在比特币的早期，它面临着怀疑和批评，甚至在技术专家中也是如此。著名的密码朋克格雷戈里·麦克斯韦（Gregory Maxwell）最初认为比特币是不可能的，但后来成为比特币核心的主要开发人员。然而，人们仍然对比特币的隐私、能源消耗和假名性质感到担忧。 Maxwell 一直致力于通过 Taproot 更新和同态密钥派生等举措来改进比特币的功能。尽管面临持续的挑战，麦克斯韦相信加密货币在未来将获得更广泛的采用。 Obyte 是解决去中心化和隐私问题的替代方案，采用有向无环图 (DAG) 结构和增强的加密功能。
Satoshi Nakamoto and Bitcoin weren’t exactly popular in the early days, not even among their peers. Privacy-inclined people, who were also experts in programming, and were looking for an alternative to banks and traditional money, were the first ones to read the Bitcoin whitepaper —and most of them didn’t think highly of it. Gregory Maxwell, a self-declared cypherpunk, was one of them. Maxwell is an American programmer well-known for his deep involvement in Bitcoin, to the point of being one of the most important developers of Bitcoin Core (its main implementation) for years. It wasn’t like that since the beginning, though. He first got involved in other open-source and collaborative systems, being an early contributor to Wikipedia and later an employee at the Mozilla Foundation. However, he believed that decentralized consensus wasn’t possible. “When Bitcoin first came out, I was on the cryptography mailing list. When it happened, I sort of laughed. Because I had already proven that decentralized consensus was impossible.” Before really paying enough attention to the Bitcoin code, he was helping to develop the now widely-used Opus Audio Codec. This is an audio format specially designed to compress and transmit audio over the Internet. It offers high-quality sound while using less data, making it ideal for applications like voice calls, video conferencing, and streaming music. Household names like YouTube, Spotify, Netflix, Discord, and Skype use this technology today. Maxwell on Bitcoin Even before Bitcoin, Maxwell was involved in the Reusable Proof-of-Work (RPOW) project created by Hal Finney —who would also turn to Bitcoin later. This system created RPOW tokens that could be transferred between users and exchanged for new units, but it wasn’t exactly like decentralized money. Maxwell was aiming to create conditional transfers (similar to smart contracts) in the platform, but the adoption of it wasn’t high. He came back to Bitcoin in late 2010, as a miner first, just trying to use his GPUs in something useful. Soon after, he paid closer attention to the whitepaper and the source code and changed his mind about the project. He then started to collaborate at a technical level, and he’s been doing it since 2011. In those early days, he focused on protocol design, incentives, and cryptographic review. In 2014, he also co-founded Blockstream, a company mainly created to boost and fund Bitcoin development. While there, Maxwell helped to create the two-way peg, which makes sidechains possible. These are separate chains connected to a parent distributed ledger, like Bitcoin, enabling experimentation with new features and functionalities without risking the main chain's security. The two-way peg would allow assets to move between chains without losing their value. As a Bitcoin Core developer, Maxwell also helped to build the homomorphic key derivation in Bitcoin Improvement Proposal (BIP) #32, which allows for the generation of multiple public and private key pairs from a single master key. Additionally, he co-authored the BIP-9 to establish a standard for light updates (softforks), and the BIP-173 to define a new type of address for SegWit —another improvement update to increase efficiency. He left Blockstream in 2018 and focused on the creation of smart contract features for Bitcoin. That way, he became the author of a new important improvement for Bitcoin, the Taproot update. This technique combines multiple spending conditions into a single signature, enhancing privacy and reducing transaction costs —which encourages the creation of complex smart contracts. Some Concerns, and Time As much as other fellow cypherpunks, Maxwell has also expressed some concerns about Bitcoin's internal functionality. This is the system that really spread the idea of decentralized money, but it’s not perfect. For starters, Maxwell told the story about his early days as a miner, and how the overheating caused by the machines even drew the police to his home. Mining is, indeed, worrisome, given the great amount of electric energy that it needs. Privacy is another issue in the Bitcoin ledger. People tend to believe that Bitcoin is anonymous, but that’s quite far from the truth. Bitcoin is actually pseudonymous, which means instead of names and ID documents it uses cryptographic addresses. However, that doesn’t mean you can’t be tracked, especially because every transaction is publicly available in a blockchain explorer. And they include data like amount, date, and connected addresses (senders and recipients). Maxwell is also trying to fix this issue in the first cryptocurrency, as he commented in an interview. “Obviously privacy is a big area where Bitcoin needs improvement and I've tried to come up with fancy technology to improve the situation, but it's always a balancing act. Privacy is the one area where if Bitcoin doesn't get better at it... it might leave the world a worse off place than if Bitcoin hadn't existed. The worst case for Bitcoin privacy is pretty bad. There has been a lot of progress but more is needed.” Despite current flaws, Maxwell also thinks that mass adoption of cryptocurrencies is just a matter of time. Impediments like insecure hardware, buggy software, tax barriers, or self-custody risks will find a solution over the years, and we’re on our way to it. Obyte as a Step into the Future Obyte has emerged as a compelling alternative to Bitcoin, addressing concerns regarding privacy, and decentralization. Unlike Bitcoin, which requires miners as inevitable intermediaries to approve transactions, Obyte employs a Directed Acyclic Graph (DAG) structure where transactions don’t need any approval. This approach eliminates the need for blocks and their creators, making Obyte fully decentralized. Moreover, Obyte offers enhanced privacy features, such as the integration of the privacy coin Blackbytes and in-wallet encrypted chat functionality. These options provide users with greater confidentiality in their transactions and communications, addressing the privacy concerns prevalent in Bitcoin's ledger. By prioritizing