Endless Dev 𒀭

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ENDLESS PIXEL BLACKJACK A Web3 Blackjack game on the Endless blockchain with PvP via invite. Quick start guide ↓ @EndlessProtocol @LuffaMessage @EndlessDevTeam #EndlessDev

Endless Web3 Genesis Cloud: The Intelligent Bridge to Web In the evolving landscape of blockchain and decentralized technologies, few projects have positioned themselves as boldly as Endless Web3 Genesis Cloud (often simply called Endless). Marketed with the tagline The intelligent Bridge to Web3 @EndlessProtocol represents a groundbreaking effort to dissolve the barriers that have long separated traditional internet applications (Web2) from the decentralized, user owned world of Web3. By fusing artificial intelligence, distributed cloud infrastructure, modular development tools, and high performance blockchain capabilities, Endless aims to make Web3 accessible, secure, scalable, and most importantly intelligent. What is Endless Web3 Genesis Cloud? Endless Web3 Genesis Cloud is the world's first decentralized cloud based intelligent component protocol development platform. It serves as a comprehensive ecosystem that empowers developers to build decentralized applications (dApps) with the ease and speed of Web2 development while delivering the full benefits of Web3, such as data sovereignty, asset ownership, privacy, and decentralization. At its core, Endless acts as a super connector or intelligent bridge: Bridging Web2 to Web3 Allowing existing applications and developers to migrate seamlessly without rewriting everything in blockchain specific languages. Bridging AI and Crypto Integrating advanced AI capabilities directly into decentralized protocols for smarter, more dynamic applications. Launched with its mainnet in March 2025, Endless has rapidly gained traction through strategic partnerships (including Stability AI and institutions like the University of Surrey), significant funding, and a growing suite of tools. Key Features and Technological Innovations Endless stands out through its layered, intelligent architecture: ✓ Distributed Intelligent Component Protocol Developers build using reusable, modular components like digital LEGO blocks. This componentized approach includes an open marketplace for components, enabling rapid assembly of complex dApps without deep blockchain expertise. ✓ Multi Language Support and Serverless Architecture Supports popular languages like JavaScript, Python, and others via SDKs and APIs. Combined with serverless computing, full distributed frameworks, and relay networks, it delivers Web2-like performance (e.g., sub-second transaction finality at high throughput). ✓ AI Powered Capabilities Deep integration of AI allows for onchain AI agents, predictive analytics, generative features, and intelligent decisionmaking. Partnerships like Stability AI accelerate decentralized AI image generation and more, positioning Endless as a leader in Crypto AI. ✓ High Performance Blockchain Infrastructure Built on the Move programming language (known from ecosystems like Aptos and Sui), it emphasizes secure asset management, formal verification via Move Prover, and resistance to common vulnerabilities. ✓ Cross Chain Interoperability The Endless Bridge enables effortless, secure asset transfers and data synchronization across multiple chains, breaking down silos in Web3. ✓ Security and Privacy Focus Features include AES 256 encryption, zero knowledge proofs, Shamir's Secret Sharing, decentralized storage (IPFS compatible), and guarantees of user privacy, asset security, and data sovereignty. ✓ User Friendly Onboarding Tools like Endless Wallet (multi signature security), Endless Scan (onchain analytics), Goldust NFT Marketplace, Deploy Coin (oneclick token issuance), and @LuffaMessage (decentralized social app) create a complete Web3 suite with familiar experiences.

Contributed to the Endless Bi-Weekly Developer Contribution Program this week with several practical improvements across docs and SDK: 🔧 What I built / updated • Proposed fixes to official docs (CLI install notes, incorrect paths in tutorials) • Improved your_fungible_asset.ts with clearer execution guidance and error solutions • Added a missing example simple_digital_asset.ts and implemented full workflow • Extended package.json execution scripts for easier local runs 💡 Why it matters New developers often hit setup and path issues first. Fixing these removes friction and shortens the time from “read docs” → “run code”. 🌱 Ecosystem impact • More reliable onboarding • Clearer examples for NFT & asset workflows • Better dev experience for TypeScript SDK users • Stronger open-source collaboration through actionable contributions Built, tested, and shared execution results to help others ship faster. githup: github.com/telanks/endless update detail link: github.com/telanks/endles… @EndlessProtocol @EndlessDevTeam #EndlessDev

