加密行业4大新趋势:Restaking、Layer3、AI、DePin

币圈资讯 阅读:23 2024-04-22 02:16:24 评论:0
美化布局示例

欧易(OKX)最新版本

【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   全球官网 大陆官网

币安(Binance)最新版本

币安交易所app【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   官网地址

火币HTX最新版本

火币老牌交易所【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   官网地址

Web3经济是由用例、创新、炒作和趋势驱动的,而用户活动构成了这些驱动力的基础,也是评估加密项目或板块增长潜力的关键指标。趋势造就了加密市场的热点,并推动市场周期的价格发现。

上一次牛市周期,我们见证了元宇宙和NFT项目的爆发。在2021年牛市峰值期间,Sandbox和Axie Infinity等主流游戏项目为投资者提供了高达160倍的回报。因此,紧跟行业趋势是投资者在牛市周期中扩大收益的最佳方法之一。本文将简单讨论这个市场周期里有可能复刻P2E或元宇宙繁荣的4个新趋势。

1.Restaking(再质押)

Restaking是流动性质押的衍生行为,可以理解为在流动性质押的基础上进行二次质押。它指的是将token(流动性质押衍生品LSD)重新质押,以赚取二次收益。在同一协议上重新质押是指将token及质押奖励在原有协议中继续质押,以增加未来质押收益。

例如,EigenLayer 是一个基于以太坊的中间件协议,它引入了再质押的概念,让以太坊节点可以将他们的质押ETH或LSD代币再次质押到其他需要安全和信任的协议或服务中,从而获得双重的收益和治理权。同时也可将以太坊共识层效用向外传递到各类中间件、数据可用性层、侧链等协议,让它们以更低的成本享受到以太坊级别的安全性。

借助 EigenLayer,以太坊质押者可以通过重新质押其已质押的ETH、同时选择众多服务并提供集合安全来帮助保护多种服务的安全。这不仅降低了质押者参与的资金成本,而且还显着增加了单个服务的信任保证。

Restaking的最大优点是为加密货币持有者和协议创造了双赢的机会,解锁了额外的收益机会。从本质上讲,这意味着价值数十亿美元的ETH进入活跃的市场循环。随着更多的新项跟随EigenLayer的道路,Restaking赛道很可能会成为这轮牛市周期的主要趋势之一。

2.Layer3

自区块链行业诞生以来,区块链三元悖论一直是一个巨大的挑战,即区块链难以同时达到去中心化、安全性和可扩展性的最佳状态。Arbitrum、Polygon等L2的出现旨在提高可扩展性,它们提高了以太坊区块链的可扩展性和总体效率。

随着区块链向主流采用的方向前进,区块链架构需要更加灵活,这需要L3解决方案发挥其作用。L3是建立在现有L2解决方案之上的先进协议,提供互操作性和应用特定功能。L3拥有高度可定制性,能够满足开发人员的特定需求,比如为隐私问题提供解决方案,或支持大量交易,同时仍然继承L1区块链的安全性。

L3解决方案旨在通过引入自定义和互操作性来促进dApp的部署,将可扩展性提升到一个新的水平,使网络能够处理更大量的交易并同时支持更广泛范围的复杂应用。

例如,Syndr等新兴的DEX正在开发自己的L3区块链,以促进具有类似Web2用户体验的机构级别的衍生品交易,最终目标是加速其采用。随着L2项目的成熟,在这个周期中,L3区块链很可能会像L2区块链一样得到更多的采用和炒作。

3.AI

区块链的底层架构是一个能够以区块形式存储数据的分布式账本,存储在区块链上的数据不可篡改,并通过密码学得到保障。区块链可以在没有第三方的情况下保证数据安全。而AI是机器学习算法,利用计算机的算力和大数据的基础来模仿人类解决问题的能力。它简化了决策过程,使决策合理化,并采取最有可能实现特定结果的行动。AI可以根据提供的数据进行学习,随着时间的推移变得更加智能。

