Now, Endless is hard at work building Agents to push our goals even further.
This could mean more than just simplifying Web3—the launch will inject fresh vitality into the ecosystem.
Who knows, we might even end up with an AI-powered community?
The concept of an intelligent bridge to Web3 can enhance connectivity and interoperability within decentralized ecosystems. I believe that our solutions focusing on seamless user experiences and accessibility will play a crucial role in driving mass adoption of Web3 technologies. 🚀
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.
Strong ecosystem progress is driven by builders.
Thanks for all contributions to Endless developer resources. These refinements boost accessibility for every new developer entering the stack.
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: https://t.co/DqhPAsMiUI
update detail link: https://t.co/GOuOQLbWCE
@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
AI Agents Are Coming But They Have a Trust Problem
We are moving from “AI you talk to” to “AI that acts on your behalf.”
AI agents will manage assets, execute transactions, coordinate tasks, and make decisions for users.
But this shift introduces a critical question:
Who controls the agent?
Who owns the data?
Who can shut it down?
If the answer is centralized entities, then the AI future is already broken.
This is where the Endless architecture comes in and why $EDS is positioning itself as the foundational “Brain” for Web3.
The Centralization Trap
Most AI agents today live on centralized infrastructure such as AWS or Google Cloud.
That means they can be censored, de-platformed, modified, or disabled at any time.
A personal AI assistant should not belong to a corporation.
It should belong to the user.
True autonomy requires decentralized infrastructure.
Enter the Genesis Cloud
Endless is not just a blockchain ledger.
It functions as a Decentralized Intelligent Protocol.
It provides a decentralized cloud environment where AI models and agents can operate securely, without relying on centralized intermediaries.
This enables AI systems that are censorship-resistant, permissionless, and user-owned by design.
Move Language as the Safety Layer
AI agents move fast.
They interact with assets, data, and external systems.
That makes safety non-negotiable.
By building on the Move programming language, Endless ensures strong guarantees around asset ownership, access control, and execution safety.
This architecture reduces risks such as re-entrancy attacks and logic flaws that have plagued traditional smart contracts.
Safety is not an optional feature.
It is a requirement for autonomous systems.
The Modular, Lego-Style AI Approach
Endless uses a modular component design.
Developers do not need to build AI systems from scratch.
They can plug intelligent components directly into their decentralized applications.
This allows Web3 to become incrementally smarter, one component at a time, without sacrificing security or decentralization.
AI becomes composable infrastructure, not a black box.
The User Experience Revolution
The Endless vision focuses on zero friction.
Account abstraction removes the need for seed phrases.
High throughput enables fast, responsive interactions.
AI integration feels native rather than bolted on.
For the first time, Web3 applications can feel as smooth and intuitive as modern mobile apps.
The Bigger Picture
The future is not just blockchain.
And it is not just artificial intelligence.
It is the convergence of both.
Endless is building the infrastructure for an internet that is intelligent, autonomous, censorship-resistant, and owned by its users.
The AI revolution will be decentralized.
Explore the ecosystem: https://t.co/6d7FkalfQZ
Great deep dive into the $NUSD! 📖
We appreciate the community’s deep understanding of the synergy between $NUSD and $EDS. This Super Connector model is the cornerstone of the Endless roadmap. We are meticulously working on these protocols to ensure that when the vision goes live, it provides the solid value-capture community members deserve.
The future of the Endless economy is being built one block at a time. 💎
We know our on-chain infra and dev community aren't fully dialed in yet, but I truly believe these ideas are the seeds that'll sprout into a thriving future.
https://t.co/5622MmN2mO
Led by the Endless global team, we are honored to have completed the Sabma-Labs project with @UniOfSurrey .
Surrey x Endless Lab provides a low-code workflow creation environment tailored for developers in the Endless ecosystem.
It integrates custom components designed for the Endless blockchain and the Luffa chatbot, as well as AI agents to help users rapidly build creative and functional workflows.
To avoid additional Gas fee losses, the strategy we are adopting at this stage is basically the same as that of Aptos and Sui.
The most important aspects are access control and external calls only. This is an effective strategy for screening sponsored users and can prevent unrelated interfaces from enjoying Gas sponsorship at the same time.
Of course, we are also currently exploring other traditional Gas Station strategy patterns, especially simulated transactions and Gas fund management.
It's actually a balance between efficiency and security.
@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.
On September 4, 2025, Endless-Luffa took part in a high-level symposium at the House of Lords in London, co-hosted by our Senior Advisor @AmjadSuleman
, entrepreneur @1AbbasKazmi , and Lord Taylor of Warwick @Lord_ofWarwick .
Themed “Innovation, Sustainability & Technology – Catalysing International Collaboration & British-Arabian Innovation Corridors for Artificial Intelligence,” the event focused on AI’s future, sustainable development, and cross-border innovation.
Our Board Member Professor @yxiong2000 , as the Guest of Honour, delivered a keynote on blockchain advancements and commercial opportunities, emphasizing our commitment to innovation and global partnerships.
The symposium brought together experts and representatives from diverse fields, including the Saudi Founders Forum and Forbes 30 Under 30, to discuss AI policy, sustainable innovation, and international collaboration.
This engagement underscores our dedication to contributing to the global AI and blockchain dialogue and bridging the UK, MENA, and international innovation ecosystems.
For a long time to come, it will revolve around Google. As for subsequent developments... we are not certain.
But in line with our overall ecosystem development strategy, it might possibly focus on Luffa, an entertainment and social platform, and integrate with some traditional entertainment software.
You will soon see collaborations between Luffa and some traditional entertainment giants.
You may know the concept of Endless Keyless. But if you want to develop and apply it, you need to understand more about its structure.
Let's dive in it.🧵
Your question is very interesting, as it directly points to the direction of our subsequent iterations for the Keyless feature.
Regarding scalability, this is indeed a major challenge for us at the moment. It not only needs to meet the simultaneous compatibility of multiple operating platforms but also has to keep up with the update frequency of these platforms. We are currently finding it quite difficult to achieve this.
Therefore, our current solution is to prioritize the satisfaction of a few highly scalable endpoints in strong ecosystem areas (such as Google). After ensuring good operation within a large ecosystem, we will then extend to other ecosystems in a synchronized manner.
📌Key Features of Keyless Accounts
✅Convenient Login: Users can directly access Web3 applications using their existing social media accounts.
✅Easy Recovery: No need to worry about losing keys or mnemonic phrases.
✅Multi-Device Access: Users can easily manage their accounts on any device.
You can visit https://t.co/Ar8hKUu6Nw to experience the features of Keyless accounts.
📌Why ZK proofs
The reason for introducing zero-knowledge proofs in the signing process is that the transaction verification of Keyless accounts relies on JWT information.
However, directly uploading JWT information to the blockchain may lead to the leakage of user privacy. Therefore, Endless adopts zero-knowledge proof technology to avoid putting JWT on the chain while ensuring the validity of transaction signatures through zero-knowledge proofs.
Specifically, the zero-knowledge proof of knowledge (ZKPoK) mechanism allows verifiers to validate the validity of the transaction signature \( \sigma_{\text{txn}} \) without exposing the specific content of the JWT.