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The Obol Network ($OBOL ) is a decentralized staking infrastructure protocol designed to enhance the resilience, security, and decentralization of Proof-of-Stake (PoS) networks, particularly Ethereum. Founded in 2021 by Obol Labs, the project's core innovation is Distributed Validator Technology (DVT). Here's a breakdown of the Obol Network: Core Concept: Distributed Validator Technology (DVT) * DVT allows a single validator to be operated collaboratively by multiple independent nodes. * This distributed model eliminates single points of failure, improving fault tolerance and reducing reliance on centralized staking services. * It enables "squad staking," where groups of individuals, institutions, or communities can jointly run validators. * Charon, a middleware client developed by Obol, coordinates the operation of these distributed validators, ensuring synchronization and security among the participating nodes through threshold signature schemes. Key Components and Features: * Charon: This middleware runs on each participant's computer, enabling multiple operators to control a validator by holding pieces of the validator's private key. A threshold of these operators must agree to sign any action, ensuring the validator remains operational even if some participants go offline. * Obol Splits: These are Ethereum smart contracts that automatically distribute ETH staking rewards among the validator participants according to their agreed-upon shares. This system operates trustlessly, relying on the code to ensure fair distribution. * DV Launchpad: A user-friendly web tool designed to simplify the setup and management of distributed validators. It assists users in forming groups, sharing validator keys securely, generating configuration files, and registering the validator on the Ethereum Beacon Chain. * Obol SDK and API: These tools support the large-scale configuration and operation of DVT clusters, making them suitable for staking protocols and other applications. * Techne Credentials: These verify the qualifications of node operators, enhancing trust within the network. OBOL Token: * The OBOL token is the native token of the Obol Collective, serving as the governance and coordination engine for the ecosystem. * Total Supply: 500,000,000 OBOL. * Utility: * Governance: OBOL holders can delegate their voting power to participate in decisions regarding the protocol's direction, upgrades, and funding proposals. * Retroactive Funding (RAF): Token holders can vote to allocate funds to projects and individuals who have contributed value to the Obol ecosystem. * Staking: Users can stake OBOL to receive a liquid staking token (stOBOL), potentially earning rewards and further securing the network. * DeFi Integration: Obol aims to integrate OBOL as collateral within partner DeFi protocols, increasing its utility and value capture. Tokenomics and Distribution (approximate): * Ecosystem Treasury & RAF: 36.4% * Investors: 25.3% * Team: 16.2% * Community Incentives: 12.1% * Other: 10.1% Ecosystem and Adoption: * The Obol Collective is the largest Decentralized Operator Ecosystem, with over 800 active node operators securing over $1 billion in ETH. * Obol has established partnerships and integrations with leading staking protocols and institutions, including Lido, EtherFi, StakeWise, Swell, and Bitcoin Suisse. * The project utilizes a retroactive funding model to incentivize the adoption of DVT and promote the growth of its ecosystem. In summary, the Obol Network is building a crucial layer for decentralized staking, particularly within the Ethereum ecosystem. By leveraging Distributed Validator Technology and its suite of tools, Obol aims to create a more secure, resilient, and decentralized future for PoS networks.

