Storage that answers
to you, not the cloud.
Sovereign decentralized storage. End-to-end encrypted, Reed-Solomon erasure coded, and anchored to a Substrate chain. Your files, on a network you can verify.
Engineered in Palestine · Built for the world
Storage primitives, rebuilt for sovereignty.
Every byte you write is chunked, encrypted, erasure-coded, and distributed before it leaves your device. Verifiable end-to-end.
End-to-end encryption
Files are encrypted client-side before they are chunked. Keys never leave your device — we cannot read your data.
Reed-Solomon 6+3
Every file sharded into 6 data + 3 parity chunks and spread across the network. Lose any 3 shards, recover the whole file.
Cryptographic proofs
Blake3-anchored Merkle trees prove your data is exactly what you stored. Storage operators submit proofs on-chain.
mTLS node mesh
Operators authenticate each other with mutual TLS. Every shard transfer is encrypted in flight — no plaintext on the wire.
On-chain governance
Network policy, pricing, and slashing live in Substrate pallets. Operators stake, vote, and earn — no admin committee.
Self-healing pipeline
The network monitors shard health, re-replicates from parity, and rebalances on node churn. Failure happens; you do not notice.
From your device to a verifiable network.
Encrypt & chunk
Files are encrypted on your device and split into 1 MB chunks. Each chunk gets a Blake3 CID and a Merkle leaf.
Erasure-code & distribute
Chunks are Reed-Solomon encoded into 6 data + 3 parity shards and round-robined across healthy peers via Kademlia.
Anchor & prove
Storage operators submit Merkle proofs to a Substrate chain. You hold the CID. The chain holds them accountable.
One network. Every surface.
Wallet on web. Sync on desktop. Capture on mobile. Operate a node from the CLI. Same files, same keys, same network.
Web
Browser
Desktop
macOS · Windows · Linux
Mobile
iOS · Android
CLI & node
Storage operator
Storage shouldn't ask for permission.
The testnet is live. Spin up a node, push a file, or build on the SDK.