Abstract: A system provides automated resource transfer processing using a distributed server network. In particular, the system may comprise a distributed database of data records relating to resource transfers which may be accessible by authorized users and/or entities. The distributed database may further comprise executable code which may be submitted and/or approved by the authorized users and/or entities before being deployed to the distributed database. Once deployed, the system may automatically execute the executable code upon detecting the existence of certain triggers, thereby enabling the system to efficiently resolve the steps in the resource transfer process on behalf of multiple disparate entities.

Abstract: A system provides automated resource transfer processing using a distributed server network. In particular, the system may comprise a distributed database of data records relating to resource transfers which may be accessible by authorized users and/or entities. The distributed database may further comprise executable code which may be submitted and/or approved by the authorized users and/or entities before being deployed to the distributed database. Once deployed, the system may automatically execute the executable code upon detecting the existence of certain triggers, thereby enabling the system to efficiently resolve the steps in the resource transfer process on behalf of multiple disparate entities.

Abstract: A system provides for computing resource valuation using a graphics processing unit-based discrete Fourier transform algorithm. The system may, via DFT, transform resource valuation equations into their constituent operations, which may in turn be resolved in parallel using a multi-core graphics processing unit. In this way, the system may allow for highly expedient and efficient resolution of resource valuation calculations.