从理论上说,一方面,区块链可以帮助解释AI的行为,区块链技术帮助获得AI在决策过程中所使用的数据和流程的不可变记录,使人类能更容易理解和审核AI算法如何做出决策,进而建立更深层次的信任;另一方面,AI可以提高区块链效率。在未来Web3应用场景里,数据经过AI算法处理,可以给用户带来更好体验。

随着AI算法的进步,下一代dApp和NFT可能会从其功效中受益,变得更加智能。目前,致力于用AI技术的区块链项目有Render Network(分布式GPU渲染与AI计算)、Fetch.ai(AI自治代理)、SingularityNET(人工智能服务市场)等。

4.DePin

(去中心化物理基础设施网络)

DePin(去中心化物理基础设施网络)是一种创新的概念,旨在激励参与区块链网络或为其贡献资源的行为。DePin建立在物联网的基础上,其核心理念在于使用token激励用户部署硬件设备,并进行维护和运营。DePin可以通过鼓励贡献者运行点对点(P2P)硬件基础架构网络来使创新者启动项目并提供服务。就像SocialFi奖励用户的数据共享行为一样,DePin也会奖励用户共享其未利用的硬件来支持网络的行为。

DePin可以分为两种类型:

第一种是物理资源网络 (PRN) :激励参与者使用基于位置的硬件,提供现实世界的独特商品和服务,如 WIFI,5G,VPN,能源信息共享、地理空间数据,代表项目Helium(去中心化无线网络协议)。

第二种是数字资源网络 (DRN) :激励参与者使用硬件提供数字资源的现实世界物理基础设施网络,如宽带网络,存储网络,算力网络。此类代表项目有Meson Network(去中心化带宽市场)、Render Network(去中心化GPU渲染平台),Livepeer(去中心化直播视频广播平台)等。

DePIN的发展潜力巨大,因为它可以将不同的服务、制造商和整个设备生态系统聚集在一个中立的平台,为跨行业和市场的整合过程提供新选择,并帮助区块链项目突破产业边界。


