Most blockchains store data the same way: they write a hash on-chain that points to a file hosted somewhere else (IPFS, cloud storage, etc.). The issue is obvious—if that external storage disappears, the on-chain record becomes effectively useless.
Vanar’s Neutron Seeds take a fundamentally different approach. Instead of storing a reference, they compress full files into AI-readable tokens using neural networks. A 50-page legal contract or even a 4K video can be reduced into a short string, while still preserving enough semantic structure for an AI system to interpret what the original content actually contains.
This is where Vanar’s Kayon engine comes in. Kayon can read Neutron Seeds directly and act on them—meaning AI can evaluate and make decisions using data that lives fully on-chain, without relying on traditional off-chain oracles.
For example:
If you’re building a lending platform, a borrower’s credit profile (or compliance history) can be stored on-chain as a Seed. Kayon reads it, validates requirements, assesses risk, and dynamically calculates lending terms—all natively.
That’s what “AI-native” infrastructure is supposed to mean—real AI execution and decision-making built into the network itself, not just AI branding layered on top of Web3.
On top of that, Vanar is already operating at scale:
~3-second finality
Transactions for ~half a cent
12M+ transactions
1.5M addresses
Achieved in under 18 months
They started as an NFT-focused project, pivoted into enterprise-grade infrastructure, and are now building something that could become genuinely important as autonomous agents begin managing real-world value and digital assets.
If you believe the agent economy is coming, Vanar is worth keeping on your radar.