decentralization and privacy, Obyte ensures that users can freely conduct transactions on their own and have the option to do so without compromising their sensitive information to public scrutiny, distinguishing it as a more privacy-focused and decentralized option in the cryptocurrency landscape. This ecosystem is really the next step into the future, as many cypherpunks have dreamed of. Read more from Cypherpunks Write Code series: Tim May & Crypto-anarchism Wei Dai & B-money Nick Szabo & Smart Contracts Adam Back & Hashcash Eric Hughes & Remailer St Jude & Community Memory Hal Finney & RPOW John Gilmore & EFF Satoshi Nakamoto & Bitcoin Featured Vector Image by Garry Killian / Freepik
中本聪和比特币在早期并不流行，甚至在同行中也不受欢迎。注重隐私的人也是编程专家，正在寻找银行和传统货币的替代品，他们是第一批阅读比特币白皮书的人，但他们中的大多数人并不看好它。自称密码朋克的格雷戈里·麦克斯韦就是其中之一。 Maxwell 是一位美国程序员，因其对比特币的深入参与而闻名，多年来一直是比特币核心（其主要实现）最重要的开发人员之一。但从一开始就不是这样的。他首先参与了其他开源和协作系统，是维基百科的早期贡献者，后来成为 Mozilla 基金会的员工。然而，他认为去中心化的共识是不可能的。 “当比特币第一次出现时，我就在密码学邮件列表中。当这件事发生时，我有点笑了。因为我已经证明去中心化共识是不可能的。”在真正对比特币代码给予足够关注之前，他正在帮助开发现在广泛使用的 Opus 音频编解码器。这是一种专门设计用于在互联网上压缩和传输音频的音频格式。它提供高质量的声音，同时使用更少的数据，使其成为语音通话、视频会议和流媒体音乐等应用的理想选择。如今，YouTube、Spotify、Netflix、Discord 和 Skype 等家喻户晓的品牌都在使用这项技术。 Maxwell 谈比特币 早在比特币出现之前，Maxwell 就参与了 Hal Finney 创建的可重用工作量证明（RPOW）项目，后者后来也转向了比特币。该系统创建了可以在用户之间转移并兑换新单位的 RPOW 代币，但它与去中心化货币并不完全一样。 Maxwell 的目标是在平台中创建条件转移（类似于智能合约），但采用率并不高。他于 2010 年底回到比特币，最初是作为一名矿工，只是尝试将他的 GPU 用于一些有用的事情。不久之后，他更加关注了白皮书和源代码，并改变了对该项目的看法。然后他开始在技术层面进行合作，从 2011 年开始就开始了。早期，他专注于协议设计、激励和密码审查。 2014年，他还与他人共同创立了Blockstream，该公司主要是为了促进和资助比特币的发展而创建的。在那里，麦克斯韦帮助创建了双向挂钩，这使得侧链成为可能。这些是连接到父分布式账本（如比特币）的独立链，可以在不危及主链安全的情况下试验新特性和功能。双向挂钩将允许资产在链之间移动而不损失其价值。作为比特币核心开发人员，Maxwell 还帮助构建了比特币改进提案 (BIP) #32 中的同态密钥派生，该提案允许从单个主密钥生成多个公钥和私钥对。此外，他还与他人共同编写了 BIP-9，以建立轻量更新（软分叉）的标准，并与人共同编写了 BIP-173，为 SegWit 定义了一种新型地址，这是另一项提高效率的改进更新。他于 2018 年离开 Blockstream，专注于为比特币创建智能合约功能。这样，他就成为了比特币一项新的重要改进——Taproot 更新的作者。这项技术将多种支出条件结合到一个签名中，增强了隐私并降低了交易成本，从而鼓励了复杂的智能合约的创建。一些担忧和时间 与其他密码朋克一样，麦克斯韦也表达了对比特币内部功能的一些担忧。这是真正传播去中心化货币理念的系统，但它并不完美。首先，麦克斯韦讲述了他早年当矿工的故事，以及机器引起的过热甚至吸引了警察来到他家的故事。采矿业确实令人担忧，因为它需要大量的电能。隐私是比特币账本中的另一个问题。人们倾向于认为比特币是匿名的，但这与事实相去甚远。比特币实际上是假名的，这意味着它使用加密地址而不是姓名和身份证件。然而，这并不意味着您无法被跟踪，特别是因为每笔交易都在区块链浏览器中公开可用。它们包括金额、日期和连接地址（发件人和收件人）等数据。正如他在接受采访时评论的那样，麦克斯韦也试图在第一种加密货币中解决这个问题。 “显然，隐私是比特币需要改进的一个重要领域，我试图想出一些奇特的技术来改善这种情况，但这始终是一种平衡行为。隐私是一个领域，如果比特币不能在这方面做得更好……它可能会让世界变得比比特币不存在时更糟糕。比特币隐私的最坏情况是非常糟糕的。已经取得了很多进展，但还需要更多。”尽管目前存在缺陷，麦克斯韦还认为加密货币的大规模采用只是时间问题。不安全的硬件、有缺陷的软件、税收壁垒或自我托管风险等障碍将在未来几年找到解决方案，而我们正在努力实现这一目标。 Obyte 迈向未来 Obyte 已成为比特币的一个引人注目的替代品，解决了有关隐私和去中心化的担忧。与比特币不同的是，比特币需要矿工作为不可避免的中介来批准交易，而 Obyte 采用有向无环图（DAG）结构，其中交易不需要任何批准。这种方法消除了对区块及其创建者的需求，使 Obyte 完全去中心化。此外，Obyte 还提供增强的隐私功能，例如集成隐私币 Blackbytes 和钱包内加密聊天功能。这些选项为用户的交易和通信提供了更高的保密性，解决了比特币账本中普遍存在的隐私问题。通过优先考虑去中心化和隐私，Obyte 确保用户可以自由地自行进行交易，并且可以选择这样做，而不会使其敏感信息受到公众监督，这使其成为加密货币领域中更加注重隐私和去中心化的选择。正如许多密码朋克所梦想的那样，这个生态系统确实是未来的下一步。阅读密码朋克编写代码系列的更多内容： Tim May 和加密无政府主义 Wei Dai 和 B-money Nick Szabo 和智能合约 Adam Back 和 Hashcash Eric Hughes 和 Remailer St Jude 和 Community Memory Hal Finney 和 RPOW John Gilmore 和 EFF Satoshi Nakamoto 和比特币精选矢量图像由 Garry Killian / Freepik 提供
