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eos币的cpu购买渠道 eos买卖平台

发布时间：2023-12-03-18:04:55 来源：网络公链介绍教程 EOS EOSC

如何购买EOSC币、如何购买EOSC教程答案:

1、通过交易平台购买EOS原力

交易平台

BSC交易SwapETH交易SwapPolygon交易SwapAvax交易SwapSol交易SwapOKC交易Swap货币兑换PancakeSwap

在银河系最受欢迎的去中心化平台上交易、赚取和赢得加密货币。

Biswap

Biswap是市场上第一个拥有三类推荐系统和最低平台交易费用（0.1%）的去中心化交换平台。我们是一个在Binance智能链网络上交换BEP-20代币的去中心化交换平台。这个网络保证了卓越的速度和更低的网络交易成本

KyberSwap BSC

KyberSwap BSC 去中心化交易平台

DappRadar-BSC

BSC去中心化交易聚合平台

DODO Swap

面向Web3的去中心化交易协议

Kine Protocol

KINE提供了一个[点对点]的衍生品市场，由链上数字资产支持的流动性池作为交易所内所有交易者的被动对手方。

Matcha-Dex聚合交易在 Ethereum、Binance、Polygon、Avalanche、Celo、Fantom 等平台上进行交易！

Matcha 为您在交易所找到最优惠的价格，并将它们组合成一笔交易。

MDEX swap

MDEX.COM 支持BSC、HECO及ETH的去中心化跨鏈交易協議，多次位列CoinMarketCap、CoinGecko的DEX排行榜第一。

MsgSender

MsgSender是采用Trustwallet内核的去中心化多链钱包.

Uniswap (V2)

Uniswap是一个在以太坊上自动交换代币的协议。它于2018年11月2日推出。Uniswap将自己描述为一个简单的智能合约接口，用于交换ERC20代币。它有一个正式的模型来汇集流动性储备。它作为交易者和流动性提供者的开源前端接口，致力于提供免费和去中心化的资产交换。

Uniswap(V3)

在领先的去中心化加密货币交易协议上进行交换、赚取和建立。

Tornado

Tornado Cash 通过打破源地址和目标地址之间的链上链接来提高交易隐私。它使用一个智能合约，接受可以通过不同地址提取的 ETH 存款。为了保护隐私，可以使用中继器提取到没有 ETH 余额的地址。每当新地址提取 ETH 时，都无法将提取与存款联系起来，从而确保完全隐私。

1inch Exchange

1inch是一个DeFi聚合器和一个具有智能路由的去中心化交易所。

Curve Finance

曲线的目的是利用先进的粘合曲线创造深层的链上流动性。

Sushiswap

SushiSwap是一个Uniswap分叉，它的理念是将权力从VC手中剥离，并将其归还给社区。

Balancer

自动化的投资组合管理器和去中心化交易平台

Bancor

Bancor去中心化的交易协议

KyberSwap ETH

KyberSwap ETH 去中心化交易

Loopring swap

Loopring swap 去中心化交易

DYDX期货交易所

dYdX是一家领先的非托管去中心化交易所的开发商，其使命是建立开放、安全和强大的金融产品。dYdX在以太坊上的审计智能合约上运行，在交易时不需要信任中央交易所。该交易所结合了去中心化交易所的安全性和透明度，以及中心化交易所的速度和实用性。

DODO Swap

面向Web3的去中心化交易协议

DappRadar-ETH

ETH去中心化交易聚合平台

Kine Protocol

KINE提供了一个[点对点]的衍生品市场，由链上数字资产支持的流动性池作为交易所内所有交易者的被动对手方。

Matcha-Dex聚合交易在 Ethereum、Binance、Polygon、Avalanche、Celo、Fantom 等平台上进行交易！

Matcha 为您在交易所找到最优惠的价格，并将它们组合成一笔交易。

MDEX swap

MDEX.COM 支持BSC、HECO及ETH的去中心化跨鏈交易協議，多次位列CoinMarketCap、CoinGecko的DEX排行榜第一。

Tokenlon

Tokenlon是基于0x协议的去中心化交易服务平台

QuickSwap

QuickSwap 是一个去中心化交易所 (DEX)，如果你想交易 MATIC，你绝对应该使用它。它是Polygon网络的典型交易所，具有更低的gas成本和更容易交易的优势。

Sushiswap

SushiSwap是一个Uniswap分叉，它的理念是将权力从VC手中剥离，并将其归还给社区。

KyberSwap Polygon

KyberSwap Polygon 去中心化交易平台

DappRadar-Polygon

Polygon去中心化交易聚合平台

ParaSwap-Polygon交易市场

Polygon链上交易市场

DODO Swap

面向Web3的去中心化交易协议

Matcha-Dex聚合交易在 Ethereum、Binance、Polygon、Avalanche、Celo、Fantom 等平台上进行交易！

Matcha 为您在交易所找到最优惠的价格，并将它们组合成一笔交易。

TraderJoe

Trader Joe是你在Avalanche网络上的一站式去中心化交易平台。

Sushiswap

SushiSwap是一个Uniswap分叉，它的理念是将权力从VC手中剥离，并将其归还给社区。

Hurricane swap

Avalanche 上的第一个跨链流动性 DEX

KyberSwap AVAX

KyberSwap AVAX 去中心化交易

Lydia Swap-AVAX

LydiaSwap-AVAXLydiaSwap-AVAX

Pangolin-AVAX

一个社区驱动的去中心化交易所，用于 Avalanche 和以太坊资产快速结算，低交易费用，和提供支持的民主分配由 Avalanche 。穿山甲带给你寻找和最大化收益的最佳交易机会。

