交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

Odaily星球日报2024-01-17 tarihinde yayınlandı2024-01-17 tarihinde güncellendi

Özet

除了参与发售之外,完成测试网交互也将会得到SatoshiVM的空投代币$SAVM

近日,一个名为 SatoshiVM 的比特币 ZK Rollup 二层方案在推特上引起了热议。目前,SatoshiVM 官方发布白皮书介绍的推特浏览量为 35 万。(为杜绝用户的假链接,SatoshiVM 已关闭评论)

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

据悉,SatoshiVM 是一个多功能的 ZK Rollup,它使用 EVM 进行链下计算。这意味着用户可以以类似于与以太坊交互的方式与 SatoshiVM 进行交互,并且开发人员可以像在以太坊上一样在 SatoshiVM 上构建。

如此引起热议的原因,很大一部分是因为 SatoshiVM 将在 1 月 19 日通过 Bounce 平台出售其总供应量的 2.5% ,这是近期市场上非常受瞩目的一次发售,甚至引起了 AUCTION 的币价 28% 的涨幅,突破 30 美元。

Bounce 的前几次 IDO 中,MultiBit(MUBI)和 BSSB 的表现都非常出色,但在去年 12 月 15 日的新一轮 IDO 中,受到 Launchpad 项目 Bdid(BDID)的「本该空投的代币被用于预售」质疑风波影响,让原本正在上涨的 AUCTION 短时回撤超 20% 。似乎是吃了这次的亏,Bounce 在之后的 IDO 项目里,都会对项目进行选择「抉择」,因此 SatoshiVM 的发售也备受关注。

在即将到来的 @SatoshiVM 的$SAVM 代币发行中,Bounce 也将推出一种创新的初始 LP 收入发行(ILO)池,结合了随机选择机制。参与者可以使用$AUCTION 代币购买入场券来参与。每位中奖者将从$SAVM 的自动做市商(AMM)流动性池(LP)中持续获得一定比例的交易费作为奖励。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

五个特点

据悉,与更复杂的第 2 层实现相比,SatoshiVM 提供了几个显着的优势和特点。

ZK EVM: SatoshiVM 是一个多功能的 ZK Rollup,采用 EVM(以太坊虚拟机)进行链下计算。用户可以像与以太坊交互一样与 SatoshiVM 交互。此外,开发人员可在 SatoshiVM 上进行构建,就如同他们在以太坊上进行开发一样。

ZK Rollup: SatoshiVM 利用 Rollup 技术将众多交易打包成一个批次,然后在比特币主网上作为单一交易进行验证。这种方法保证了与比特币主网同等级别的安全性,确保数据的有效性和可用性。

ZK 欺诈证明: SatoshiVM 使用诸如 Taproot 和比特币脚本之类的技术,在不改变比特币网络的共识规则的前提下,实现合约的链上验证。这一过程完成了欺诈证明的计算。

数据可用性: SatoshiVM 必须在比特币主网络上公开交易数据,以便任何人都能验证在比特币主网之外执行的计算的正确性。

BTC 原生 Gas: SatoshiVM 使用原生 BTC 作为 EVM 的燃料(Gas)。这与使用 ETH 作为 Layer 2 燃料的 ETH OP Rollup/ZK Rollup 第 2 层解决方案相似,SatoshiVM 利用 BTC 作为 EVM 交易的燃料。

三层架构

SatoshiVM 链的三层架构包括:结算层、排序层和排序层。

结算层: 此层为 SatoshiVM 链提供数据的可用性、排序和证明的验证。它使用户和去中心化应用(dApp)能够在比特币和 SatoshiVM 之间传输消息和资产。比特币充当结算层,在其网络上部署了桥接和 Rollup 脚本。

排序层: 该层包含一个执行节点,负责执行提交给 SatoshiVM 排序器的交易以及提交给 L1 桥接脚本的交易,并生成 L2 区块。此外,还包括一个 Rollup 节点,它处理打包的交易,将交易数据和区块信息发布到比特币网络以确保数据可用性,并向比特币提交有效性证明以实现交易的确定性。

排序层: 本层由一个协调器组成,它负责将证明任务分配给证明者,并将生成的证明传递给 Rollup 节点,以便在比特币上完成验证。它还包括一个证明者池,负责生成验证 L2 交易正确性的有效性证明。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

如何交互测试网教程

SatoshiVM 值得关注的另一个原因是,其投资人 Miles Deutscher 在社交媒体明示了,完成测试网交互将会得到 SatoshiVM 的空投代币$SAVM。BlockBeats 整理了相关教程。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

