AIOZ Pin Knowledge Hub
Persistent data plays a critical role in decentralized applications. From distributed storage to pinning mechanisms, ensuring that files remain available is fundamental for building reliable systems. Here we explore the technologies and practices that help developers manage and maintain decentralized data.
Explore how pinning, distributed storage, and decentralized infrastructure work together to keep data reliably available.
Go to AIOZ PinLatest from AIOZ Pin
The newest guides, updates and reports about AIOZ Pin and related infrastructure across the AIOZ ecosystem.
Content Moderation on IPFS: What Actually Happens
Pinning services can remove their own copy of a file. They cannot remove it from IPFS. Here is exactly what a takedown does and does not accomplish.
IPFS Transports: TCP vs. QUIC Explained
libp2p connections can run over more than one transport. Here is exactly what changes with QUIC instead of TCP, and why IPFS dials both at once.
GossipSub: How IPFS's PubSub Layer Actually Works
The DHT answers who has a CID. GossipSub answers a different question: how do peers push real-time updates to everyone listening, without a lookup at all.
All
IPFS
Case Studies
Announcement
How AIOZ Pin Billing Works: Storage, Bandwidth, Pins
AIOZ Pin billing runs on flat per-TB rates and a wallet balance, not subscription tiers. Here is exactly how storage, bandwidth, and pins get charged.
Getting Started with the AIOZ Pin Node.js SDK: A Guide
A hands-on guide to the AIOZ Pin Node.js SDK: the correct install command, pinning files and NFTs, checking pin status, and every method with real code.
AIOZ Pin for Developers: API, SDK, and CLI Explained
AIOZ Pin for developers means 8 API sections, a Node.js SDK with 14 methods, and a CLI tool. See how scoped API keys tie all three together for real projects.
IPFS Pinning Service API: What It Is, Why It Matters
The IPFS Pinning Service API is a shared standard for pinning providers. Here is what it defines, and how AIOZ Pin and Pinata both implement it the same way.
Best NFT.storage Alternatives in 2026 (Featuring AIOZ Pin)
4 real NFT.storage alternatives, AIOZ Pin, Pinata, Filebase, and Lighthouse, compared on price and features after NFT.storage stopped new uploads in 2024.
How AIOZ Pin Works: Pinning, Gateways, and NFT Tools
AIOZ Pin runs on three parts: Files Pinning, NFT Management, and Premium Gateways. Here is how each actually works, with real 2026 pricing and API details.
How to Pin an ERC-8004 Registration File on AIOZ Pin
A step-by-step guide to pinning an ERC-8004 registration file to IPFS with AIOZ Pin, then registering the resulting CID as an AI agent on-chain identity.
What Is ERC-8004? The AI Agent Trust Standard, Explained
What is ERC-8004? A Draft Ethereum standard giving AI agents a verifiable on-chain identity. Here is exactly what its three registries actually define.
AIOZ Pin for AI Agents: Storing ERC-8004 Files on IPFS
AIOZ Pin for AI agents means pinning the ERC-8004 registration file that backs an agent on-chain identity. Here is exactly how that trust layer works.
AIOZ Pin vs Pinata: IPFS Pinning Service Compared 2026
AIOZ Pin vs Pinata: AIOZ Pin bills a flat $20 per TB, Pinata bundles storage and bandwidth into tiered plans. Here is the real 2026 cost and feature breakdown.
Explore How IPFS Gateway Works Across Decentralized Networks
Learn how an IPFS gateway resolves a CID request, the difference between path, subdomain, and DNSLink URLs, and why a dedicated gateway can be faster.
Optimizing IPFS Payment Costs Through AIOZ Pin Solutions
See how AIOZ Pin's pay-as-you-go IPFS payment model works: wallet deposits, daily-prorated billing, and no fixed subscription tier to overpay for.