Raydium

Raydium AcceleRaytor是自动化做市商Raydium旗下的IDO平台。平台目前已经成功IDO项目7个，包括近期热门的链游StarAtlas也选择了在Raydium上进行IDO。

Serum Portal

在世界上最快、最强大的去中心化交易所进行交易。

DODO Swap

面向Web3的去中心化交易协议

DappRadar-Sol

Sol去中心化交易聚合平台

Saber

Sabre 是一个面向全球范围的开放式交易和流动性平台,Sabre是在 Solana 上交易资产的自动化做市商。

Orca

Orca是在Solana区块链上兑换加密货币的最简单的地方。在Orca上，你可以比以太坊上的任何DEX更便宜、更快速、更自信地交换代币（感谢我们的公平价格指标）。此外，你可以向交易池提供流动性，以赚取交易费。

Slope

Slope Finance是一个由社区驱动的全栈平台，由建立在Solana之上的DEX、钱包和NFT部门组成，为用户提供极快的速度、几乎为零的交易费用和直观的界面。我们的目标是打造一个

Jswap

去中心化交易协议

Cherry Swap

樱桃交换

Kswap

OKExChain生态去中心化交易所

Pexpay | 币安投资

币安投资全球最安全的C2C交易平台

数字钱包

BSC钱包ETH钱包Polygon钱包Avax钱包Sol钱包OKC钱包钱包工具MetaMask

MetaMask是一款最流行的支持多链的浏览器插件钱包。它允许用户与以太坊生态系统进行交互，该生态系统承载着大量分散的应用程序 (Dapps)，而无需在他们的设备上下载整个区块链。因此，它是最好的以太坊钱包解决方案之一，可轻松访问去中心化交易所 (DEX)、游戏平台和许多其他应用程序。目前已开发手机移动端产品。

Walletconnect

WalletConnect 是一种开放协议，用于在 Dapp 和钱包之间安全地通信。该协议使用中继服务器在两个应用程序和/或设备之间建立远程配对以中继有效负载。这些有效载荷通过两个对等方之间的共享密钥对称加密。配对由显示二维码或带有标准 WalletConnect URI 的深层链接的一个对等方发起，并在对方批准此配对请求时建立。

imToken

imToken 是一款区块链支持多链的数字资产钱包。如以太坊、比特币、Cosmos 等，它能帮助非常简单、安全地管理在区块链上的账户和资产。此外，它还内置 Dapp 浏览器。

Trust wallet

Trust Wallet 是被全球最大加密资产交易所 Binance 收购的，去中心化移动钱包应用程序。Trust Wallet 钱包支持购买、存储数字货币，查看价格、交易等。此外，它还是一个去中心化应用程序（dApp）浏览器，其内置的 dApp 浏览器可与 dApp 建立通信，因此用户可以直接在智能手机或平板电脑上交易加密货币和收藏品。

TokenPocket

TokenPocket是多链数字钱包。

Mathwallet

麦子钱包是一个多平台（移动/桌面/硬件）通用加密钱包。麦子钱包支持存储 50 多个区块链和 3000 多个代币。

Binance Wallet

Binance Wallet是Binance Chain、Binance Smart Chain和Ethereum的加密货币钱包。它是存储、交换和赚取加密货币的一站式网关。它支持Firefox、Chrome和Brave浏览器。

HyperPay

HyperPay是一款四位一体数字资产钱包，创新性融合托管钱包、自管钱包、共管钱包、硬件钱包于一体。

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket是多链数字钱包。

Mathwallet

麦子钱包是一个多平台（移动/桌面/硬件）通用加密钱包。麦子钱包支持存储 50 多个区块链和 3000 多个代币。

Binance Wallet

Binance Wallet是Binance Chain、Binance Smart Chain和Ethereum的加密货币钱包。它是存储、交换和赚取加密货币的一站式网关。它支持Firefox、Chrome和Brave浏览器。

HyperPay

HyperPay是一款四位一体数字资产钱包，创新性融合托管钱包、自管钱包、共管钱包、硬件钱包于一体。

Myetherwallet

MEW (MyEtherWallet) 是一个免费的客户端界面，可帮助您与以太坊区块链进行交互。我们易于使用的开源平台允许您生成钱包、与智能合约交互等等。

Portis

人们期望通过简单而熟悉的方式来加载和使用应用程序。设置钱包、签署交易和支付 gas 费用对主流用户来说可能是令人生畏的。您的 Dapp（去中心化应用程序）使用标准的 web3.js 方法与 Portis SDK 通信，这意味着它将自动与您现有的代码一起工作。用户无需提前安装任何东西即可使用您的 DApp。使用 Portis，您的 DApp 已经与解决方案捆绑在一起，为他们提供了一种感觉熟悉的简单的浏览器内电子邮件/密码登录方法。