Developer Guide to Building on the OBOL Platform: A Step-by-Step Approach $OBOL OBOL Coin is emerging as a versatile platform that empowers developers to build decentralized applications (dApps), create smart contracts, and contribute to a growing blockchain ecosystem. With its energy-efficient Proof of Stake (PoS) consensus mechanism, privacy-preserving features, and focus on scalability, OBOL provides developers with a secure, flexible, and robust foundation to build innovative solutions. This guide will take you through the essential steps and tools to get started with developing on the OBOL platform. Whether you’re a seasoned blockchain developer or a beginner looking to enter the world of decentralized technologies, OBOL offers a user-friendly environment to bring your ideas to life. ⸻ 1. Understanding OBOL’s Core Features Before diving into development, it’s essential to familiarize yourself with OBOL’s core features: a. Proof of Stake (PoS) Consensus Mechanism OBOL Coin uses PoS to validate transactions and secure the network. This energy-efficient approach to consensus allows OBOL to operate with low environmental impact while maintaining a high level of security. b. Privacy-Preserving Features OBOL integrates cutting-edge privacy features, including zero-knowledge proofs (ZKPs) and confidential transactions, ensuring that transaction details and user data remain private. c. Decentralized Governance OBOL operates with a decentralized governance model, where token holders can propose and vote on changes to the network. This governance structure ensures that the community plays an active role in the development and decision-making process. d. Smart Contract Platform OBOL provides a smart contract platform compatible with Solidity, Ethereum’s widely-used programming language. Developers can create and deploy smart contracts on OBOL, enabling them to build dApps, tokenized assets, and more. ⸻ 2. Setting Up Your Development Environment To start building on OBOL, you’ll need a few essential tools and configurations: a. Install Node.js and npm Many OBOL development tools rely on Node.js, so you’ll need to install it along with npm (Node Package Manager) to manage dependencies. • Download Node.js: Visit Node.js and download the latest stable version. • Install npm: npm comes bundled with Node.js. Once installed, you can verify it by running the following commands in your terminal: node -v npm -v b. Set Up a Code Editor Use an integrated development environment (IDE) such as Visual Studio Code, Sublime Text, or Atom to write your smart contracts and dApp code. These editors offer syntax highlighting, code linting, and extensions to simplify the development process. c. Install Truffle or Hardhat Truffle and Hardhat are popular development frameworks for building on Ethereum-compatible blockchains. Since OBOL supports Solidity-based smart contracts, you can use these tools for compiling, testing, and deploying your smart contracts. • Truffle: Install Truffle globally using npm: npm install -g truffle • Hardhat: Install Hardhat using npm: npm install --save-dev hardhat Both frameworks provide robust tools for building and testing smart contracts on OBOL. d. OBOL Node or Testnet Access To interact with the OBOL blockchain, you’ll need access to a node or the OBOL testnet for development purposes. • OBOL Testnet: OBOL offers a testnet where developers can deploy and test their smart contracts without the risk of losing real tokens. You can connect to the testnet by configuring your development tools (like Truffle or Hardhat) with OBOL’s testnet RPC URL. • Running a Local Node: Alternatively, you can run your local OBOL node for testing and development. OBOL provides detailed instructions for setting up a node on your local machine. ⸻ 3. Writing Smart Contracts on OBOL OBOL Coin is fully compatible with Solidity, the most widely-used programming language for smart contracts. Here’s a simple guide to writing and deploying a smart contract on OBOL. a. Create a New Smart Contract To begin, create a new directory for your smart contract project and navigate into it: mkdir MyOBOLContract cd MyOBOLContract Next, initialize your project using Truffle or Hardhat. • For Truffle: truffle init • For Hardhat: npx hardhat init Now, write a simple smart contract in Solidity (e.g., a basic “Hello World” contract) in the contracts folder. Create a new file called HelloWorld.sol: pragma solidity ^0.8.0; contract HelloWorld { string public message; constructor(string memory initialMessage) { message = initialMessage; } function setMessage(string memory newMessage) public { message = newMessage; } function getMessage() public view returns (string memory) { return message; } } b. Compile the Smart Contract Using your chosen framework, compile the contract: • For Truffle: truffle compile • For Hardhat: npx hardhat compile c. Deploying the Contract Once