podcast is any consideration about what happens if/when BIP110 succeeds. - Core isn't a full node any more - what do they do? - Miners running Core will mine invalid blocks. Do they all run Knots? Does something else manifest? - What happens to the scam companies like Citrea "building" on Bitcoin? Further - is it failed, what would the consequences be for the Bitcoin chain? What can we expect to end up in these permanently normalized large OP_RETURNs? Are you going to run a node if the worst happens in that regard? If the UTXO set continues to blow up with witness abuse and we lose more low end hardware is that a sustainable path?

Softfork Mechanic #BIP-110

34,519 次观看 • 1 个月前

🚨We just changed the rules⛓️‍💥 We are delighted to share that OctaSpace is the very first platform on earth to offer the ability to provide nodes using multiple Operating Systems. Our new Windows node installer is officially live, allowing anyone to provide a node using Windows, no technical knowledge or skills required. 🫵 can join our 10,000 users and contribute your compute power to one of the fastest growing platforms in the world.

🚨We just changed the rules⛓️‍💥 We are delighted to share that OctaSpace is the very first platform on earth to offer the ability to provide nodes using multiple Operating Systems. Our new Windows node installer is officially live, allowing anyone to provide a node using Windows, no technical knowledge or skills required. 🫵 can join our 10,000 users and contribute your compute power to one of the fastest growing platforms in the world.

OctaSpace

12,626 次观看 • 10 个月前

Release Notes – July 10 2025 Today’s update delivers a series of enhancements focused on friction-free cross-chain activity and a smoother mobile experience to Closed Alpha Users. 1. Unified Bridging & Swapping (BRAP) Engine -Best-rate execution: BRAP concurrently scans multiple liquidity routes and automatically selects the most favorable path for simple A → B transfers. -Single-step workflow: Move assets such as USDC (AVAX lending position → USDT on Arbitrum) or DAI on Polygon → Solana-based memecoins without manual routing or multiple approvals. Please ensure you have enough gas to execute the txs you are bridging from. 2. Bonk Launchpad Integration Recent Launchpad graduates are now surfaced directly inside the Transaction Agent, enabling one-tap participation as soon as tokens go live. 3. Flexible Signature Management Choose the security model that fits your workflow: -Session Signatures: Approve a set of transactions for a defined period or transaction count with a single signature. -Per-Transaction Signatures: Require an individual confirmation for every transaction. Switch between the two modes at any time via Settings → Authorizations. 4. Multi-Network Gas Payments via BASE PROMPT Use a single BASE PROMPT balance to cover gas fees on Arbitrum, Polygon, Base, and BNB Smart Chain—no need to maintain separate native-token reserves. 5. Mobile UI Upgrade: Collapsible Sidebar A new sidebar improves navigation on smaller screens while maximizing workspace for the tasks that matter most. 6. Contract Agent Access All free users now have access to the contract agent at a low prompt limit to test out the agent, PRO plan will have a higher prompt limit 7. Perps Agent Access -Trade perpetual futures: trade perps of tokens available on Hyperliquid -Built in BRAP function: bridge and swap from any chain to Arbitrum, and directly into your Hyperliquid perps account -Access: All free users can access perps, spot, and swaps with a lower prompt limit, PRO plan will have a higher prompt limit We value your feedback—reach out anytime via Discord or drop us a DM.

