Abstract: A system and method for securing crypto-asset transactions. The method includes sharding a wallet private key such that each shard of the wallet private key is distributed to a different secure module; generating signatures by each of the different secure modules based on a respective shard of the sharded wallet private key and obtained trading platform credentials; and verifying the crypto-asset transaction when a predetermined threshold of the generated signatures are determined to match each other.

Abstract: A system and method for processing garbled circuit techniques in memory-limited environments. The method includes: initializing a plurality of input gates and a plurality of state gates; generating a circuit slice for an update function; setting the plurality of state gates as a plurality of new output-state-gates; and generating a circuit slice for a finalization function, wherein the finalization function represented by a sub-circuit, the outputs of which are terminal gates.

Abstract: A system and method for securing crypto-asset transactions. The method includes sharding a wallet private key such that each shard of the wallet private key is distributed to a different secure module; generating signatures by each of the different secure modules based on a respective shard of the sharded wallet private key and obtained trading platform credentials; and verifying the crypto-asset transaction when a predetermined threshold of the generated signatures are determined to match each other.

Abstract: A method for installing a renewable energy power generation system at a selected site, having a first database with a first group of installed power generating systems; a second database with a second group of power generating systems selected from the first group based on a location match to predetermined location parameters; a third database with a third group of power generating systems selected from the second group based on correlation match to predetermined correlation parameters; a fourth database storing operational data from the third group characterizing the power generating systems, and a fifth database with various types of power generating systems; a power generation system is selected from the fifth database that is capable of producing the averaged normalized potential power generation at the geographic proximity of the selected site. Finally the selected power generation system is installed at the selected site.