1. 准备 MetaMask 钱包和 UniSat 钱包

首先,如果您尚未安装 MetaMask 浏览器扩展程序或移动应用程序,请先进行安装。MetaMask 是进行区块链交互的重要工具。

对于在比特币测试网上的操作,官方推荐使用 UniSat 钱包来获取测试 BTC 和进行后续的跨链功能交互。在 UniSat 的设置中,您需要将网络配置为 TESTNET,并选择地址类型为 Native Segwit,以便为您的钱包地址设置。

2. 配置测试网信息

MetaMask 已经自动添加了以太坊 Sepolia 网络的配置信息。而 SatoshiVM Testnet 的配置信息如下:网络名称为 SatoshiVM Testnet,网络类型为 Testnet,链 ID 为 3110 ,货币符号为 BTC,货币十进制为 18 ,RPC 网址为 https://test-rpc-node-http.svmscan.io,官方浏览器地址为 https://testnet.svmscan.io/。主网网络的详细信息将在正式启动后公布。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

3. 通过水龙头获得测试币

在以太坊 Sepolia 网络上,用户需要通过第三方水龙头获取测试 ETH 以进行交互。推荐的第三方水龙头包括Alchemy 和Infura

作为比特币第 2 层和 EVM 兼容层,SatoshiVM 使用 BTC 作为原生 gas 代币。这意味着用户需要在比特币链上获取 BTC,然后通过跨链方法将其转移到第 2 层以进行交易。为此,您可以从比特币测试网上的公共水龙头获取测试 BTC。当前可用的第三方水龙头包括 Coinfaucet(https://coinfaucet.eu/en/btc-testnet/)和 Bitcoinfaucet(https://bitcoinfaucet.uo1.net/send.php)。

需要注意的是,接收目标的推荐地址类型是 Native Segwit。使用其他类型的地址可能会导致无法接收测试 BTC。

4. 桥接 BTC 到 SatoshiVM

为了实现与 SatoshiVM 的无缝交互,需要使用官方的 BTC 桥接功能,将 BTC 从比特币转移到 SatoshiVM。

首先,访问BTC Bridge的官方页面。在 Bridge 界面上,同时连接您的 MetaMask 和 UniSat 钱包两个钱包。按照提示操作并确认钱包连接。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

在「BTC Bridge」页面上选择点击「Deposit 存款」,输入金额。请注意,当前存款功能不支持传统类型的比特币钱包地址,因此请确保使用兼容的钱包地址。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

在弹出的 UniSat 钱包页面中确认存款交易。

在 SatoshiVM Bridge 的「历史记录」页面上监控您的交易进度。该页面提供有关存款状态的实时更新。通过 SatoshiVM Explorer 可以检查余额。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

存款充值完成后,使用 SatoshiVM Explorer. 检查目标地址的余额,确认桥接的 BTC 是否已经反映在您的 SatoshiVM 地址中。

5. 桥接 SAVM 到 SatoshiVM

导航到官方 SAVM Bridge: 访问官方SAVM Bridge page页面,开始将 SAVM 从以太坊 Sepolia 转移到 SatoshiVM 测试网的过程。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

连接 MetaMask: 在 Bridge 界面,连接您的 MetaMask 钱包。按照提示操作并确认钱包连接。这里不需要连接 UniSat 钱包。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

请求测试 SAVM: 测试 SAVM 没有交易价值,每个用户可请求的金额有限制。在页面底部点击「tSAVM 水龙头」以请求测试 SAVM。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

将测试 SAVM 添加到您的钱包: 请注意,每个用户每天的请求量有限。在以太坊 Sepolia 上存款: 输入您希望存入的测试 SAVM 金额。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

批准支出测试 SAVM: 在 MetaMask 中批准使用测试 SAVM。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

在 MetaMask 中确认充值交易: 确认在 MetaMask 中的存款交易。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

监控交易进度: 一旦存款开始,在 SatoshiVM Bridge 的「历史记录」页面上监控您的交易进度。该页面提供有关您的存款状态的实时更新。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

通过 Explorer 检查 SAVM 余额,存款完成后,同样可以在 SatoshiVM Explorer上检查收款地址的 SAVM 代币余额,确保交易已正确完成。

交互教程:如何零撸即将在Bounce发售的SatoshiVM空投?

