Providers with declared capacity
Providers register capacity, regions, pricing, replication commitments, receipt keys, and stake. Consumers can evaluate the terms before opening a request.
Sigil’s storage marketplace connects provider stake, pinning agreements, funded escrow, receipts, and sampled proofs for Weave and Weft artifacts.
Work happens off-chain. Its agreement leaves a record.
Models, datasets, evidence bundles, and application assets can be too large for chain state. The storage marketplace keeps those bytes off-chain while recording the agreement to retain them and the proof material used for payment and challenges.
Providers register capacity, regions, pricing, replication commitments, receipt keys, and stake. Consumers can evaluate the terms before opening a request.
The owner identifies an artifact with its Weft root and funds a request. A provider accepts it within the configured price, capacity, and replication constraints.
Settlement checks the provider signature, exact artifact and root binding, sampled chunk proofs, and available escrow before paying the provider.
A challenge selects proof material against the committed root. The supported resolution path can restore the contract or apply suspension, slashing, and challenger rewards.
Validators check deterministic commitments and proofs. They do not fetch arbitrary model files or datasets while executing a block.
Create the required identity-bound artifact commitment and Weft root.
Open a pin request and match it with a provider under the supported terms.
Submit receipts and sampled proofs, settle accepted work, and use challenges when the agreement is contested.
The current surface is a headless protocol for provider records, pinning, settlement, and challenges. Client software and provider availability are separate parts of the end-to-end experience.
An evidence anchor records a digest and attribution. A storage contract adds a paid availability agreement, provider obligations, and proof-based settlement. An anchor alone does not pin the bytes.