The economy is driven by use case innovation, speculation and trends, and user activities constitute the basis of these driving forces, which is also a key indicator to evaluate the growth potential of encryption projects or sectors. Trends have created hot spots in the encryption market and promoted the price discovery in the market cycle. In the last bull market cycle, we witnessed the outbreak of the meta-universe and projects. During the peak period of the bull market in 2008, mainstream games and other projects provided investors with a high return, so keeping up with industry trends is the best way for investors to expand their income in the bull market cycle. One of the methods in this paper will briefly discuss a new trend that may be repeated in this market cycle or the prosperity of the meta-universe. Re-pledge is a derivative behavior of liquidity pledge, which can be understood as a secondary pledge on the basis of liquidity pledge. It refers to re-pledge of liquidity pledge derivatives to earn secondary income on the same agreement. Re-pledge refers to continuing to pledge and pledge rewards in the original agreement to increase future pledge income. For example, it is a middleware agreement based on Ethereum, which introduces re-pledge. The concept of pledge allows Ethereum nodes to pledge their pledges or tokens to other protocols or services that need security and trust again, so as to obtain double benefits and governance rights. At the same time, it can also transfer the effectiveness of the Taifang consensus layer to various middleware data availability layer side chains and other protocols, so that they can enjoy Ethereum-level security at a lower cost. With the help of Ethereum, the pledger can choose many services and provide collective security while re-pledging. Protecting the security of multiple services not only reduces the capital cost of the pledgee's participation, but also significantly increases the trust guarantee of a single service. The biggest advantage of the guarantee is that it creates a win-win opportunity for cryptocurrency holders and agreements and unlocks additional income opportunities. In essence, this means that billions of dollars worth of money will enter an active market cycle, and the road track followed by more new items will probably become one of the main trends of this bull market cycle. Since the birth of the blockchain industry, the blockchain has been contradictory. It has always been a huge challenge, that is, it is difficult for blockchain to achieve the best state of decentralized security and scalability at the same time. The emergence of blockchain aims to improve scalability. They improve the scalability and overall efficiency of Ethereum blockchain. As blockchain moves in the direction of mainstream adoption, blockchain architecture needs to be more flexible, which requires solutions to play their role. Advanced protocols based on existing solutions provide interoperability and application-specific functions are highly customizable and can be met. The specific needs of developers, such as providing solutions to privacy issues or supporting a large number of transactions while still inheriting blockchain security solutions, aim to raise the scalability to a new level by introducing deployment promoted by customization and interoperability, so that the network can handle a larger number of transactions and support a wider range of complex applications at the same time, for example, emerging companies are developing their own blockchain to promote institutional-level derivatives transactions with similar user experience. The ultimate goal is Accelerate its adoption. With the maturity of the project, the blockchain is likely to get more adoption and speculation in this cycle. The underlying architecture of the blockchain is a distributed ledger that can store data in the form of blocks. The data stored in the blockchain cannot be tampered with and is guaranteed by cryptography. The blockchain can ensure data security without a third party, but the machine learning algorithm uses the computing power of computers and big data to imitate human problem-solving ability. It is simple. Simplifying the decision-making process, rationalizing the decision-making and taking actions that are most likely to achieve specific results can be learned according to the provided data, and become more intelligent with the passage of time. Theoretically, on the one hand, blockchain technology can help explain the behavior, and obtain the immutable records of the data and processes used in the decision-making process, so that human beings can more easily understand and audit how the algorithm makes decisions and build deeper trust, on the other hand, it can improve the efficiency of blockchain in the future. The data in the application scenario can bring better experience to users after being processed by algorithms. With the progress of algorithms, the next generation may benefit from its efficacy and become more intelligent. Currently, blockchain projects that are committed to using technology include distributed rendering and computing autonomous agents, artificial intelligence service market, etc. Decentralized physical infrastructure network is an innovative concept, which aims to encourage the behavior of participating in blockchain network or contributing resources to it. It is based on the Internet of Things. The core idea is to encourage users to deploy hardware devices and maintain and operate them. By encouraging contributors to run peer-to-peer hardware infrastructure networks, innovators can start projects and provide services. Just like rewarding users for data sharing, users will also be rewarded for sharing their unused hardware to support the network. The first is that physical resource networks encourage participants to use location-based hardware to provide unique goods and services in the real world, such as energy information. Shared geospatial data represents a decentralized wireless network protocol. The second is a digital resource network that encourages participants to use hardware to provide digital resources. Real-world physical infrastructure networks, such as broadband network, storage network and computing network, have great development potential, such as decentralized bandwidth market, decentralized rendering platform and decentralized live video broadcasting platform, because it can gather different service manufacturers and the whole equipment ecosystem in a neutral platform, provide new choices for the integration process of cross-industry and market, and help blockchain projects break through industrial boundaries. 比特币今日价格行情网_okx交易所app_永续合约_比特币怎么买卖交易_虚拟币交易所平台

文字格式和图片示例

注册有任何问题请添加 微信:MVIP619 拉你进入群

弹窗与图片大小一致 文章转载注明 网址:https://netpsp.com/?id=53564

美化布局示例

欧易(OKX)最新版本

【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   全球官网 大陆官网

币安(Binance)最新版本

币安交易所app【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   官网地址

火币HTX最新版本

火币老牌交易所【遇到注册下载问题请加文章最下面的客服微信】永久享受返佣20%手续费!

APP下载   官网地址
可以去百度分享获取分享代码输入这里。
声明

1.本站遵循行业规范,任何转载的稿件都会明确标注作者和来源;2.本站的原创文章,请转载时务必注明文章作者和来源,不尊重原创的行为我们将追究责任;3.作者投稿可能会经我们编辑修改或补充。

发表评论
平台列表
美化布局示例

欧易(OKX)

  全球官网 大陆官网

币安(Binance)

  官网

火币(HTX)

  官网

Gate.io

  官网

Bitget

  官网

deepcoin

  官网
关注我们

若遇到问题,加微信客服---清歌

搜索
排行榜
扫一扫,加我为微信好友加我为微信好友