Rainbow

Rainbow 是一种创建以太坊钱包、收集 NFT 和探索 Web3 新世界的有趣、简单且安全的方式。

Argent

Argent 是基于以太坊的移动钱包，可帮助用户轻松管理加密资产和身份，没有助记词、gas 费用或长地址，具备简单、安全和完全分布式等特点。

Ethereum 以太坊钱包

以太坊是社区运营的技术，为加密货币以太坊（ETH）和成千上万的去中心化应用程序提供动力。

Coinbase

Coinbase 钱包支持超过 4,000 种代币和整个世界的去中心化应用程序

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket是多链数字钱包。

Mathwallet

麦子钱包是一个多平台（移动/桌面/硬件）通用加密钱包。麦子钱包支持存储 50 多个区块链和 3000 多个代币。

Portis

Wallet-AVAX钱包

Avalanche 钱包是一个简单、安全、非托管的钱包，用于存储 Avalanche 资产。

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket是多链数字钱包。

Mathwallet

麦子钱包是一个多平台（移动/桌面/硬件）通用加密钱包。麦子钱包支持存储 50 多个区块链和 3000 多个代币。

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket是多链数字钱包。

Mathwallet

麦子钱包是一个多平台（移动/桌面/硬件）通用加密钱包。麦子钱包支持存储 50 多个区块链和 3000 多个代币。

Slope

Phantom

Phantom 是用于访问部署在 Solana 区块链上的分布式应用程序的扩展。该扩展程序将一个对象注入到每个网站的 javascript 上下文中，以便分散的应用程序可以与您的钱包进行交互，您也可以与应用程序进行交互。 Phantom 还允许用户创建和管理自己的身份（通过私钥、助记符和 Ledger 等硬件钱包），因此当去中心化应用程序想要执行交易并写入区块链时，用户可以获得一个安全界面来查看交易, 在批准或拒绝之前。因为它为普通浏览器上下文添加了功能，所以 Phantom 需要读取和写入任何网页的权限。安全非常重视，Phantom 代码已经过顶级审计公司的审计。

MetaX

数字货币钱包，DApp 入口，NFT 世界 —— 您想要的应有尽有

MetaMask

Walletconnect

科学家抢币

利用科学工具快速抢币

智能全链导入钱包

右上方点选Connect Wallet 之后，便可以直接将该网络汇入至你的metamask 钱包，一键添加全网智能链到小狐狸钱包，多功能添加工具。链表帮助用户连接到 EVM 供电的网络 Chainlist 是 EVM 网络的列表。用户可以使用这些信息将他们的钱包和 Web3 中间件提供商连接到适当的链 ID 和网络 ID 以连接到正确的链。

GEMIT

钱包检查的化工具，可帮助交易者做出有关他们所做投资的日常决策。只需几个简单的步骤，您就可以快速获取有关您当前盈亏的信息，以及币安智能链上钱包中每个仓位的反射收益。

钱包多对多转账

代币批量归集

代币批量归集工具

代币授权

用于代币授权

Token 合约授权查询

批量生产钱包

批量查询余额

用于批量查询钱包余额

批量发送代币

用于批量发送代币

交易加速/取消工具

用于钱包Mtramask、WalletConnect 交易加速或取消。

Google Authenticator

开启Google的登陆二步验证，用于加密账户登录安全

2、通过教程购买EOSC

基于不同的治理理念，EOSC社区对EOSIO的选举机制进行了优化，在创世高度1启动了EOSC主网，并持续对EOSC主网进行迭代升级，使得EOSC朝着去中心化的高性能智能合约平台的方向持续演进，为加密经济大规模普及奠定基础。

背景

加密经济迎来了从社会实验走向大规模商用的关键阶段。
大规模商用的背后意味着庞大的交易压力。一个区块链系统要高效地承载起巨量的交易需求，首先必须提供足够强劲的性能。要实现这一点，就需要对全节点提出更高的要求，如配置更好的硬件机器、更大的存储容量、更加稳定的网络、更快的带宽、更低的时延，等等。显然，全节点门槛过高会导致能稳定运行的出块节点数量减少，如果在这样的区块链系统中采用POS机制，系统将迅速收敛至中心化的局面。要在高性能和去中心化之间取得平衡，DPOS共识算法无疑是当前最佳的选择，也是针对管理少量节点可行的最好的解决方案。
基于DPOS共识算法的EOSIO应运而生，社区第一次看到了加密经济大规模商用的曙光。选举机制是否充分生效是DPOS共识机制存亡的关键，也关系到DPOS共识机制能否接力POW引领下一代加密浪潮。
为了加速加密经济大规模商用时代的到来，EOSC社区对EOSIO的选举机制进行了优化，在创世高度1启动了EOSC主网，并持续对EOSC主网进行迭代升级，使得EOSC朝着去中心化的高性能智能合约平台的方向持续演进。