Photograph of Gregory Maxwell by Blockstream Satoshi Nakamoto and Bitcoin weren’t exactly popular in the early days, not even among their peers. Privacy-inclined people, who were also experts in programming, and were looking for an alternative to banks and traditional money, were the first ones to read the Bitcoin whitepaper —and most of them didn’t think highly of it. Gregory Maxwell, a self-declared cypherpunk, was one of them. Satoshi Nakamoto Maxwell is an American programmer well-known for his deep involvement in Bitcoin, to the point of being one of the most important developers of Bitcoin Core (its main implementation) for years. It wasn’t like that since the beginning, though. He first got involved in other open-source and collaborative systems, being an early contributor to Wikipedia and later an employee at the Mozilla Foundation. However, he believed that decentralized consensus wasn’t possible. Maxwell is an American programmer well-known for his deep involvement in Bitcoin, to the point of being one of the most important developers of Bitcoin Core (its main implementation) for years. Maxwell Maxwell he believed he believed “When Bitcoin first came out, I was on the cryptography mailing list. When it happened, I sort of laughed. Because I had already proven that decentralized consensus was impossible.” “When Bitcoin first came out, I was on the cryptography mailing list. When it happened, I sort of laughed. Because I had already proven that decentralized consensus was impossible.” Before really paying enough attention to the Bitcoin code, he was helping to develop the now widely-used Opus Audio Codec. This is an audio format specially designed to compress and transmit audio over the Internet. It offers high-quality sound while using less data, making it ideal for applications like voice calls, video conferencing, and streaming music. Household names like YouTube, Spotify, Netflix, Discord, and Skype use this technology today. Maxwell on Bitcoin Even before Bitcoin, Maxwell was involved in the Reusable Proof-of-Work (RPOW) project created by Hal Finney —who would also turn to Bitcoin later. This system created RPOW tokens that could be transferred between users and exchanged for new units, but it wasn’t exactly like decentralized money. Maxwell was aiming to create conditional transfers (similar to smart contracts) in the platform, but the adoption of it wasn’t high. He came back to Bitcoin in late 2010, as a miner first, just trying to use his GPUs in something useful. Soon after, he paid closer attention to the whitepaper and the source code and changed his mind about the project. He then started to collaborate at a technical level, and he’s been doing it since 2011. In those early days, he focused on protocol design, incentives, and cryptographic review. He then started to collaborate at a technical level, and he’s been doing it since 2011. he focused he focused In 2014, he also co-founded Blockstream, a company mainly created to boost and fund Bitcoin development. While there, Maxwell helped to create the two-way peg, which makes sidechains possible. These are separate chains connected to a parent distributed ledger, like Bitcoin, enabling experimentation with new features and functionalities without risking the main chain's security. The