Proof‑of‑Space + VDF consensus. Privacy at Layer‑1. Modular Substrate stack. We welcome voluntary early contributions to accelerate Testnet V.2 → Mainnet.
Open‑source protocol • No token sale • Utility‑only
Proof‑of‑Space + dual VDF with GRANDPA finality. Fair timing, Sybil‑resistant, energy‑efficient.
OpenZKP integrated at runtime (ZK‑ID, private DAOs, proof aggregation) — privacy at L1.
Substrate node, GUI/CLI, browser signer, Nix/Docker CI — production‑ready from day one.
Open-source L1 protocol. Utility-only token for mining & services. Community-driven development.
Not a company, fund, or public offering. No token sales, no guarantees, no financial products.
Participation is voluntary and at your own risk. Docs are informational; code governs.
Slides overview for investors
8-page executive summary
Consensus, ZK runtime, stack
Positioning & exclusions
Philosophy & principles
All links in one place
Opens in a new tab.
Farmers pre‑allocate real disk space (e.g., 1 TB) and prove it via PoSpace. When a plot qualifies, a two‑stage VDF enforces sequential compute time that cannot be parallelized or accelerated, ensuring fair leader selection and ASIC resistance.
A runtime‑integrated OpenZKP engine (SNARK‑friendly hashes: Knapsack, Rescue, Haraka) powers zk‑ID, private DAOs, mixers, and proof aggregation. Groth16/PLONK‑class circuits are supported with a path to universal setups.
BFT finality (GRANDPA) targets 2–18s with optimized ZK aggregation enabling high tx throughput. Storage throughput scales horizontally with the number of farmers; economics modeled around ~$3/TB/year HDD/SSD participation.
Ecosystem builders, infrastructure partners, and strategic contributors are welcome. Send a short intro and we’ll follow up with contribution details.
