Abstract: Systems, methods, and apparatuses are described for providing a holistic data management platform. A computing device may receive different sets of data from different third-party data providers. The computing device may then process that data and store it in a distributed database. That data may be encrypted and/or tokenized. A relationship graph may be generated by processing entities indicated in the stored data. For instance, a relationship type may be identified based on properties of entities indicated by different sets of data stored in the distributed database. That relationship graph may be stored and updated based on new data. A failover of a primary cluster of the distributed database my cause performance of an automatic detach-and-promote process, whereby the relationship graph may be provided by a promoted secondary cluster.

Abstract: Systems, methods, and apparatuses are described for providing a holistic data management platform. A computing device may receive different sets of data from different third-party data providers. The computing device may then process that data and store it in a distributed database. That data may be encrypted and/or tokenized. A relationship graph may be generated by processing entities indicated in the stored data. For instance, a relationship type may be identified based on properties of entities indicated by different sets of data stored in the distributed database. That relationship graph may be stored and updated based on new data. A failover of a primary cluster of the distributed database my cause performance of an automatic detach-and-promote process, whereby the relationship graph may be provided by a promoted secondary cluster.