共识机制

EOSC沿用了EOSIO的共识机制, 即DPOS BFT Pipeline Consensus, 与EOSIO不同, EOSC没有采用EOSIO每0.5秒一个区块, 一个节点连出6个块的模式, EOSC中每3秒一个区块, 节点不会连续出块, 虽然节点连续出块可以降低未打包交易的等待时间, 但是由于当前网络环境往往并不十分理想, 快速出块会影响链的稳定, 造成大量的微分叉。
EOSIO当前的共识机制不够完美, 但是作为一个DAPP的平台, 区块的确认时间并不是链的第一优化要务, 对于EOSC, 必须在高负载环境下考虑共识机制, 在当前并行计算机制并不完善的情况下, 仓促改进流水线式的确认机制很带来很大问题。
EOSC未来的共识机制将会从两个方向并行演进
1.兼容EOSIO发展更新其共识算法,我们根据EOSIO当前开发进度判断，当EOSIO完成并行改进之后, 将会升级共识算法, 实现更快的区块确认时间.
2.将会适配其他的基于确认数的共识机制, 作为现有DPOS共识的补充, 一方面实现内嵌的Layer 2链共识与主链的交互。另一方面, 可以实现与其他共识机制的链完成更加去中心化的跨链机制。

EOSC技术改进

基于手续费的资源模型
EOSIO的CPU和NET资源的支付模式虽然在技术是一个很好的设计, 对于用户来说太过复杂, 同时不能促进DAPP开发者优化其合约, 另一方面, EOSIO的RAM的购买方式会导致某些囤积行为, 不利于DAPP生态的发展, 为此, EOSC创新的设计了一套全新的资源模型, 通过实践中的优化,探索在复杂智能合约环境下基于手续费的资源模型, 彻底解决困扰EOS生态的资源问题。
首先, EOSC以手续费模式支付用户的CPU和NET资源消耗, 对于DAPP当中开发者定义的Action, DAPP开发者可以为Action设置所需的手续费, 系统基于此来控制Action的资源使用, 这样一方面便于用户理解资源的消耗, 另一方面也强烈的促进DAPP开发者优化合约资源使用, 使得整个生态良性发展。
EOSC采用类似租云主机的方式以方式分配RAM资源, 用户可以通过使用投票分红来支付租赁RAM资源的费用, 这样即不需要用户担忧租金缴纳问题, 也杜绝了租金欠费的问题. 通过“以租代售”的方式, EOSC可以有效避免针对RAM资源的投机行为, 使得DAPP的发展不必受到RAM价格的干扰, 有效促进DAPP生态建设。
在大胆创新探索新的资源模型的同时, EOSC也在机制上进行探索以兼容EOSIO的资源模型, 对于CPU和NET资源, 用户可以基于分红票龄支付手续费来达到类似EOSIO抵押获取CPU和NET资源的效果, 对于RAM, 用户可以通过抵押投票互换的形式来达到EOSIO基于市场购买的效果, 这样DAPP开发者可以快速从其他EOSIO链切入EOSC, 并平滑的转向EOSC的资源模式。
平滑的更新机制
EOSC的选举机制促使超级节点积极的参与推进技术升级, 不同于EOSIO社区节点版本的分裂, EOSC在实践中积极的推进技术升级和更新。
为了实现更平滑的不兼容升级过程, EOSC添加了一套基于生效区块高度的更新机制, 社区可以通过多签确认一个功能的生效块高度, 以此去中心化的完成平滑的升级过程, 不同于EOSIO最近提出的基于区块拓展数据的标签方案, EOSC的更新机制更友好和利于理解. EOSC在基于EOSIO的链中最早实践了去中心化的“软分叉”更新过程, 这是EOSC得以不断进化以解决各类机制问题的基本保障。
在另一方面, 基于多签设置链属性的功能可以为社区提供一套去中心化的链配置上链方案, 各种参数和配置可以根据实际发展来进行去中心化的修改, 使得社区更好的发展。
节点心跳机制与稳定的出块间隔
为了促进主网的稳定性, EOSC从经济模型的角度加强了备选节点的建设, 同时, EOSC添加了链上的节点心跳机制, 以此促进节点加强提高其稳定性, 促进整个主网更加稳定。
在心跳机制的基础之上, EOSC可以确认节点的运行情况, 使得基于链上对故障节点进行惩罚, 以此进一步督促节点的建设, 防止节点不作为导致整个主网的不稳定。
在启动之初便提高出块间隔时间, 以此避免在当前网络基础设施还未完善的情况下, 主网出现偶尔的软分叉, EOSIO设计的半秒钟的出块间隔和一个节点连出六个块的机制固然可以在未来提高链的可用性, 但是当前网络环境下还不适用, 本着务实的态度先行提高出块间隔时间, 未来条件成熟之后再改为快速的出块, 这样可以有效的减少软分叉, 同时区块数量减少可以大幅提高全节点同步速率, 使得可以有更多的全节点, 以此加强整个网络的可用性。
更多的合约层API
为了使DAPP开发者可以更加方便的开发合约, 添加了一些API, 并且对系统合约做了一些特定的调整。
首先, 添加了获取区块高度的API, 开发者可以简单高效的获取当前区块高度, 基于这个API, 合约可以有效避免阻塞区块攻击, 及其他基于重试的攻击. 其次, 添加了获取链配置信息的API, 开发者可以在合约层适配链的各种参数修正和链的升级, 以此合约也可以平滑的跟随链升级功能. 最后, 为了避免假币攻击, 在链启动之前, 就使用了独立的核心代币合约, 使得用户可以明显区分假币攻击。
适配跨链服务
启动之初,原力团队就预见到未来对跨链的支持将是公链的基本功能, 因此原力团队开启Codex项目的开发, 建立Codex.Relay中继链来为各个链提供中继服务, 以此实现各个链之间的跨链机制, 可以对Codex.Relay进行更加完善的支持, 通过两条链的超级节点互相操作, 可以实现“完备化”的跨链机制, 即跨链过程中不会降低任何链的去中心化程度。
通过跨链机制, 可以获得极大的扩展性, 基于中继服务, 可以为添加 Layer 2 子链, 一些资源消耗量较大的服务和DAPP可以基于子链运行, 通过中继服务将计算结果或者核心状态同步到中, 这样后续可以添加存储、计算、DAPP、随机数等专用子链, 以此拓展功能。
高度可定制化的EOSIO区块链开发框架
基于中继服务, 可以为添加 Layer 2 子链, 未来各式子链将会在EOSIO的生态中发挥很大的作用, 但是需要注意到, 目前基于EOSIO开发一条定制功能的区块链项目还是具有很高的门槛的, 为此原力团队开启了Codex.io项目, 这是一个高度可定制化的EOSIO区块链开发框架, 降低子链的开发门槛, 为开发者提供一个更经济更友好的子链开发体验。
原力团队在开发的过程中积累了很多基于EOSIO开发区块链的经验, 也希望能够将这些经验发挥其最大的价值, Codex.io是一个“开箱即用”的EOSIO区块链开发框架, 开发者可以快速的基于Codex.io启动一条自己的链, 经过简单的配置, 可以定制各种符号、自由选择经济系统和资源模型, 在此基础之上, 开发者只需要关注链本身所要解决的问题, 据此可以选择基于合约或者链native层来实现, Codex.io可以便于开发者在链的native层进行的拓展, 以此解决一些性能问题, 同时也可以极大拓展链的功能。
Codex.io集成了目前大多数EOSIO链所提出的拓展功能, 本着兼容并蓄的态度, Codex.io允许开发者自由组合链上功能: 包括低保系统、账户系统、各种黑白名单机制、常见的治理机制和投票机制以及各种插件。
通过Codex.io, 未来将会集成大量的Layer 2 子链, 这会为提供无限拓展性。

