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ZephCraft

ZephCraft

The shared storage grid — every device contributes spare disk into one content-addressed pool that replicates only what matters

ZephCraft is Craftec's infrastructure network: a decentralized storage, database, and compute grid built from the spare disk of ordinary devices. It is not a blockchain, not a token, and not a rented cloud — it's a grid, in the electricity sense: you draw from it, you contribute to it, and the network keeps alive exactly what is needed.

The network is running. A live cluster stores, replicates, heals, and serves real data today — real numbers at zeph.craft.ec.

The idea in one line

Every device contributes spare disk into one content-addressed pool that replicates only what matters.

Redundancy is engineered to need from three independent knobs:

replication ≈ durability floor + live demand + intentional pins
  • Floor — erasure coding: content is split into coded pieces so it survives losing most of its holders, at a fraction of full-copy replication's cost.
  • Demand — providers are recruited where there is measured traffic, and shed when demand fades.
  • Intent — anyone can pin content (a guaranteed anchor) or want it (a keep-alive vote without holding it).
  • The fade — content nobody pins, wants, or fetches is allowed to disappear. That's a feature: the network never pays to keep garbage alive.

How it compares

Redundancy modelThe catch
BitTorrentAccidental — whoever happens to be onlineWasteful and fragile: dies when the last seed leaves
The cloudHidden in a rented data centerYou don't own it, you pay forever, one company can revoke it
BlockchainsTotal — every node stores everythingMore nodes ≠ more capacity
ZephCraftEngineered to needMore nodes = more capacity. Distribution, not replication

More than storage

ZephCraft is a full data-infrastructure vertical, all layers live on the network today:

  • Storage — content-addressed objects, self-healing erasure coding, demand-driven lifecycle
  • Database — CraftSQL: real SQLite databases stored as content-addressed pages, durable and recoverable from the network
  • Compute — sandboxed WASM programs with capability-scoped access to storage and SQL
  • Registry & governance — a durable, owner-signed name registry and a multisig governance chain
  • Architecture — identity, transport, membership, routing
  • Run a node — one binary, any device
  • FAQ — honest answers, including what's not built yet

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