While the DID itself lives on-chain, more detailed information (such as public keys or service endpoints) is stored in a DID Document . The BTCR transaction can include an OP_RETURN opcode, which embeds a pointer (URI) to this document, typically stored on decentralized storage like IPFS.
Below is an extensive operational analysis of how BTCR identity processes function, how key rotations operate across the network, and the architectural trade-offs of using the Bitcoin blockchain for global identity governance. Understanding the BTCR Architecture team btcr work
: Key holders who review and approve code into the main branch. While the DID itself lives on-chain, more detailed
While the DID itself lives on-chain, more detailed information (such as public keys or service endpoints) is stored in a DID Document . The BTCR transaction can include an OP_RETURN opcode, which embeds a pointer (URI) to this document, typically stored on decentralized storage like IPFS.
Below is an extensive operational analysis of how BTCR identity processes function, how key rotations operate across the network, and the architectural trade-offs of using the Bitcoin blockchain for global identity governance. Understanding the BTCR Architecture
: Key holders who review and approve code into the main branch.