EOSC快讯

How to buy EOSC coins, how to buy EOSC tutorial answers:

1. Purchase EOS Force through the trading platform

Trading platform

BSC Trade SwapETH Trade SwapPolygon Trade SwapAvax Trade SwapSol Trade SwapOKC Trade Swap Currency Exchange PancakeSwap

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Biswap

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DODO Swap

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Kine Protocol

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MDEX swap

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MsgSender

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Uniswap (V2)

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Uniswap(V3)

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Tornado

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1inch Exchange

1inch is a DeFi aggregator and a decentralized exchange with smart routing.

Curve Finance

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Sushiswap

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Balancer

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Bancor

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Loopring swap

Loopring swap decentralized exchange

DYDX Futures Exchange

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DODO Swap

Decentralized trading protocol for Web3

DappRadar-ETH

ETH decentralized trading aggregation platform

Kine Protocol

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Matcha-Dex aggregation trading Trade on Ethereum, Binance, Polygon, Avalanche, Celo, Fantom and other platforms!

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MDEX swap

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Tokenlon

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QuickSwap

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Sushiswap

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KyberSwap Polygon

KyberSwap Polygon decentralized trading platform

DappRadar-Polygon

Polygon decentralized trading aggregation platform

ParaSwap-Polygon trading market

Polygon on-chain trading market

DODO Swap

Decentralized trading protocol for Web3

Matcha-Dex aggregation trading is conducted on Ethereum, Binance, Polygon, Avalanche, Celo, Fantom and other platforms!

Matcha finds you the best prices on exchanges and combines them into one trade.

TraderJoe

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Sushiswap

SushiSwap is a Uniswap fork with the idea of taking power away from VCs and returning it to the community.

Hurricane swap

The first cross-chain liquidity DEX on Avalanche

KyberSwap AVAX

KyberSwap AVAX decentralized exchange

Lydia Swap-AVAX

LydiaSwap-AVAXLydiaSwap- AVAX

Pangolin-AVAX

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Raydium

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Serum Portal

Trade on the world’s fastest and most powerful decentralized exchange.

DODO Swap

Decentralized trading protocol for Web3

DappRadar-Sol

Sol decentralized trading aggregation platform

Saber

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Orca

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Slope

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Jswap

decentralized trading protocol

Cherry Swap

cherry exchange

Kswap

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Pexpay | Binance Investment

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Digital Wallet

BSC Wallet ETH Wallet Polygon Wallet Avax Wallet Sol Wallet OKC Wallet Wallet Tool MetaMask

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Walletconnect

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imToken

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Trust wallet

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TokenPocket

TokenPocket is a multi-chain digital wallet.

