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AssigneeBeeKeeperAI, Inc.
InventorsPavan Gupta, Michael Scott Blum, Mary Elizabeth Chalk, Robert Derward Rogers, Syam Babu Malampati, Sudish Mogli, Kurian Davy Manavalan, Taljinder Kaur
Estimating the term…
Systems and methods for distributed key generation is provided. In some embodiments, a public key and a private key are generated using elliptical curve cryptography (ECC) at a group of trusted parties. In some cases, an elliptical curve digital signature algorithm may be employed. Each party also generates a commitment and a blinding factor. The blinding factor may be a randomized polynomial integer. The parties use the commitments from the other parties to validate the public keys before receipt and combining the public keys into a group/aggregate public key. Content encryption keys (CEK) are then encrypted at each of the trusted parties using these aggregate public keys to generate wrapped content encryption keys (WCEK). Private keys are sharded and a sharded private key is generated at each party using the pieces of shards received by the trusted party. Subsequently, criteria may be received that allows for the release of these sharded private keys back to a trusted environment/enclave.
A computerized method of distributed key generation for quorum-based content release in a trusted computing environment, the method comprising:
A system of distributed key generation for quorum-based content
Dependencies are inferred from the claim text.