A method including: selecting underlying compute data for provision to a distributed ledger technology based data construct; encrypting the underlying compute data, the underlying compute data encrypted in accord with a homomorphic encryption scheme, and the homomorphic encryption scheme to generate homomorphic compute data; determining a compute party associated with the DLT-based data construct, the compute party selected to cause performance of one or more processing operations on the homomorphic compute data, and the one or more processing operations performed without concurrent decrypted access to the underlying compute data; encrypting the homomorphic compute data with a public key, the public key associated with an originating party, and the public key to generate secured homomorphic compute data; causing the secured homomorphic compute data to be added to a current block of the DLT-based data construct, the adding to the current block of the DLT-based data construct to effect a controlled share of the homomorphic compute data with the compute party, and addition of the secured homomorphic compute data to the current block including: generation of a previous hash of a previous block; placement of the previous hash and the secured homomorphic compute data in the current block; and addition of the current block to the DLT-based data construct; authorizing access, by the compute party, to the homomorphic compute data, the access authorized by decrypting the secured homomorphic compute data; and receiving homomorphic processed data, the homomorphic processed data generated by performing the one or more processing operations on the homomorphic compute data by the compute party. selecting underlying compute data for provision to a distributed ledger technology based data construct; encrypting the underlying compute data, the underlying compute data encrypted in accord with a homomorphic encryption scheme, and the homomorphic encryption scheme to generate homomorphic compute data; the underlying compute data encrypted in accord with a homomorphic encryption scheme, and the homomorphic encryption scheme to generate homomorphic compute data; determining a compute party associated with the DLT-based data construct, the compute party selected to cause performance of one or more processing operations on the homomorphic compute data, and the one or more processing operations performed without concurrent decrypted access to the underlying compute data; the compute party selected to cause performance of one or more processing operations on the homomorphic compute data, and the one or more processing operations performed without concurrent decrypted access to the underlying compute data; encrypting the homomorphic compute data with a public key, the public key associated with an originating party, and the public key to generate secured homomorphic compute data; the public key associated with an originating party, and the public key to generate secured homomorphic compute data; causing the secured homomorphic compute data to be added to a current block of the DLT-based data construct, the adding to the current block of the DLT-based data construct to effect a controlled share of the homomorphic compute data with the compute party, and addition of the secured homomorphic compute data to the current block including: generation of a previous hash of a previous block; placement of the previous hash and the secured homomorphic compute data in the current block; and addition of the current block to the DLT-based data construct; the adding to the current block of the DLT-based data construct to effect a controlled share of the homomorphic compute data with the compute party, and addition of the secured homomorphic compute data to the current block including: generation of a previous hash of a previous block; placement of the previous hash and the secured homomorphic compute data in the current block; and addition of the current block to the DLT-based data construct; generation of a previous hash of a previous block; placement of the previous hash and the secured homomorphic compute data in the current block; and addition of the current block to the DLT-based data construct; authorizing access, by the compute party, to the homomorphic compute data, the access authorized by decrypting the secured homomorphic compute data; and receiving homomorphic processed data, the homomorphic processed data generated by performing the one or more processing operations on the homomorphic compute data by the compute party.