Mathwallet

Mathwallet is a multi-platform (mobile/desktop/hardware) universal encryption wallet. Math Wallet supports storage of more than 50 blockchains and more than 3,000 tokens.

Binance Wallet

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HyperPay

HyperPay is a four-in-one digital asset wallet that innovatively integrates managed wallets, self-managed wallets, co-managed wallets, and hardware wallets.

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket is a multi-chain digital wallet.

Mathwallet

Mathwallet is a multi-platform (mobile/desktop/hardware) universal encryption wallet. Math Wallet supports storage of more than 50 blockchains and more than 3,000 tokens.

Binance Wallet

Binance Wallet is Binance Chain, Binance Smart Chain and EtHereum’s cryptocurrency wallet. It is a one-stop gateway to store, exchange and earn cryptocurrencies. It supports Firefox, Chrome and Brave browsers.

HyperPay

HyperPay is a four-in-one digital asset wallet that innovatively integrates managed wallets, self-managed wallets, co-managed wallets, and hardware wallets.

Myetherwallet

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Portis

People expect a simple and familiar way to load and use applications. Setting up a wallet, signing transactions, and paying gas fees can be intimidating for mainstream users. Your Dapp (decentralized application) communicates with the Portis SDK using standard web3.js methods, which means it will automatically work with your existing code. Users don’t need to install anything in advance to use your DApp. With Portis, your DApp is already bundled with the solution, giving them a simple in-browser email/password login method that feels familiar.

Rainbow

Rainbow is a fun, easy, and secure way to create an Ethereum wallet, collect NFTs, and explore the new world of Web3.

Argent

Argent is an Ethereum-based mobile wallet that helps users easily manage crypto assets and identities. There are no mnemonics, gas fees or long addresses. It is simple, secure and fully distributed.

Ethereum Ethereum Wallet

Ethereum is the community-run technology that powers the cryptocurrency Ethereum (ETH) and thousands of decentralized applications.

Coinbase

Coinbase wallet supports over 4,000 tokens and an entire world of decentralized applications

MetaMask

Walletconnect

WalletConnect is an open protocol for secure communication between Dapps and wallets. This protocol uses a relay server to establish a remote pairing between two applications and/or devices to relay payloads. These payloads passSymmetric encryption with a shared key between two peers. Pairing is initiated by a peer displaying a QR code or deep link with a standard WalletConnect URI, and is established when the peer approves the pairing request.

imToken

TokenPocket

TokenPocket is a multi-chain digital wallet.

Mathwallet

Mathwallet is a multi-platform (mobile/desktop/hardware) universal encryption wallet. Math Wallet supports storage of more than 50 blockchains and more than 3,000 tokens.

Portis

Wallet-AVAX Wallet

Avalanche Wallet is a simple, secure, non-custodial wallet for storing Avalanche assets.

MetaMask

Walletconnect

imToken

imToken is a digital asset wallet whose blockchain supports multiple chains. Such as Ethereum, Bitcoin, Cosmos, etc.It can help manage accounts and assets on the blockchain very simply and securely. Additionally, it has a built-in Dapp browser.

TokenPocket

TokenPocket is a multi-chain digital wallet.

Mathwallet

Mathwallet is a multi-platform (mobile/desktop/hardware) universal encryption wallet. Math Wallet supports storage of more than 50 blockchains and more than 3,000 tokens.

MetaMask

Walletconnect

imToken

TokenPocket

TokenPocket is a multi-chain digital wallet.

Mathwallet

Mathwallet is a multi-platform (mobile/desktop/hardware) universal encryption wallet. Math Wallet supports storage of more than 50 blockchains and more than 3,000 tokens.

Slope

Phantom

Phantom is an extension for accessing distributed applications deployed on the Solana blockchain. The extension injects an object into each website's javascript context so that decentralized applications can interact with your wallet and you can interact with the application. Phantom also allows users to create and manage their own identities (via private keys, mnemonics, and hardware wallets such as Ledger), soWhen a decentralized application wants to execute a transaction and write it to the blockchain, the user can get a secure interface to review the transaction, before approving or rejecting it. Because it adds functionality to a normal browser context, Phantom requires permission to read and write any web page. Security is taken very seriously, and Phantom code has been audited by top auditing firms.

MetaX

Digital currency wallet, DApp entrance, NFT world - everything you want

MetaMask

Walletconnect

Scientists grab coins

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Intelligent whole-chain import into wallet

After clicking Connect Wallet on the upper right, you can directly import the network to your metamask wallet. One-click to add the entire network smart chain to the Little Fox Wallet, a multi-functional adding tool. Chainlist Helps users connect to EVM powered networks Chainlist is a list of EVM networks. Users can use this information to connect their wallets and Web3 middleware providers to the appropriate chain ID and network ID to connect to the correct chain.

GEMIT

Wallet Check is a tool that helps traders make day-to-day decisions about the investments they make. In just a few simple steps, you can quickly get information about your current profit and loss, as well as reflected profits for each position in your wallet on Binance Smart Chain.

