Partitioning data across shared permissioned database storage for multiparty data reconciliation

A system comprising:

• an execution platform comprising a plurality of processors;
• a database comprising a plurality of separate database instances, wherein the database stores a version of a shared permissioned ledger across the plurality of separate database instances, and wherein each of the plurality of separate database instances is assigned to one client of a plurality of clients, and wherein storage resources across the plurality of separate database instances are independently scalable from the plurality of processors on the execution platform;
• a cloud computing processor that manages the execution platform and the database;
• wherein a first portion of the plurality of processors execute instructions for ingesting data to be stored on the database;
• wherein each of the first portion of the plurality of processors is incorporated in a virtual private cloud with a handshake to one client of the plurality of clients;
• and
• wherein each of the first portion of the plurality of processors comprises a high throughput pipe in communication with a load balancer that executes a stateless Application Program Interface (API) for automatic scaling and load balancing;
• wherein the plurality of processors of the execution platform comprises a first processor that executes settlement instructions for a first client and a second processor that executes settlement instructions for a second client;
• and
• wherein the first processor and the second processor are independent of one another to reduce latency and increase information security for data processing performed by the system.