two-way peg would allow assets to move between chains without losing their value. As a Bitcoin Core developer, Maxwell also helped to build the homomorphic key derivation in Bitcoin Improvement Proposal (BIP) #32 , which allows for the generation of multiple public and private key pairs from a single master key. Additionally, he co-authored the BIP-9 to establish a standard for light updates (softforks), and the BIP-173 to define a new type of address for SegWit —another improvement update to increase efficiency. Maxwell also helped to build the homomorphic key derivation in Bitcoin Improvement Proposal ( BIP ) #32 BIP BIP He left Blockstream in 2018 and focused on the creation of smart contract features for Bitcoin. That way, he became the author of a new important improvement for Bitcoin, the Taproot update . This technique combines multiple spending conditions into a single signature, enhancing privacy and reducing transaction costs —which encourages the creation of complex smart contracts. Taproot update Taproot update Some Concerns, and Time As much as other fellow cypherpunks , Maxwell has also expressed some concerns about Bitcoin's internal functionality. This is the system that really spread the idea of decentralized money, but it’s not perfect. For starters, Maxwell told the story about his early days as a miner, and how the overheating caused by the machines even drew the police to his home. Mining is, indeed, worrisome, given the great amount of electric energy that it needs. cypherpunks cypherpunks Privacy is another issue in the Bitcoin ledger. People tend to believe that Bitcoin is anonymous, but that’s quite far from the truth. Bitcoin is actually pseudonymous, which means instead of names and ID documents it uses cryptographic addresses. However, that doesn’t mean you can’t be tracked, especially because every transaction is publicly available in a blockchain explorer. And they include data like amount, date, and connected addresses (senders and recipients). Privacy is another issue in the Bitcoin ledger. Maxwell is also trying to fix this issue in the first cryptocurrency, as he commented in an interview. an interview. an interview. “Obviously privacy is a big area where Bitcoin needs improvement and I've tried to come up with fancy technology to improve the situation, but it's always a balancing act. Privacy is the one area where if Bitcoin doesn't get better at it... it might leave the world a worse off place than if Bitcoin hadn't existed. The worst case for Bitcoin privacy is pretty bad. There has been a lot of progress but more is needed.” “Obviously privacy is a big area where Bitcoin needs improvement and I've tried to come up with fancy technology to improve the situation, but it's always a balancing act. Privacy is the one area where if Bitcoin doesn't get better at it... it might leave the world a worse off place than if Bitcoin hadn't existed. The worst case for Bitcoin privacy is pretty bad. There has been a lot of progress but more is needed.” Despite current flaws, Maxwell also thinks that mass adoption of cryptocurrencies is just a matter of time. Impediments like insecure hardware, buggy