Wallet many-to-many transfer

Token batch collection

Token batch collection tool

Token authorization

Used for token authorization

Token contract authorization query

Batch production of wallets

Batch balance query

For batch query of wallet balance

Send in batches Tokens

For sending tokens in batches

Transaction acceleration/cancellation tools

Used for wallet Mtramask and WalletConnect transaction acceleration or cancellation.

Google Authenticator

Enable Google's two-step login verification for encrypted account login security

2. Purchase EOSC through the tutorial< /p>

Based on different governance concepts, the EOSC community has optimized the election mechanism of EOSIO, launched the EOSC main network at genesis height 1, and continued to iteratively upgrade the EOSC main network, making EOSC move towards decentralization. The direction of a specialized high-performance smart contract platform continues to evolve, laying the foundation for the large-scale popularization of the crypto economy.

Background

The encryption economy has ushered in a critical stage from social experiment to large-scale commercial use.
Behind large-scale commercial use means huge transaction pressure. For a blockchain system to efficiently carry huge transaction demands, it must first provide sufficiently strong performance. To achieve this, it is necessary to put forward higher requirements for full nodes, such as better hardware machines, larger storage capacity, more stable networks, faster bandwidth, lower latency, etc. Obviously, too high a full node threshold will lead to a reduction in the number of block-producing nodes that can operate stably. If a POS mechanism is adopted in such a blockchain system, the system will quickly converge to a centralized situation. To strike a balance between high performance and decentralization, the DPOS consensus algorithm is undoubtedly the best choice at the moment and the best feasible solution for managing a small number of nodes.
EOSIO based on the DPOS consensus algorithm came into being, and for the first time the community saw the dawn of large-scale commercial use of the crypto economy. Whether the election mechanism is fully effective is the key to the survival of the DPOS consensus mechanism, and it is also related to whether the DPOS consensus mechanism can lead the next generation of encryption wave after POW.
In order to accelerate the advent of the era of large-scale commercial use of the crypto-economy, the EOSC community has optimized the election mechanism of EOSIO, launched the EOSC mainnet at Genesis 1, and continued to iteratively upgrade the EOSC mainnet, making EOSC move towards The direction of decentralized high-performance smart contract platforms continues to evolve.

Consensus Mechanism

EOSC follows EOSIO’s consensus mechanism, namely DPOS BFT Pipeline Consensus. Unlike EOSIO, EOSC does not adopt EOSIO’s one zone every 0.5 seconds block, a node produces 6 blocks in a row, one block every 3 seconds in EOSC, and nodes will not continuously produce blocks. Although nodes continuously produce blocks can reduce the waiting time of unpackaged transactions, due to the current network environment, it is often not possible to produce blocks continuously. It is very ideal. Rapid block generation will affect the stability of the chain and cause a large number of micro-forks.
EOSIO’s current consensus mechanism is not perfect, but as a DAPPThe platform and block confirmation time are not the first optimization priorities of the chain. For EOSC, the consensus mechanism must be considered in a high-load environment. When the current parallel computing mechanism is not perfect, it is very inconvenient to hastily improve the pipeline-style confirmation mechanism. Big problem comes.
EOSC's future consensus mechanism will evolve in parallel from two directions
1. Compatible with EOSIO development and update its consensus algorithm. We judge based on the current development progress of EOSIO that when EOSIO completes parallel improvements, the consensus algorithm will be upgraded. Achieve faster block confirmation time.
2. It will be adapted to other consensus mechanisms based on confirmation number, as a supplement to the existing DPOS consensus, on the one hand, it will realize the interaction between the embedded Layer 2 chain consensus and the main chain. . On the other hand, a more decentralized cross-chain mechanism can be achieved with chains of other consensus mechanisms.