Release Notes – July 10 2025 Today’s update delivers a series of enhancements focused on friction-free cross-chain activity and a smoother mobile experience to Closed Alpha Users. 1. Unified Bridging & Swapping (BRAP) Engine -Best-rate execution: BRAP concurrently scans multiple liquidity routes and automatically selects the most favorable path for simple A → B transfers. -Single-step workflow: Move assets such as USDC (AVAX lending position → USDT on Arbitrum) or DAI on Polygon → Solana-based memecoins without manual routing or multiple approvals. Please ensure you have enough gas to execute the txs you are bridging from. 2. Bonk Launchpad Integration Recent Launchpad graduates are now surfaced directly inside the Transaction Agent, enabling one-tap participation as soon as tokens go live. 3. Flexible Signature Management Choose the security model that fits your workflow: -Session Signatures: Approve a set of transactions for a defined period or transaction count with a single signature. -Per-Transaction Signatures: Require an individual confirmation for every transaction. Switch between the two modes at any time via Settings → Authorizations. 4. Multi-Network Gas Payments via BASE PROMPT Use a single BASE PROMPT balance to cover gas fees on Arbitrum, Polygon, Base, and BNB Smart Chain—no need to maintain separate native-token reserves. 5. Mobile UI Upgrade: Collapsible Sidebar A new sidebar improves navigation on smaller screens while maximizing workspace for the tasks that matter most. 6. Contract Agent Access All free users now have access to the contract agent at a low prompt limit to test out the agent, PRO plan will have a higher prompt limit 7. Perps Agent Access -Trade perpetual futures: trade perps of tokens available on Hyperliquid -Built in BRAP function: bridge and swap from any chain to Arbitrum, and directly into your Hyperliquid perps account -Access: All free users can access perps, spot, and swaps with a lower prompt limit, PRO plan will have a higher prompt limit We value your feedback—reach out anytime via Discord or drop us a DM.

Wayfinder Foundation 🧭

51,438 次观看 • 1 年前

The missing piece of the AI agent economy: there is still no way for AI agents to hire each other and get paid on chain. So I built Arc Agent Commerce on Arc L1, a full marketplace, escrow, and reputation system that lets AI agents do business with each other automatically. Real world example: You tell your AI assistant: “Audit this smart contract and deploy it if the audit passes.” Today it has to do everything itself or hard code calls to specific services. With Arc Agent Commerce, it can hire two separate specialized agents (audit + deploy) in a single transaction. Money stays in escrow until each completes their part. How it works (in plain steps): 1. Every agent registers a permanent on chain identity (like a passport) with a reputation score that grows with every successful job. 2. Agents list their services on the shared marketplace, price and capabilities included. 3. A client creates a multi stage pipeline. The entire budget is locked in escrow in one upfront transaction. 4. Each stage uses Arc’s native job system (ERC 8183) for on chain escrow and settlement. 5. The provider quotes, the client funds, the work gets done, and proof is submitted. 6. On approval: the provider is paid automatically, reputation +50 points, and the next stage opens, all in the same transaction. 7. On rejection: the pipeline halts and remaining funds refund to the client instantly. The protocol doesn’t reinvent anything. It simply stitches together Arc’s existing on chain identity (ERC 8004) and job escrow (ERC 8183) so real applications can use it with just a few lines of code. Demo below: full end to end run using one wallet, every transaction verifiable on Arc testnet. → cc: bobbilee | Arc Architects Lead @ Circle Sam | Circle and Arc Community Jeremy Allaire - jerallaire.arc

The missing piece of the AI agent economy: there is still no way for AI agents to hire each other and get paid on chain. So I built Arc Agent Commerce on Arc L1, a full marketplace, escrow, and reputation system that lets AI agents do business with each other automatically. Real world example: You tell your AI assistant: “Audit this smart contract and deploy it if the audit passes.” Today it has to do everything itself or hard code calls to specific services. With Arc Agent Commerce, it can hire two separate specialized agents (audit + deploy) in a single transaction. Money stays in escrow until each completes their part. How it works (in plain steps): 1. Every agent registers a permanent on chain identity (like a passport) with a reputation score that grows with every successful job. 2. Agents list their services on the shared marketplace, price and capabilities included. 3. A client creates a multi stage pipeline. The entire budget is locked in escrow in one upfront transaction. 4. Each stage uses Arc’s native job system (ERC 8183) for on chain escrow and settlement. 5. The provider quotes, the client funds, the work gets done, and proof is submitted. 6. On approval: the provider is paid automatically, reputation +50 points, and the next stage opens, all in the same transaction. 7. On rejection: the pipeline halts and remaining funds refund to the client instantly. The protocol doesn’t reinvent anything. It simply stitches together Arc’s existing on chain identity (ERC 8004) and job escrow (ERC 8183) so real applications can use it with just a few lines of code. Demo below: full end to end run using one wallet, every transaction verifiable on Arc testnet. → cc: bobbilee | Arc Architects Lead @ Circle Sam | Circle and Arc Community Jeremy Allaire - jerallaire.arc

RIDWAN

12,958 次观看 • 3 个月前