software, tax barriers, or self-custody risks will find a solution over the years, and we’re on our way to it. Obyte as a Step into the Future Obyte has emerged as a compelling alternative to Bitcoin, addressing concerns regarding privacy, and decentralization. Unlike Bitcoin, which requires miners as inevitable intermediaries to approve transactions, Obyte employs a Directed Acyclic Graph (DAG) structure where transactions don’t need any approval. This approach eliminates the need for blocks and their creators, making Obyte fully decentralized. Obyte Obyte Obyte employs a Directed Acyclic Graph (DAG) structure where transactions don’t need any approval. Moreover, Obyte offers enhanced privacy features, such as the integration of the privacy coin Blackbytes and in-wallet encrypted chat functionality . These options provide users with greater confidentiality in their transactions and communications, addressing the privacy concerns prevalent in Bitcoin's ledger. Blackbytes Blackbytes chat functionality chat functionality By prioritizing decentralization and privacy, Obyte ensures that users can freely conduct transactions on their own and have the option to do so without compromising their sensitive information to public scrutiny, distinguishing it as a more privacy-focused and decentralized option in the cryptocurrency landscape. This ecosystem is really the next step into the future, as many cypherpunks have dreamed of. Read more from Cypherpunks Write Code series: Read more from Cypherpunks Write Code series: Tim May & Crypto-anarchism Tim May & Crypto-anarchism Tim May & Crypto-anarchism Tim May & Crypto-anarchism Wei Dai & B-money Wei Dai & B-money Wei Dai & B-money Wei Dai & B-money Nick Szabo & Smart Contracts Nick Szabo & Smart Contracts Nick Szabo & Smart Contracts Nick Szabo & Smart Contracts Adam Back & Hashcash Adam Back & Hashcash Adam Back & Hashcash Adam Back & Hashcash Eric Hughes & Remailer Eric Hughes & Remailer Eric Hughes & Remailer Eric Hughes & Remailer St Jude & Community Memory St Jude & Community Memory St Jude & Community Memory St Jude & Community Memory Hal Finney & RPOW Hal Finney & RPOW Hal Finney & RPOW Hal Finney & RPOW John Gilmore & EFF John Gilmore & EFF John Gilmore & EFF John Gilmore & EFF Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin Featured Vector Image by Garry Killian / Freepik Photograph of Gregory Maxwell by Blockstream Featured Vector Image by Garry Killian / Freepik Featured Vector Image by Garry Killian / Freepik Freepik Freepik Photograph of Gregory Maxwell by Blockstream Photograph of Gregory Maxwell by Blockstream Blockstream Blockstream
格雷戈里·麦克斯韦 (Gregory Maxwell) 的照片，由 Blockstream 拍摄 中本聪 (Satoshi Nakamoto) 和比特币在早期并不流行，甚至在同行中也是如此。注重隐私的人也是编程专家，正在寻找银行和传统货币的替代品，他们是第一批阅读比特币白皮书的人，但他们中的大多数人并不看好它。自称密码朋克的格雷戈里·麦克斯韦就是其中之一。中本聪·麦克斯韦（Satoshi Nakamoto Maxwell）是一位美国程序员，因其对比特币的深入参与而闻名，多年来一直是比特币核心（其主要实现）最重要的开发人员之一。但从一开始就不是这样的。他首先参与了其他开源和协作系统，是维基百科的早期贡献者，后来成为 Mozilla 基金会的员工。然而，他认为去中心化的共识是不可能的。 Maxwell 是一位美国程序员，因其对比特币的深入参与而闻名，多年来一直是比特币核心（其主要实现）最重要的开发人员之一。 Maxwell Maxwell 他相信他相信“当比特币第一次出现时，我就在密码学邮件列表中。当这件事发生时，我有点笑了。因为我已经证明去中心化共识是不可能的。” “当比特币第一次出现时，我就在密码学邮件列表中。当这件事发生时，我有点笑了。因为我已经证明去中心化共识是不可能的。”