The Internet Computer blockchain represents a groundbreaking reimagining of blockchain architecture, driven by advancements in cryptography. It offers the first "World Computer" blockchain capable of developing nearly any online system or service, including complex web-based social media platforms, without relying on conventional IT infrastructures like cloud computing services. This capability facilitates complete end-to-end decentralization. For more information, see Internet Computer on Eulerpool.

The ICP token serves three primary utilities. Firstly, ICP generates "cycles" that are consumed to power computation, leading to its conversion and subsequent disappearance, thereby creating a deflationary effect. Secondly, ICP can be staked within the permissionless Network Nervous System DAO that administers the Internet Computer blockchain, facilitating the creation of voting neurons that earn voting rewards. Thirdly, ICP functions as a store of value, enabling users to invest in decentralization sales conducted by web3 services.

The internet, which now connects nearly everyone and everything, operates on a network of specialized devices known as routers. Some, such as WiFi routers, are installed in homes, while others, which link countries, are highly specialized and costly. The Internet Computer blockchain functions on a network of specialized computing devices called "node machines," crafted to various standards. Currently, most Proof-of-Stake blockchains are hosted by "validator" nodes, typically software instances deployed on cloud computing services. However, the Internet Computer does not operate in this manner. It runs exclusively on a sovereign network of dedicated node machines, which are installed in independent data centers by autonomous "node providers." These node machines interconnect using the Internet Computer Protocol, or ICP, which is the origin of the token's name. The most fitting term to describe the blockchain network model employed by the Internet Computer is “Proof-of-Useful-Work.” The network includes a governance system known as the NNS, which can eject node machines that do not generate sufficient blocks and fail to maintain network pace, necessitating that they conform to a standard specification. Internally, the Internet Computer network comprises "subnet blockchains." Each new subnet augments the network’s capacity, enabling it to host more smart contracts, computation, and data. However, these subnets are not visible to hosted smart contracts and users, because they are unified into a single logical blockchain through “chain key crypto.” Chain key crypto is a distinctive feature of the Internet Computer, allowing subnet blockchains and the entire Internet Computer blockchain to possess public “chain keys.” The blockchains cryptographically sign all their interactions, which can be verified using these chain keys. Valid signatures confirm that interactions are untampered and the blockchains are functioning correctly—without needing to download and verify transaction blocks. Thanks to chain key crypto, the Internet Computer can integrate its subnet blockchains into one blockchain and scale without limits. Furthermore, chain key crypto enables other functionalities; for example, smart contracts on the Internet Computer can process HTTP requests and directly serve interactive web experiences to users. This is more secure than traditional web serving, as the smart contracts can sign the content they deliver, ensuring it is validated before being displayed to users, enhancing their security. Recently, chain key crypto has facilitated the introduction of “Chain Key TX” functionality for smart contract developers. This enables creating signed transactions to operate on other blockchains. For instance, an Internet Computer developer can generate Bitcoin addresses and manage Bitcoin transactions directly on the Bitcoin ledger without the need for insecure “bridge” services. Using this functionality, native Bitcoin DeFi solutions can be developed. The Internet Computer also offers an array of unique blockchain features. These include HTTP outcalls, which allow smart contracts to securely query other systems over the web through its network consensus system. This makes it possible for smart contract software to securely obtain data such as crypto asset price feeds without reliance on a trusted oracle service. The Internet Computer network is governed by a master subnet that operates an advanced, permissionless DAO called the Network Nervous System (NNS). It instructs the node machines on network organization. Nodes can verify the authenticity of instructions from the NNS by checking the chain key’s signature, as its chain key remains constant. The NNS directs nodes to join and leave subnets and to form new subnets. The cryptography and protocols are intricately designed so that even as nodes transition in and out of subnet blockchains, the chain keys remain unchanged. On the Internet Computer, developers create using "canister" smart contracts. They are termed canisters because they encompass bundles of WebAssembly bytecode and persistent memory pages. The bytecode executes the smart contract logic, operating exclusively within its memory space and interacting with other smart contracts via message passing (using a software “actor” model). This design allows for parallel execution of smart contracts, contributing to the Internet Computer’s scalability. Canister smart contracts are exceedingly powerful and versatile, capable of constructing virtually anything. They support multi-block transactions (computations) and daemon smart contracts, which the blockchain periodically triggers automatically. The primary programming languages for developing Internet Computer smart contracts include Rust and Motoko. Motoko is a language specifically created by DFINITY for the Internet Computer, developed under the leadership of Andreas Rossberg, a co-creator of the WebAssembly standard. For a comprehensive understanding of the Internet Computer's operations and its array of unique capabilities, please explore internetcomputer.org and wiki.internetcomputer.org.

The Internet Computer blockchain was developed by the DFINITY Foundation, headquartered in Zürich, Switzerland, with R&D centers located in Switzerland and California, and remote teams globally. By mid-2022, DFINITY employed nearly 300 individuals, primarily focused on research and development. The team is composed of prominent cryptographers, computer science researchers, and engineers. The DFINITY Foundation was established in Switzerland in October 2016 to guide the development of the Internet Computer blockchain. The name DFINITY is an abbreviation of “decentralized infinity,” conceived in early 2015. It was initially used by project founder Dominic Williams to describe his theoretical work in crypto that aimed to create a World Computer. In February 2017, the DFINITY Foundation conducted an early public ICO to secure funding for expansion. This effort was further supported by private fundraising rounds in 2018, which garnered investments from over 100 hedge funds and venture capitalists, including renowned names like Andreessen Horowitz, prior to the formation of a16z crypto.