your contract is compiled, the next step is to deploy it to the OBOL blockchain (or the testnet). Configure your deployment settings with the correct network details. • For Truffle, modify the truffle-config.js file to include the OBOL network configuration: networks: { obol: { provider: () => new HDWalletProvider('<mnemonic>', '<rpc_url>'), network_id: '*', gas: 5000000 } } Then deploy using: truffle migrate --network obol • For Hardhat, configure the hardhat.config.js file to point to OBOL’s RPC endpoint. You can then deploy using: npx hardhat run scripts/deploy.js --network obol ⸻ 4. Building Decentralized Applications (dApps) Once your smart contract is deployed, you can integrate it into a decentralized application (dApp). OBOL supports JavaScript frameworks like React or Vue.js to build user interfaces that interact with the blockchain. a. Setting Up Web3.js or Ethers.js To interact with OBOL from your dApp, you’ll need to use Web3.js or Ethers.js, which are JavaScript libraries for connecting to the blockchain. • Web3.js: Install Web3.js using npm: npm install web3 • Ethers.js: Install Ethers.js using npm: npm install ethers b. Connecting the dApp to OBOL Use Web3.js or Ethers.js to connect your dApp to the OBOL blockchain. Here’s an example using Web3.js: const Web3 = require('web3'); const web3 = new Web3('<OBOL_RPC_URL>'); // OBOL Testnet or Mainnet RPC URL const contract = new web3.eth.Contract(, <Contract_Address>); // Interacting with the contract const message = await contract.methods.getMessage().call(); console.log(message); c. Building the Front-End With your contract connected, you can now build your front-end interface using React or other frameworks. This can include forms for users to interact with the smart contract (e.g., sending transactions or reading data from the blockchain). ⸻ 5. Testing and Debugging OBOL offers testing environments and frameworks to help ensure that your dApp and smart contracts are working as expected. • Testnet: Use OBOL’s testnet to deploy and test your contracts before going live on the mainnet. • Unit Testing: Both Truffle and Hardhat support unit testing. Write tests for your smart contracts to ensure that your code functions as intended. ⸻ 6. Contributing to OBOL’s Ecosystem OBOL Coin is built on a decentralized governance model, meaning that developers and community members have the opportunity to contribute to the network’s growth. Participate in open-source development, submit proposals for protocol upgrades, and help improve the ecosystem. • Open-Source Contributions: OBOL’s GitHub repository is open to contributors. Whether it’s bug fixes, feature requests, or documentation improvements, developers can actively contribute to the project. • Governance Participation: OBOL Coin allows token holders to participate in governance decisions, making it a community-driven platform. ⸻ Conclusion OBOL Coin offers a secure, efficient, and scalable platform for developers to create decentralized applications and smart contracts. By leveraging the network’s energy-efficient PoS consensus, privacy features, and robust developer tools, you can bring your blockchain projects to life while participating in a growing ecosystem. Whether you’re building DeFi applications, NFTs, or other blockchain solutions, OBOL provides a developer-friendly environment to explore, innovate, and succeed in the decentralized world.

Developer Guide to Building on the OBOL Platform: A Step-by-Step Approach $OBOL OBOL Coin is emerging as a versatile platform that empowers developers to build decentralized applications (dApps), create smart contracts, and contribute to a growing blockchain ecosystem. With its energy-efficient Proof of Stake (PoS) consensus mechanism, privacy-preserving features, and focus on scalability, OBOL provides developers with a secure, flexible, and robust foundation to build innovative solutions. This guide will take you through the essential steps and tools to get started with developing on the OBOL platform. Whether you’re a seasoned blockchain developer or a beginner looking to enter the world of decentralized technologies, OBOL offers a user-friendly environment to bring your ideas to life. ⸻ 1. Understanding OBOL’s Core Features Before diving into development, it’s essential to familiarize yourself with OBOL’s core features: a. Proof of Stake (PoS) Consensus Mechanism OBOL Coin uses PoS to validate transactions and secure the network. This energy-efficient approach to consensus allows OBOL to operate with low environmental impact while maintaining a high level of security. b. Privacy-Preserving Features OBOL integrates cutting-edge privacy features, including zero-knowledge proofs (ZKPs) and confidential transactions, ensuring that transaction details and user data remain private. c. Decentralized Governance OBOL operates with a decentralized governance model, where token holders