在真正对比特币代码给予足够关注之前，他正在帮助开发现在广泛使用的 Opus 音频编解码器。这是一种专门设计用于在互联网上压缩和传输音频的音频格式。它提供高质量的声音，同时使用更少的数据，使其成为语音通话、视频会议和流媒体音乐等应用的理想选择。如今，YouTube、Spotify、Netflix、Discord 和 Skype 等家喻户晓的品牌都在使用这项技术。 Maxwell 谈比特币 早在比特币出现之前，Maxwell 就参与了 Hal Finney 创建的可重用工作量证明（RPOW）项目，后者后来也转向了比特币。该系统创建了可以在用户之间转移并兑换新单位的 RPOW 代币，但它与去中心化货币并不完全一样。 Maxwell 的目标是在平台中创建条件转移（类似于智能合约），但采用率并不高。他于 2010 年底回到比特币，最初是作为一名矿工，只是尝试将他的 GPU 用于一些有用的事情。不久之后，他更加关注了白皮书和源代码，并改变了对该项目的看法。然后他开始在技术层面进行合作，从 2011 年开始就开始了。早期，他专注于协议设计、激励和密码审查。然后他开始在技术层面进行合作，从 2011 年开始就一直这样做。他专注于 2014 年，他还共同创立了 Blockstream，这是一家主要为促进和资助比特币开发而创建的公司。在那里，麦克斯韦帮助创建了双向挂钩，这使得侧链成为可能。这些是连接到父分布式账本（如比特币）的独立链，可以在不危及主链安全的情况下试验新特性和功能。双向挂钩将允许资产在链之间移动而不损失其价值。作为比特币核心开发人员，Maxwell 还帮助构建了比特币改进提案 (BIP) #32 中的同态密钥派生，该提案允许从单个主密钥生成多个公钥和私钥对。此外，他还与他人共同编写了 BIP-9，以建立轻量更新（软分叉）的标准，并与人共同编写了 BIP-173，为 SegWit 定义了一种新型地址，这是另一项提高效率的改进更新。 Maxwell 还在比特币改进提案 (BIP) #32 BIP BIP 中帮助构建了同态密钥推导。他于 2018 年离开 Blockstream，专注于为比特币创建智能合约功能。这样，他成为了比特币一项新的重要改进的作者，即 Taproot 更新。这项技术将多种支出条件结合到一个签名中，增强了隐私并降低了交易成本，从而鼓励了复杂的智能合约的创建。 Taproot 更新 Taproot 更新 一些担忧和时间 与其他密码朋克同行一样，Maxwell 也表达了对比特币内部功能的一些担忧。这是真正传播去中心化货币理念的系统，但它并不完美。首先，麦克斯韦讲述了他早年当矿工的故事，以及机器引起的过热甚至吸引了警察来到他家的故事。采矿业确实令人担忧，因为它需要大量的电能。 cypherpunks cypherpunks 隐私是比特币账本中的另一个问题。人们倾向于认为比特币是匿名的，但这与事实相去甚远。比特币实际上是假名的，这意味着它使用加密地址而不是姓名和身份证件。然而，这并不意味着您无法被跟踪，特别是因为每笔交易都在区块链浏览器中公开可用。它们包括金额、日期和连接地址（发件人和收件人）等数据。隐私是比特币账本中的另一个问题。正如他在接受采访时评论的那样，麦克斯韦也试图在第一种加密货币中解决这个问题。一个采访。一个采访。 “显然，隐私是比特币需要改进的一个重要领域，我试图想出一些奇特的技术来改善这种情况，但这始终是一种平衡行为。隐私是一个领域，如果比特币不能在这方面做得更好……它可能会让世界变得比比特币不存在时更糟糕。比特币隐私的最坏情况是非常糟糕的。已经取得了很多进展，但还需要更多。” “显然，隐私是比特币需要改进的一个重要领域，我试图想出一些奇特的技术来改善这种情况，但这始终是一种平衡行为。隐私是一个领域，如果比特币不能在这方面做得更好……它可能会让世界变得比比特币不存在时更糟糕。比特币隐私的最坏情况是非常糟糕的。已经取得了很多进展，但还需要更多。”尽管目前存在缺陷，麦克斯韦还认为加密货币的大规模采用只是时间问题。不安全的硬件、有缺陷的软件、税收壁垒或自我托管风险等障碍将在未来几年找到解决方案，而我们正在努力实现这一目标。 Obyte 迈向未来 Obyte 已成为比特币的一个引人注目的替代品，解决了有关隐私和去中心化的担忧。与比特币不同的是，比特币需要矿工作为不可避免的中介来批准交易，而 Obyte 采用有向无环图（DAG）结构，其中交易不需要任何批准。这种方法消除了对区块及其创建者的需求，使 Obyte 完全去中心化。 Obyte Obyte Obyte 采用有向无环图 (DAG) 结构，其中交易不需要任何批准。此外，Obyte 还提供增强的隐私功能，例如集成隐私币 Blackbytes 和钱包内加密聊天功能。这些选项为用户的交易和通信提供了更高的保密性，解决了比特币账本中普遍存在的隐私问题。 Blackbytes Blackbytes 聊天功能 聊天功能 通过优先考虑去中心化和隐私，Obyte 确保用户可以自由地自行进行交易，并且可以选择这样做，而不会使其敏感信息受到公众监督，从而将其区分为更加注重隐私和去中心化的选项在加密货币领域。正如许多密码朋克所梦想的那样，这个生态系统确实是未来的下一步。阅读《密码朋克编写代码》系列的更多内容：阅读《密码朋克编写代码》系列的更多内容：蒂姆·梅与加密无政府主义蒂姆·梅与加密无政府主义蒂姆·梅与加密无政府主义蒂姆·梅与加密无政府主义 Wei Dai & B-money Wei Dai & B -money Wei Dai & B-money Wei Dai & B-money Nick Szabo & 智能合约 Nick Szabo & 智能合约 Nick Szabo & 智能合约 Nick Szabo & 智能合约 Adam Back & Hashcash Adam Back & Hashcash Adam Back & Hashcash Adam Back & Hashcash Eric Hughes & Remailer Eric Hughes & Remailer Eric Hughes & Remailer Eric Hughes & Remailer St Jude & Community Memory St Jude & Community Memory St Jude & Community Memory St Jude & Community Memory Hal Finney & RPOW Hal Finney & RPOW Hal Finney & RPOW Hal Finney & RPOW John Gilmore & EFF John Gilmore & EFF John Gilmore & EFF John Gilmore & EFF Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin Satoshi Nakamoto & Bitcoin 特色矢量图像由 Garry Killian / Freepik Gregory Maxwell 拍摄，Blockstream 特色矢量图片由 Garry Killian / Freepik 提供 特色矢量 图片由 Garry Killian / Freepik Freepik Freepik Gregory Maxwell 的照片，由 Blockstream 拍摄 Gregory Maxwell 的照片由 Blockstream 拍摄 Blockstream Blockstream