Deep Dive: Endless Protocol’s Move Smart Contracts Security, Scalability & AI Native Design @EndlessProtocol isn’t trying to be louder than other Layer 1 blockchains. It’s trying to be correct. Built as a Web3 Genesis Cloud, Endless supports autonomous applications, AI native systems, and long lived financial infrastructure. To achieve this, it chose Move as its smart contract language and MoveVM as its execution engine. This is not about rapid experimentation. It’s about safety, determinism, and minimal human intervention. Unlike traditional scripts, smart contracts on Endless are Move modules permanent on chain state machines that define rules, ownership, and asset behavior. Once deployed, a module becomes law, not suggestion. Users invoke predefined transitions in a tightly controlled system, making contracts predictable and resilient. At the heart of Move is resource oriented programming. Assets are treated as first class objects with strict rules: they cannot be copied, implicitly destroyed, and must always have a clear owner. Transfers are explicit movements of ownership enforced by the compiler. The result: double spending is impossible, phantom balances cannot exist, and accidental asset loss is drastically reduced. Security in Move is compile time enforced, not runtime hoped for. Illegal states are unrepresentable, ownership rules are enforced automatically, and unsafe logic is rejected by the compiler. Developers don’t remember to protect assetsthe language enforces it. Execution on MoveVM is deterministic and parallel. Every validator produces the same state for the same input, and non conflicting transactions execute in parallel. Endless scales without shortcuts, delivering high throughput and low latency while preserving correctness. Access control is also structural: only the module defining a resource can destroy it, privileged functions require explicit signer authority, and permissions are encoded at the type level. This eliminates accidental admin abuse and hidden control paths. Endless embraces immutability by default. Upgrades are explicit, versioned, and transparent, preventing silent logic changes or proxy abuse. Smart contracts are stable foundations, not mutable experiments. Formal verification via Move tooling allows developers to mathematically prove critical properties: asset supply limits, vault safety, and escrow correctness. This is essential for financial primitives, autonomous vaults, and AI managed systems where humans cannot constantly intervene. Move contracts are AI native: deterministic, predictable, and resistant to edge case exploits. AI agents can interact safely, manage assets autonomously, and execute strategies reliably. @EndlessProtocol is building infrastructure where intelligent agents operate continuously and securely. As Web3 shifts from speculation to infrastructure, protocols must run silently but correctly. Contracts must outlive their creators, autonomous logic must resist manipulation, and AI agents must operate on trusted foundations. Endless’s Move smart contracts are designed for this future quiet, strict, and resilient. Endless Protocol didn’t choose Move because it was trendy. It chose Move because value deserves protection. By combining resource oriented programming, deterministic execution, parallel scalability, formal verification, and AI native architecture, Endless builds contracts that are trustworthy by construction. In a noisy ecosystem, Endless proves that restraint is not weakness it’s power

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掷出你的第一枚链上骰子，成为Endless生态的共建者！ 叼毛们，丢过骰子吧？那种攥在手里、心跳加速、掷出后一切悬念揭晓的感觉？现在，我们把这种最原始的兴奋，搬到了区块链上。 来认识一下 Endless Dice。Endless Dice 是建立在 @EndlessProtocol 公链上的首款链上骰子游戏，它不仅仅是一个让用户通过简单猜测大小或点数来赢取 $WEDS/ $EDS 代币的娱乐应用，更是整个 Endless 生态当前关键的“链上活力发动机”。 玩法说明： 它非常简单：用你手里的 $WEDS（或未来的 $EDS）下注，选择1到50倍的乘数，猜大小或是精准点数，然后，掷出命运之骰。赢了，智能合约立刻按1.95倍或5.8倍的高赔率，把奖励自动打到你钱包；输了，也不过是游戏的一部分。每日还有1000 $EDS的奖池，奖励给最厉害的玩家。它就是一个纯粹的、好玩的、规则透明的链上骰子游戏。 git：github.com/Treasuredong/E… 你可能想问，为什么要在 Endless 链上做一个游戏？ 原因很直接：一条链要活起来，光有技术不够，还得有人气，有烟火气。 目前 Endless 生态就像建好了一个非常先进的新城区，但街上人还不多，大家手里的代币 $EDS 除了持有，缺少一个有趣、高频的使用和赚取场景。链上数据需要真正的活动来滋养。 所以，我构建 Endless Dice，就是想打造 Endless 链上的第一个“活力发动机”和“社交游乐场”。 它的重要性就在于此： 它创造真实的“需求”与“流动”。游戏会直接消耗 $WEDS/$EDS，并为赢家创造收益。这种“输-赢”循环，是代币经济最自然的流通方式，能把“沉睡”的资产激活，让价值在玩家、奖池、生态间持续流动起来，为整条链注入最宝贵的活性。 它是最直观的“用户体验入口”。与其告诉用户 Endless 技术多厉害，不如让他们通过一把游戏亲自感受：秒级交易确认、近乎零的Gas费、丝滑的钱包体验。Endless Dice 就是 Endless 链性能的 “体验店” ，让用户在玩乐中自然而然地接受并留在这个生态里。 构建生态的“内核社区”。游戏，尤其是带有排行榜和奖池的游戏，能快速凝聚起一批最活跃、最忠实的用户。这些玩家天然就是 Endless 生态的早期支持者和高粘性用户，他们将成为生态后续发展最坚实的基础和传播者。 简单说，Endless Dice 不止是游戏，它是给 Endless 生态点燃的第一把火。 我希望通过它，让冷冰冰的链上数据，变成火热滚烫的玩家心跳； 让闲置的代币，成为追求运气与技术的筹码。我想证明，在这条充满潜力的新链上，不仅能构建复杂的协议，更能诞生简单纯粹的快乐，以及一个由所有玩家共同支撑起的、活跃的经济循环。 现在，骰子已经备好。你，准备好来 Endless 链上，掷出你的第一把，并成为这里最早一批的“开拓玩家”了吗？ 让我们一起，让这条链，变得更好玩、更热闹。🎲 快来体验，查看你的运气值，顺便赚取第一桶 $EDS！ @EndlessDevTeam #EndlessDev

@EndlessProtocol This is really interesting, having sponsored transactions fully on-chain feels way more secure and transparent. Plus, no more risks from centralized servers going down. Curious to see how the protection works to keep the gas pool from being drained too fast.