Internet Computer is accessible on several cryptocurrency exchanges, including: * Binance * Coinbase * Huobi Global * OKX

Envision organizing a group chat to plan your upcoming vacation with friends, participating in a social game, or engaging with photos and videos uploaded by someone you admire—social networks have become integral to daily life. However, they often present significant privacy concerns for users, share sensitive information with corporations, and bombard users with advertisements. Upon signing up, you must agree to general terms and conditions, without any influence over how your data is utilized or what features are offered by the services. Web3 has the potential to significantly transform this outdated model. A genuine World Computer can be employed to construct a variety of applications in a fully decentralized manner, including complex services like social networks. Previously, blockchains could only facilitate the development of web3 services in conjunction with traditional IT, such as cloud computing services. However, a World Computer blockchain enables the creation of services that operate entirely on the blockchain. This innovation allows for the delegation of control over these services to community DAOs (decentralized autonomous organizations), which function as digital democracies in cyberspace. They mediate the preferences of their online communities concerning economic matters and determine how to update and configure the services. In this novel paradigm, users become both owners of web3 services and active participants in their operation—whether by referring new users to stimulate viral growth or by assisting with crucial tasks such as content moderation. Since web3 services operate on the blockchain under DAO control, they are fully decentralized, akin to a blockchain, and can also be tokenized. For instance, a web3 service could distribute the DAO’s governance tokens to users who contribute, or facilitate users in sending satoshis alongside a chat message. Services of this nature are currently being developed on the Internet Computer blockchain, which provides the World Computer capabilities and functionality required. The goal is to revolutionize the entire internet ecosystem. For more information and updates on Internet Computer and other cryptocurrencies, visit Eulerpool.

The objective of the Internet Computer blockchain is to enhance the public internet with World Computer capabilities. Developers can construct decentralized systems and services entirely on the blockchain through the Internet Computer, thereby eliminating the need for centralized traditional IT infrastructure. As a blockchain, the Internet Computer enables developers to build online systems and services using "smart contract" software. Implementing smart contracts in this setting offers significant advantages. For instance, smart contracts are tamperproof, similar to the Bitcoin ledger, which eliminates the necessity for firewalls to protect systems and services from hackers, thereby addressing the growing number of cyberattacks impacting businesses and society. Another benefit is that web3 services developed on the Internet Computer are capable of processing tokens and developing new economic pathways. For example, web3 can merge social media with DeFi to create SocialFi, such as a fully tokenized social network. The Internet Computer offers "canister" smart contract functionality, which allows for a range of new capabilities, including providing interactive web experiences directly to users through the processing of HTTP requests, creating transactions that execute directly on other blockchains via "Chain Key TX," and scaling without limitations. This functionality operates with efficiency comparable to traditional IT, significantly reducing the carbon emissions associated with blockchain technology and eventually the broader tech ecosystem. Developers specializing in web3 can create DeFi, SocialFi, GameFi, and metaverse services. They can also handle tokens on other blockchains without relying on bridges, utilizing Chain Key TX. Additionally, developers can fully decentralize systems like Ethereum's DeFi by leveraging the Internet Computer to establish the interactive web experience, replacing centralized traditional IT solutions such as cloud computing services. On the Internet Computer, canister smart contracts have the unique capability of paying for their computation using a "reverse gas" model. This allows web3 users to initiate sessions with services, facilitating numerous blockchain transactions, such as sending chat messages, without requiring further user interaction. The Internet Computer introduces a novel blockchain authentication system known as Internet Identity. This system enables users to use their devices as cryptographic passwords, signing into online services with functionalities like fingerprint sensors on laptops or Face ID on phones, alongside traditional devices like Ledger wallets. Since web3 services can be developed entirely on the blockchain, they can be fully governed by community DAOs (decentralized autonomous organizations), which manage all configurations and updates. This structure enables users to become owners of online services and participate in their management. The Internet Computer network is managed by an advanced DAO integrated into its protocols, referred to as the Network Nervous System, or NNS. This entity frequently updates the replica (or "client") software on the dedicated nodes that support the blockchain, nearly on a weekly basis, thereby facilitating the network's rapid development.

Origyn Foundation Bioniq Gold DAO

Internet Computer is a groundbreaking cryptocurrency that seeks to revolutionize how we perceive and use the blockchain. Operated by the DFINITY Foundation, its objective is to extend the public internet so it can also be the world's compute platform. This enables developers to create software and applications directly on the Internet Computer without relying on traditional IT stack. Internet Computer offers enhanced speed, reduced computing costs, and robust security features, making it a compelling choice for both developers and users. For comprehensive information about Internet Computer, including real-time data and market trends, please refer to Eulerpool. OpenChat is a decentralized messaging application built on the Internet Computer. Designed to ensure privacy and data sovereignty, OpenChat offers users a secure and user-friendly platform for communication without third-party interference or surveillance. OpenChat leverages the blockchain's capabilities to provide a transparent and trustful messaging service. DMAIL is another pioneering application in the ecosystem of the Internet Computer. It focuses on decentralized email services, guaranteeing confidentiality and user control over their data. DMAIL is committed to safeguarding users' privacy by avoiding centralized storage systems, thereby eliminating the risk of unauthorized data access.