EOSC technology improvements

Resource model based on handling fees
Although EOSIO’s payment model for CPU and NET resources is a good one in terms of technology The design is too complex for users and cannot promote DAPP developers to optimize their contracts. On the other hand, EOSIO's RAM purchase method will lead to certain hoarding behaviors, which is not conducive to the development of the DAPP ecosystem. For this reason, EOSC's innovative A new set of resource models is designed, and through optimization in practice, the resource model based on handling fees in a complex smart contract environment is explored to completely solve the resource problems that plague the EOS ecosystem.
First of all, EOSC pays users' CPU and NET resource consumption in a fee model. For actions defined by developers in DAPPs, DAPP developers can set the required handling fees for the Actions, and the system controls the resource usage of the Actions based on this. , On the one hand, this makes it easier for users to understand resource consumption, and on the other hand, it also strongly encourages DAPP developers to optimize the use of contract resources, allowing the entire ecosystem to develop healthily.
EOSC uses a method similar to renting cloud hosts to allocate RAM resources. Users can use voting dividends to pay for renting RAM resources. This way, users do not need to worry about rent payment issues and eliminate the problem of rent arrears. Through the method of "renting and selling", EOSC can effectively avoid speculation on RAM resources, so that the development of DAPP does not have to be interfered with by RAM prices, and effectively promotes the ecological construction of DAPP.
While boldly innovating and exploring new resource models, EOSC is also exploring mechanisms to be compatible with EOSIO's resource model. For CPU and NET resources, users can pay handling fees based on dividend age to achieve a similar goal of EOSIO mortgage acquisition. And the effect of NET resources, for RAM, users can achieve the effect of EOSIO based on market purchase through mortgage voting swap, so that DAPP developers can quickly switch to EOSC from other EOSIO chains and smoothly switch to the EOSC resource model.
Smooth update mechanism
EOSC’s election mechanism encourages super nodes to actively participate in promoting technology upgrades. Unlike the split of EOSIO community node versions, EOSC actively promotes technology upgrades and updates in practice.
In order to achieve a smoother incompatible upgrade process, EOSC has added an update mechanism based on the effective block height. The community can confirm the effective block height of a function through multi-signature, thereby completing a smooth upgrade in a decentralized manner. process, different from the labeling scheme based on block expansion data recently proposed by EOSIO, EOSC's update mechanism is more friendly and easier to understand. EOSC was the first to practice the decentralized "soft fork" update process among EOSIO-based chains. This It is the basic guarantee for EOSC to continuously evolve to solve various mechanism problems.
On the other hand, the function of setting chain attributes based on multi-signature can provide the community with a set of decentralized chain configuration and on-chain solutions. Various parameters and configurations can be modified in a decentralized manner according to actual development, making Better development of the community.
Node heartbeat mechanism and stable block interval
In order to promote the stability of the main network, EOSC has strengthened the construction of alternative nodes from the perspective of economic model. At the same time, EOSC has added a node heartbeat mechanism on the chain to This promotes node strengthening and improves its stability, making the entire main network more stable.
Based on the heartbeat mechanism, EOSC can confirm the operation of nodes and punish failed nodes based on the chain, thereby further supervising the construction of nodes and preventing node inaction from causing instability to the entire main network.
Increase the block interval at the beginning of the launch to avoid occasional soft forks on the main network when the current network infrastructure is not yet perfect. The half-second block interval designed by EOSIO and a The mechanism of nodes producing six blocks in a row can certainly improve the availability of the chain in the future, but it is not applicable in the current network environment. In a pragmatic manner, we should first increase the block production interval, and then change to rapid block production when conditions are mature in the future. This can effectively reduce soft forks, and at the same time, reducing the number of blocks can greatly increase the synchronization rate of full nodes, allowing more full nodes to enhance the availability of the entire network.
More contract layer APIs
In order to make it more convenient for DAPP developers to develop contracts, some APIs have been added, and some specific adjustments have been made to the system contracts.
First of all, an API for obtaining the block height has been added. Developers can obtain the current block height simply and efficiently. Based on this API, the contract can effectively avoid blocking block attacks and other retry-based attacks. Secondly, it has added In order to obtain the API of chain configuration information, developers can adapt various parameter modifications of the chain and chain upgrades at the contract layer toThis contract can also smoothly follow the chain upgrade function. Finally, in order to avoid counterfeit currency attacks, an independent core token contract is used before the chain is launched, so that users can clearly distinguish counterfeit currency attacks.
Adapting cross-chain services
At the beginning, the Force team foresaw that cross-chain support would be a basic function of the public chain in the future, so the Force team started the development of the Codex project and established Codex.Relay Relay chains provide relay services for each chain, thereby realizing the cross-chain mechanism between each chain, which can provide more complete support for Codex.Relay. Through the mutual operation of the super nodes of the two chains, "completeness" can be achieved The cross-chain mechanism means that the decentralization of any chain will not be reduced during the cross-chain process.
Through the cross-chain mechanism, great scalability can be achieved. Based on the relay service, Layer 2 sub-chains can be added. Some services and DAPPs with large resource consumption can be run based on the sub-chain. Through the relay service, The calculation results or core status are synchronized to , so that special sub-chains such as storage, calculation, DAPP, random numbers, etc. can be added later to expand functions.
Highly customizable EOSIO blockchain development framework
Based on the relay service, Layer 2 sub-chains can be added. In the future, various sub-chains will play a big role in the EOSIO ecosystem, but they need It has been noted that the current threshold for developing a blockchain project with customized functions based on EOSIO is still very high. For this reason, the Force team started the Codex.io project, which is a highly customizable EOSIO blockchain development framework. Lower the development threshold of sub-chains and provide developers with a more economical and friendly sub-chain development experience.
The Force team has accumulated a lot of experience in developing blockchains based on EOSIO during the development process, and hopes to maximize this experience. Codex.io is an "out-of-the-box" EOSIO block With the chain development framework, developers can quickly start their own chain based on Codex.io. After simple configuration, they can customize various symbols and freely choose the economic system and resource model. On this basis, developers only need to pay attention to the chain. The problems it wants to solve can be implemented based on contracts or the native layer of the chain. Codex.io can facilitate developers to expand on the native layer of the chain, thereby solving some performance problems and also greatly expanding the chain. Function.
Codex.io integrates the extended functions proposed by most current EOSIO chains. With an inclusive attitude, Codex.io allows developers to freely combine on-chain functions: including subsistence allowance system, account system, and various black and white list mechanisms. , common governance mechanisms and voting mechanisms, and various plug-ins.
Through Codex.io, a large number of Layers will be integrated in the future2 sub-chains, which will provide unlimited scalability.