Distributed ledger for generating and verifying random sequence

A method, comprising:

• identifying, by a node in a blockchain network incusing a plurality of nodes, authorized bits of an initial seed that are uniquely allocated to a block stored in a distributed ledger accessed by the plurality of nodes, wherein the block corresponds to the node and the authorized bits are to be modified only by the node;
• modifying, by the node, the authorized bits of the initial seed and encrypting the modified authorized bits using an encryption key of the network node;
• and
• storing, by the node, the encrypted authorized bits in a block of the distributed ledger that includes a block of authorized bits updated by at least one other node,
• wherein a final seed is capable of being assembled using the authorized bits modified by the node and other authorized bits modified by at least one other node stored in the distributed ledger;
• wherein a random sequence value is generated based on the final seed value and the generated random sequence value is stored in a block of the distributed ledger.

A non-transitory computer readable medium comprising one or more instructions that when executed by a processor of a node in a blockchain network comprising a plurality of nodes causes the processor to perform:

• identifying authorized bits of an initial seed that are uniquely allocated to a block stored in a distributed ledger accessed by the plurality of nodes, wherein the block corresponds to the node and the authorized bits are to be modified only by the node;
• modifying the authorized bits of the initial seed and encrypting the modified authorized bits using an encryption key of the network node;
• and
• storing the encrypted authorized bits in a block of the distributed ledger that includes a block of authorized bits updated by at least one other node,
• wherein a final seed is capable of being assembled using the authorized bits modified by the node and other authorized bits modified by at least one other node stored in the distributed ledger;
• wherein a random sequence value is generated based on the final seed value and the generated random sequence value is stored in a block of the distributed ledger.