Storage that answers
to you, not the cloud.
Cloud storage is a rented apartment: you pay every month, forever, and you never own the place. ByrdDrive is somewhere you own. Encrypted end to end, spread across drives you control, verifiable on-chain. Your files, on a network you can verify.
Built for the world
Your team's work, on infrastructure you own.
Files, folders and sharing that work the way you expect. Invite your team, set roles, keep every project in its own space, without handing any of it to a cloud vendor.
Your files,
yours alone
Upload, preview, and organise. Share a link when you want to, and nothing when you don't. Encrypted, on infrastructure you control.
Teams and projects,
one private workspace
Company memory,
owned by you
Everything your team builds compounds into an organizational memory that stays yours, not a vendor's.
Closed beta · by invitation
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, with no plaintext on the wire.
On-chain governance
Network policy, pricing, and slashing live in Substrate pallets. Operators stake and vote on how the network is run. 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
Cloud storage that pays for itself.
Share the space you're not using. Get cloud storage in return.
Buy it once
Up to 4 TB on your desk. No subscription.
Lend what’s idle
Only encrypted fragments. Never a readable file.
Get storage back
Your own cloud, covered by space you weren’t using.
Your private cloud. Your data. Your models.
A private cloud your company actually owns. Every file end-to-end encrypted and under your control, never a third party's. The excess storage hardware you already paid for gets put to work instead of sitting idle. And the intelligence your team generates every day stays in-house.
Own your data
Sovereign, self-hosted, end-to-end encrypted. Your files never leave infrastructure you control, 100% yours, verifiable on-chain, answerable to no cloud vendor.
Idle hardware, put to work
Spare capacity on servers and drives you already own gets pledged to the network instead of sitting idle. Capacity you’re already paying for, finally doing something.
Company Brain
Every AI session your team runs (the context, the memory, the fine-tuned models) is captured and owned by you. The learning your employees produce compounds inside your company, not a vendor’s.
Storage shouldn't ask for permission.
The testnet is live. Spin up a node, push a file, or build on the SDK.