IC

随着我们生活中越来越多的元素转移到线上，我们积累的数据量和价值也在迅速增长，我们通过电子邮件、即时通讯工具和社交媒体应用进行的交流，我们的身份信息等等 - 所有这些数据现在都在线上，并在我们的设备之间无缝移动。
然而，要实现这一点，所有数据都必须存储在某个地方，某个计算机上，如果那不是你的计算机，那就是别人的，这意味着控制这台计算机的“别人”最终控制着你的数据，别人也决定着你如何处理你的数据，你甚至可能失去访问权限。
但还有更多：掌控一切的其他人也决定着谁可以访问这些数据，你的数据长期以来一直被用来向你投放广告，诱使你购买更多你不需要的东西，如果你读过过去一年里你可能签署过的任何最终用户许可协议更新，你就会发现，许多公司现在也声称有权利用你的数据来训练他们的人工智能。
有什么替代方案？
运营自己的服务其实很难，运营自己的基础设施需要投入大量的时间。
互联网计算机协议（ICP）使服务构建方式焕然一新，它允许您存储代码和数据，而无需放弃控制权，因此您仍然掌控一切，此外，它还无需您自行运营基础设施。
从根本上来说，你可以将 ICP 视为一个围绕代码和数据所有权概念构建的计算平台：一个主权云，一台真正的世界计算机。
这是通过构建去中心化网络实现的，ICP 的底层原理与比特币相同，然而，经过多人数年的研究和开发，互联网计算机协议（ICP）已经能够扩展去中心化技术的使用范围，这项技术不再仅仅是用于货币交易的简单代币账本。
如今，它的用途已涵盖一个功能齐全的计算平台，可以托管您的所有代码和数据，并让您掌控一切。
有了 ICP，数据主权就掌握在您手中。
加入我们，踏上世界计算机之旅。
了解更多：
在 internetcomputer.org 上发现互联网计算机；在 DFINITY YouTube 频道上观看教程；对于开发人员，请立即在 icp.ninja 开始构建；本文改编自 DFINITY 基金会研究主管 Björn Tackmann 的“世界计算机技术讲座”，您可以观看原始视频。

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What is the Internet Computer Protocol?
The vision of a decentralized network
Imagine using social media without worrying about your data being sold, or accessing financial services without bank approval. This is the vision driving the development of the Internet Computer (ICP) - a technology designed to help build an internet free from the control of tech giants.
The Internet Computer, launched by the Swiss non-profit DFINITY Foundation in May 2021, is a Layer-1 blockchain protocol that functions as a 'World Computer' - a network of global, never-stopping machines that together form a single computing platform intended to replace centralized servers.

It has been several days since the ICP Global Townhall roadshow event ended, but we are still reminiscing about its brilliance.
The roadshow session can be described as a marathon of Web3 creativity, and witnessing it firsthand is rare. The Townhall segment showcased the future of decentralized technology, focusing on visionary builders worldwide and projects with the potential to make an impact in the real world.
Among more than 60 compelling proposals, six projects stood out as winners, each showcasing a unique approach to solving problems using blockchain and decentralized technology.

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Regulated custody and self-custody are now live, with staking support coming soon
BitGo is pleased to announce support for the Internet Computer (ICP), a Layer 1 protocol ranked in the top 50 by market capitalization, allowing institutional clients to securely custody ICP using BitGo's regulated custody wallet or self-custody cold wallet infrastructure.
In addition, BitGo will support ICP staking and tokens for decentralized applications (DApps) built on ICP, which will be launched soon.
Expand support for top Layer 1s
This collaboration further expands BitGo's premier asset coverage - the number of supported top 100 digital assets exceeds that of any other qualified custodian.

If you ever doubted the need for a massive upgrade to your internet diet, you are not alone. The folks at the DFINITY Foundation seem to agree, donning their tech aprons and crafting the internet computer, which promises to spark a revolution in the digital realm.
But now, this Swiss-based organization is carefully spreading its wings across the Atlantic, committed to achieving decentralization and innovation, thanks to their latest campaign, 'DFINITY Takes Over America'.
The DFINITY Foundation has long been a beacon for blockchain enthusiasts, committed to changing the internet as we know it. However, their expansion into the U.S. market not only signifies a geographical expansion but also marks a profound redefinition of their ambitions. The appointment of Joshua Lee Drake as the Managing Director of DFINITY is a strategic step in this direction.

Boundary nodes are the entry points to the Internet Computer; each user request passes through one of these nodes before reaching the target container. This article delves into the new boundary node architecture, a key outcome of the Solenoid milestone, and explores the functionalities it unlocks.
Mail Carriers of the Internet Computer
From a high-level perspective, boundary nodes can be seen as the mail carriers of the Internet Computer; they receive requests from clients and ensure they reach the correct destination. To better understand their role, it is essential to first understand the core structure of the Internet Computer.

The Internet Computer Protocol (ICP) is revolutionizing blockchain technology by creating a decentralized 'world computer' that challenges centralized cloud giants like Amazon Web Services and Microsoft Azure. At the core of this ambitious ecosystem is the ICP token, a versatile cryptocurrency capable of supporting governance, computation, and staking.
Like all other native assets, the ICP token has several key attributes. Whether you are a blockchain enthusiast or a curious investor, this guide will explain the importance of the ICP token in the evolving Web3 space and cover several key areas such as token economics and ecosystem contributions.

In this blog post, we clarify the storage model of the Internet Computer (IC) and provide some insights related to the roadmap for more storage.
We first outline what types of storage blockchain can typically provide, then detail the unique trade-offs achieved by the Internet Computer architecture, and finally outline the next milestones on the roadmap to implementing more storage.
In the context of blockchain storage, broadly speaking, two types of storage can be distinguished: fully replicated storage and distributed storage. The Internet Computer relies on fully replicated storage, where as part of the protocol, it ensures that all participating nodes store a complete copy of the data - commonly referred to as replicated state - therefore, this type of storage supports direct read/write/update/delete operations as part of any action agreed upon in a replicated manner by participating nodes via some consensus protocol.