KYC registration for AI Alignment Node owners is live. Verify your identity through the official 0G Alignment Node Portal to enable secure and compliant participation in advancing decentralized AI with 0G. Begin the process here:

RT @0G_labs: Attention all AI Alignment Node owners. KYC registration is live. Verify your identity through the 0G Alignment Node Portal t….

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0G’s approach to network consensus and task verification is purpose-built to mirror, and support, the real-world diversity of AI infrastructure and utility. We’re making AI a public good.

Proof of Inference (0G Compute Network). 0G uses PoI to verify that compute nodes actually performed the machine learning tasks they claim to have completed. This validates everything from model training to real-time AI inference in a decentralized environment. The system.

Proof of Random Access (0G Storage). Prevents storage nodes from lying about the data they store by requiring them to quickly access random pieces of stored data. The system rewards honest storage providers through a competitive mining process.

Within 0G’s modular infrastructure, consensus mechanisms handle transaction ordering and finality, network coordination, state transitions, and economic security through staking. Verification mechanisms handle proving specific claims (storage, computation, inference),.

0G's approach unlocks new possibilities for scalability, performance optimization, and system resilience. ⚙️ Task-specific optimization: every workload is verified through its optimal, task-specific mechanism. ∞ Infinite scalability: parallel consensus processing across.

0G's consensus approach is built on:. 1️⃣ Shared Staking: Multiple consensus networks use the same staking status to maintain security while scaling. 2️⃣ Specialized Consensus: Components can use different consensus protocols optimized for their specific requirements.

A new reality is emerging: there is no single consensus mechanism that can perfectly handle every individual component of a full-stack AI ecosystem. That’s why 0G is built around a multi-consensus architecture. Let’s take a closer look at how this works ↓

Here’s what our Guild on 0G projects have to look forward to: .➕ Capital and Launch Support.➕ Community Reach and Brand Amplification.➕ Technical Mentorship and Priority Access.➕ Strategic Guidance and Real-World Expertise. Read before applying 👇.

Fine-tuning is just the beginning. 0G is evolving into a full-stack operating system for decentralized AI, and we will continue to refine our infrastructure and user interfaces. Stay tuned for more.

0G Fine-tuning works in 4 steps:.1️⃣ Providers offer secure fine-tuning services.2️⃣ Customers verify and fund tasks.3️⃣ Task creation and exection occurs through 0G.4️⃣ Secure retrieval and settlement. For details, read our blog post ↓.

0G Compute Network blends TEEs, robust on-chain settlement, and flexible orchestration. Customers can confidently upload data and scripts, pay only for the services used, and retrieve models securely. Providers can offer transparent, profitable, and scalable services without

Currently, traditional approaches that rely on centralized providers or fragmented infrastructures often lack transparency, can limit flexibility, and may lead to uncertainty around costs and data privacy. Here's how the 0G Compute Network solves this ↓.

As AI models become more sophisticated, the demand for secure, cost-effective, and high-performance fine-tuning solutions grows. The 0G Compute Network brings customers and providers together under a single, trustless, and verifiable framework for fine-tuning. 🧵👇

Let’s make AI a public good. Read more about Testnet Galileo ↓.

Inference workloads. Modular memory systems. Autonomous economic actors. These are the primitives that define the next generation of onchain computation. As other layers of the 0G stack continue to set new benchmarks, Galileo ensures that 0G’s base chain can keep up.

There’s 4 key things you should do. 1. Get new test tokens through the Galileo faucet → 2. Configure your wallet using the new network configuration details.3. Redeploy your contracts on Galileo.4. Track your onchain activity →

Since Galileo is a clean deployment, there’s no bridge or state migration from Testnet Newton. Check out the documentation ↓.

You can look forward to. ➕ Massive performance gains.➕ Smarter EVM.➕ Evolvable architecture.➕ Smart contract-based validator delegation.➕ Enhanced Security & Faucet Reliability.➕ Seamless 0G integration.