SuperNet is the context data layer for AI -- a decentralized compute and data L1 blockchain
Why Context Matters?
Why Context Matters?
No more platform lock-in. AI learns you everywhere, but you own it nowhere. SuperNet changes that. Port your memory across apps. Set your access rules. Get paid when it's used.
PORTABLE CONTEXT
No more platform lock-in. AI learns you everywhere, but you own it nowhere. SuperNet changes that. Port your memory across apps. Set your access rules. Get paid when it's used.
OWN THE PRIVACY
Encrypted storage at the protocol level. Your data stays yours — verifiable, queryable, but never exposed. Zero-knowledge proofs for recall. Full sovereignty over semantic identity.
X IS FOR BUILDERS
Native vector compute. Programmable permissioning. Revenue-sharing primitives. The infrastructure layer for the next generation of context-aware applications.
PORTABLE CONTEXT
No more platform lock-in. AI learns you everywhere, but you own it nowhere. SuperNet changes that. Port your memory across apps. Set your access rules. Get paid when it's used.
OWN THE PRIVACY
Encrypted storage at the protocol level. Your data stays yours — verifiable, queryable, but never exposed. Zero-knowledge proofs for recall. Full sovereignty over semantic identity.
X IS FOR BUILDERS
Native vector compute. Programmable permissioning. Revenue-sharing primitives. The infrastructure layer for the next generation of context-aware applications.
Has One Problem
Every platform owns a fragment. None of them talk. You start from zero, everywhere.
SUPERNET MAKES AI DATA PORTABLE, PRIVATE AND PROGRAMMABLE.
Built for AI Memory Data. Native, not Retrofited.
So context becomes a secure, portable, revenue-sharing digital asset.
Semantic search at the protocol level. Embeddings as first-class state.
Your data stays yours, on-chain. Zero-knowledge queryable without exposure.
Cryptographic proof that memory was accessed accurately, not fabricated.
You decide who reads, who pays, who's blocked. Programmable caps for every interaction.
Inference-ready infrastructure from the ground up. No middleware, no translation layer.
Semantic search at the protocol level.
Embeddings as first-class state.
Your data stays yours, on-chain. Zero-knowledge queryable without exposure.
Cryptographic proof that memory was accessed accurately, not fabricated.
You decide who reads, who pays, who's blocked. Programmable caps for every interaction.
Inference-ready infrastructure from the ground up. No middleware, no translation layer.
The Context Compute and Data Stack
Verifiable recall receipts. Cryptographic proof your memory was retrieved accurately, with tamper-proof timestamps.
Semantic embeddings as first-class chain state. Query vectors directly without off-chain indexing.
Encrypted queryable storage. Search without exposing raw data. Zero-knowledge retrieval proofs included.
Your portable semantic identity. One credential, infinite applications. Take your memory anywhere SuperNet-integrated apps exist.
Programmable permissioning. Granular control over who accesses what, when, for how long, and for how much. Revenue-sharing built-in.
Encrypted queryable storage. Search without exposing raw data. Zero-knowledge retrieval proofs included.
Your portable semantic identity. One credential, infinite applications. Take your memory anywhere SuperNet-integrated apps exist.
Programmable permissioning. Granular control over who accesses what, when, for how long, and for how much. Revenue-sharing built-in.