İlgili Okumalar

NVIDIA CPU Advances, China's RISC-V Responds: Semiconductor Deep Dive - Part Four

NVIDIA is set to launch its new Vera AI data center CPU in China as early as August, with high pricing. While this move offers a new option, it highlights China's continued dependence on foreign-controlled Arm architecture. In response, the Chinese semiconductor industry is increasingly turning to RISC-V as a strategic alternative for achieving high-performance computing autonomy. The article explores the concept of the "impossible triangle" in CPU development—balancing prosperity, control, and autonomy—and posits that RISC-V's open-source, modular nature offers a unique path to achieving all three. While RISC-V is already dominant in embedded systems, the focus is now shifting to data centers and AI workloads. China has become a global hotspot for RISC-V development, driven by AI-driven compute demand, supply chain concerns from export controls, cost benefits of open-source, and strong policy support. Multiple Chinese companies have reportedly crossed the key performance threshold of 15 SPECint per GHz, a benchmark for entering the high-performance CPU club. Progress extends beyond single-core benchmarks. Companies are developing complete computing subsystems, including commercial-grade coherent network-on-chip (NoC) technology and server processors with up to 40 cores that strictly adhere to the RVA23 standard to ensure software compatibility. Real-world applications are emerging in areas like video transcoding and edge AI. However, significant challenges remain. The RISC-V ecosystem faces fragmentation, immature toolchains and verification processes, and gaps in single-core performance and energy efficiency compared to mature x86 and Arm architectures. The formidable software moat, epitomized by NVIDIA's CUDA, is a long-term hurdle. In conclusion, while RISC-V cannot immediately replace offerings like NVIDIA's Vera, it represents a viable long-term path for China to develop a self-sufficient, high-performance CPU ecosystem. The journey is acknowledged to be long and arduous, requiring sustained effort to overcome technical and ecosystem challenges.

marsbit1 saat önce

NVIDIA CPU Advances, China's RISC-V Responds: Semiconductor Deep Dive - Part Four

marsbit1 saat önce

My Coding Betting Dashboard is Profiting, but Polymarket is Truly Not a Good Place for 'Arbitrage'

The author built a custom monitoring dashboard for Polymarket, a prediction market platform, and tested it with $1,600, achieving over 30% returns. However, the core argument is that Polymarket is not a good venue for traditional arbitrage. The dashboard has two main sections: a "Portfolio Dashboard" for tracking active positions with key metrics like total capital, P&L, and a risk-control module using a tier system (T1, T2, T3), and an "Opportunity Watchlist" for monitoring markets. The article details a critical structural trap in binary markets: a bet with a high perceived probability of success still carries a 100% loss risk if wrong. The author's T1/T2/T3 system is designed to manage this by limiting position sizes based on conviction and time horizon, emphasizing that high confidence should not equal high concentration. A key insight is the danger of "pseudo-diversification"—betting on different markets driven by the same underlying variable. The author concludes that Polymarket offers few true low-risk, arbitrage opportunities. It is instead a high-risk environment where wins can create a false sense of mastery, leading to large losses. The platform is better viewed as a training ground for honing judgment through disciplined, framework-driven betting rather than a reliable income source. The tools help transform intuition into structured, rule-based decisions to mitigate the risk of catastrophic errors.

marsbit4 saat önce

My Coding Betting Dashboard is Profiting, but Polymarket is Truly Not a Good Place for 'Arbitrage'

marsbit4 saat önce

WeChat AI Card Hands-On Guide: Has the AI Shopping Era Arrived?

**"WeChat AI Card" Practical Test Guide: Has the Era of AI Shopping Arrived?** WeChat has officially launched the "AI Exclusive Card," a feature integrated into its Workbuddy AI assistant. This card is designed to handle payments for AI-initiated purchases. Our hands-on test reveals it's not yet a tool for fully autonomous AI shopping, but rather a controlled payment layer for AI agents. The AI Card functions as an isolated sub-wallet within WeChat Pay. Users must bind the card and transfer funds into it from their main wallet. Crucially, every transaction requires explicit user confirmation via smartphone scan; AI cannot spend autonomously. Currently accessible through the Workbuddy agent, the card targets specific digital consumption scenarios: purchasing paid content (reports, data), calling paid APIs/tools, and subscribing to services. Its design prioritizes security and control by separating funds and mandating approval for each payment. We tested a real-world scenario: ordering bubble tea via Workbuddy using a "Meituan Life Assistant" skill. The process encountered multiple hurdles: high "skill" usage costs (exceeding daily free credits), and most importantly, while a payment was successfully initiated, the AI purchased an incorrect product (a mismatched group-buy coupon instead of the desired drink). This highlights the current limitation: the **AI Card only solves the payment step**. The broader challenge lies in the **AI agent's execution chain**—accurately understanding intent, navigating third-party platforms, selecting the right product, and ensuring proper fulfillment. The payment succeeded, but the purchase failed to meet the user's need. In conclusion, the WeChat AI Exclusive Card is a cautious, early-step experiment in AI commerce. It provides a secure, user-controlled payment method for agent interactions but is not yet capable of reliable, end-to-end complex purchases. For now, it's best used for low-value, low-risk digital services with careful user verification at each step. The vision of AI handling complete shopping tasks remains a work in progress.

marsbit6 saat önce

WeChat AI Card Hands-On Guide: Has the AI Shopping Era Arrived?

marsbit6 saat önce

İşlemler

Spot
Futures
活动图片