We leverage browser-bound encryption routed through immutable chain infrastructure. No backdoors. No trust required.
Before any data leaves your machine, T.A.L.A. slices your file into chunks and encrypts it locally.
The encrypted chunks are distributed across a matrix of decentralized storage nodes.
A cryptographic hash acts as a time-lock condition anchored to the Polygon network.
function unlockPayload(uint256 vaultId) external returns (bytes32) {
Vault memory v = vaults[vaultId];
// ENFORCE TEMPORAL LOCK
require(block.timestamp >= v.unlockTime, "ERR_STILL_SEALED");
// BROADCAST RESOLUTION
emit KeyFragmentReleased(vaultId, v.shards);
return v.merkleRoot;
}Key shards re-combine in a decentralized enclave automatically when time elapses.
The smart contract validates the temporal passage or specific multisig trigger.
Node guardians return the key fragments once the contract emits the unlock event.
Fragments combine locally in the recipient's browser to restore the original asset.