can propose and vote on changes to the network. This governance structure ensures that the community plays an active role in the development and decision-making process. d. Smart Contract Platform OBOL provides a smart contract platform compatible with Solidity, Ethereum’s widely-used programming language. Developers can create and deploy smart contracts on OBOL, enabling them to build dApps, tokenized assets, and more. ⸻ 2. Setting Up Your Development Environment To start building on OBOL, you’ll need a few essential tools and configurations: a. Install Node.js and npm Many OBOL development tools rely on Node.js, so you’ll need to install it along with npm (Node Package Manager) to manage dependencies. • Download Node.js: Visit Node.js and download the latest stable version. • Install npm: npm comes bundled with Node.js. Once installed, you can verify it by running the following commands in your terminal: node -v npm -v b. Set Up a Code Editor Use an integrated development environment (IDE) such as Visual Studio Code, Sublime Text, or Atom to write your smart contracts and dApp code. These editors offer syntax highlighting, code linting, and extensions to simplify the development process. c. Install Truffle or Hardhat Truffle and Hardhat are popular development frameworks for building on Ethereum-compatible blockchains. Since OBOL supports Solidity-based smart contracts, you can use these tools for compiling, testing, and deploying your smart contracts. • Truffle: Install Truffle globally using npm: npm install -g truffle • Hardhat: Install Hardhat using npm: npm install --save-dev hardhat Both frameworks provide robust tools for building and testing smart contracts on OBOL. d. OBOL Node or Testnet Access To interact with the OBOL blockchain, you’ll need access to a node or the OBOL testnet for development purposes. • OBOL Testnet: OBOL offers a testnet where developers can deploy and test their smart contracts without the risk of losing real tokens. You can connect to the testnet by configuring your development tools (like Truffle or Hardhat) with OBOL’s testnet RPC URL. • Running a Local Node: Alternatively, you can run your local OBOL node for testing and development. OBOL provides detailed instructions for setting up a node on your local machine. ⸻ 3. Writing Smart Contracts on OBOL OBOL Coin is fully compatible with Solidity, the most widely-used programming language for smart contracts. Here’s a simple guide to writing and deploying a smart contract on OBOL. a. Create a New Smart Contract To begin, create a new directory for your smart contract project and navigate into it: mkdir MyOBOLContract cd MyOBOLContract Next, initialize your project using Truffle or Hardhat. • For Truffle: truffle init • For Hardhat: npx hardhat init Now, write a simple smart contract in Solidity (e.g., a basic “Hello World” contract) in the contracts folder. Create a new file called HelloWorld.sol: pragma solidity ^0.8.0; contract HelloWorld { string public message; constructor(string memory initialMessage) { message = initialMessage; } function setMessage(string memory newMessage) public { message = newMessage; } function getMessage() public view returns (string memory) { return message; } } b. Compile the Smart Contract Using your chosen framework, compile the contract: • For Truffle: truffle compile • For Hardhat: npx hardhat compile c. Deploying the Contract Once your contract is compiled, the next step is to deploy it to the OBOL blockchain (or the testnet). Configure your deployment settings with the correct network details. • For Truffle, modify the truffle-config.js file to include the OBOL network configuration: networks: { obol: { provider: () => new HDWalletProvider('<mnemonic>', '<rpc_url>'), network_id: '*', gas: 5000000 } } Then deploy using: truffle migrate --network obol • For Hardhat, configure the hardhat.config.js file to point to OBOL’s RPC endpoint. You can then deploy using: npx hardhat run scripts/deploy.js --network obol ⸻ 4. Building Decentralized Applications (dApps) Once your smart contract is deployed, you can integrate it into a decentralized application (dApp). OBOL supports JavaScript frameworks like React or Vue.js to build user interfaces that interact with the blockchain. a. Setting Up Web3.js or Ethers.js To interact with OBOL from your dApp, you’ll need to use Web3.js or Ethers.js, which are JavaScript libraries for connecting to the blockchain. • Web3.js: Install Web3.js using npm: npm install web3 • Ethers.js: Install Ethers.js using npm: npm install ethers b. Connecting the dApp to OBOL Use Web3.js or Ethers.js to connect your dApp to the OBOL blockchain. Here’s an example using Web3.js: const Web3 = require('web3'); const web3 = new Web3('<OBOL_RPC_URL>'); // OBOL Testnet or Mainnet RPC URL const contract = new web3.eth.Contract(, <Contract_Address>); // Interacting with the contract const message = await contract.methods.getMessage().call(); console.log(message); c. Building the Front-End With your contract connected, you can now build your front-end interface using React or other frameworks. This can include forms for users to interact with the smart contract (e.g., sending transactions or reading data from the blockchain). ⸻ 5. Testing and Debugging OBOL offers testing environments and frameworks to help ensure that your dApp and smart contracts are working as expected. • Testnet: Use OBOL’s testnet to deploy and test your contracts before going live on the mainnet. • Unit Testing: Both Truffle and Hardhat support unit testing. Write tests for your smart contracts to ensure that your code functions as intended. ⸻ 6. Contributing to OBOL’s Ecosystem OBOL Coin is built on a decentralized governance model, meaning that developers and community members have the opportunity to contribute to the network’s growth. Participate in open-source development, submit proposals for protocol upgrades, and help improve the ecosystem. • Open-Source Contributions: OBOL’s GitHub repository is open to contributors. Whether it’s bug fixes, feature requests, or documentation improvements, developers can actively contribute to the project. • Governance Participation: OBOL Coin allows token holders to participate in governance decisions, making it a community-driven platform. ⸻ Conclusion OBOL Coin offers a secure, efficient, and scalable platform for developers to create decentralized applications and smart contracts. By leveraging the network’s energy-efficient PoS consensus, privacy features, and robust developer tools, you can bring your blockchain projects to life while participating in a growing ecosystem. Whether you’re building DeFi applications, NFTs, or other blockchain solutions, OBOL provides a developer-friendly environment to explore, innovate, and succeed in the decentralized world.

Current Market Snapshot 📈 Current Price: $0.30352USD 📊 24h Volume: $18.91M 📆 Listed on Bitget: 7 May 2025 🔗 Trading Pair: OBOL/USDT 🚀 Unlocking the Potential of Modular Staking The introduction of $OBOL on Bitget marks a significant milestone in the evolution of decentralized infrastructure. As a pioneering modular staking protocol, OBOL is poised to transform validator coordination and fortify the Ethereum staking ecosystem. Understanding $OBOL's Fundamentals $OBOL is a decentralized protocol that leverages Distributed Validator Technology (DVT) to enhance Ethereum staking. By enabling multiple parties to collaboratively operate validators, OBOL promotes fault tolerance, decentralization, and security. Market Performance and Potential Since its listing on Bitget, $OBOL has demonstrated notable market activity: - Strong trading volume indicates significant interest and liquidity. - Market capitalization reflects its growing presence in the staking sector. The Impact of $OBOL on Web3 $OBOL 's innovative approach to validator coordination contributes to: 1. Enhanced Validator Performance: Improved uptime and security. 2. Risk Mitigation: Reduced risk of slashing penalties. 3. Decentralized Staking: Promotion of decentralized staking services. 📈 Future Prospects With the increasing emphasis on decentralized staking solutions, $OBOL is well-positioned for growth. Its unique approach to validator coordination addresses critical challenges in the staking ecosystem, potentially leading to broader adoption and integration. $OBOL's listing on Bitget offers traders and investors exposure to a groundbreaking staking protocol. Its focus on decentralization and security aligns with the core principles of Web3, making it a compelling addition to any crypto portfolio.

built to support distributed validators on Ethereum. At its core, it enables multiple independent operators to collaboratively run a single Ethereum validator. This approach not only increases fault tolerance and network reliability but also helps decentralize validator control — a key element in achieving Ethereum’s long-term security goals. The protocol accomplishes this using a middleware called Charon, which coordinates validator duties, signatures, and block proposals across different machines or operators without compromising consensus or liveness. --- Understanding Distributed Validator Technology (DVT) In a standard Ethereum staking setup, one operator controls a validator node. If that node goes offline, suffers a software error, or is attacked, the validator risks slashing or lost rewards. DVT distributes the validator's responsibilities among several independent parties, known as operator clusters. Each member of the cluster holds a share of the validator key, and through multi-party computation (MPC), they collectively sign messages and maintain validator duties. This ensures that no single party can act alone or bring the validator offline, thereby reducing risk and enhancing resilience.