Headline: AIOZ Pin tackles “digital decay” with DePIN-powered IPFS layer to keep Web3 files online
The web is fragile. A 2024 Pew Research Center study found that 38% of pages that existed in 2013 are now gone — a problem often called digital decay that erases cultural and historical records. AIOZ Pin, a distributed IPFS-based data layer built on a decentralized physical infrastructure network (DePIN), says it has a fix: a community-run storage mesh that aims to keep Web3 files permanently available.
How it works
- Anyone with spare disk space and bandwidth can run an AIOZ Pin node, contributing real storage capacity and earning potential token rewards.
- Files are chunked, addressed with Content Identifiers (CIDs) — cryptographic IPFS addresses — and replicated across many independent nodes rather than living on a single server. That removes single points of failure and creates multiple backups that can pick up the slack during outages or traffic spikes.
- Nodes must provide cryptographic proofs that data are actually being stored, giving applications verifiable assurances about persistence.
Scale and performance
AIOZ Pin says its DePIN now spans more than 300,000 contributor devices across 198 countries. Founder and CEO Erman Tjiputra argues that replication across this distributed mesh keeps latency low and preserves usability: “Instead of treating persistence as an afterthought, AIOZ Pin makes permanence, verifiability, and cost efficiency part of the infrastructure,” he said. “It anchors the content, metadata, and digital records that Web3 applications rely on.”
Real-world use cases
Tjiputra and the team point to immediate applications where guaranteed persistence matters:
- NFT artwork and metadata — ensuring collectibles remain viewable and verifiable long-term.
- Protocols and DAOs — preserving governance archives and records for future audits or disputes.
- AI agents — enabling autonomous systems to store prompts, configurations, knowledge bases, and execution logs for long-term memory and verifiability without centralized backends.
Censorship resistance and developer tools
AIOZ emphasizes that the DePIN model boosts censorship resistance and tamper-evidence: because content is distributed across independent operators, no single actor can quietly unhost or alter data across the network. To accelerate adoption, AIOZ has released SDKs and APIs so developers can plug the persistence layer into apps without rebuilding storage stacks.
Ecosystem context
AIOZ Pin is part of the broader AIOZ Network, which combines a streaming service, decentralized storage, and a platform for bringing AI tools into Web3. As more nodes and assets join, the project envisions itself as “the archive of a people-powered internet.” “If Web3 is going to live up to its promise, the data behind it has to stay online,” Tjiputra said. “AIOZ Pin gives developers and creators a way to make that part of their architecture.”
Note: this article is a sponsored post by AIOZ Network. Learn more about partnering with Decrypt.
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