Systems and methods for platform independent secure customer data migration

A system for platform independent migration of secure customer data, comprising:

• a first data storage, wherein the first data storage includes a first database schema and a first access language;
• a second data storage, wherein the second data storage includes a second database schema and a second access language, wherein the first data storage is distinct from the second data storage, the first database schema is distinct from the second database schema, and the first access language is distinct from the second access language;
• a translation controller that establishes optimum execution of first data storage access by parsing a set of queries using an optimization component and analyzing interdependencies to reduce query processing time and resource utilization;
• analyzes the set of queries in the first access language and generates a hierarchical representation of the set of queries to define the structure of the first access language;
• encodes the set of queries into encoded data in the second access language associated with the second data storage;
• analyzes the encoded data in the second access language and generates a hierarchical representation of the encoded set of queries to define the structure of the second access language;
• obtains additional second data storage information and combines the hierarchical representation of the encoded data in the second access language to generate a translated set of queries in the second access language;
• and
• sends the translated set of queries in the second access language to a data encoding interface to execute the migration of secure customer data from the first data storage to the second data storage.

A synchronization server for platform independent migration of secure customer data from a first data storage to a second data storage, the server comprising:

• a translation controller that:
• establishes optimum execution of a first data storage access by parsing a set of queries in a first access language using an optimization component and analyzing interdependencies to reduce query processing time and resource utilization;
• analyzes the set of queries in the first access language and generates a hierarchical representation of the set of queries to define the structure of the first access language;
• encodes the set of queries into encoded data in a second access language associated with the second data storage;
• and
• analyzes the encoded data in the second access language and generates a hierarchical representation of the encoded set of queries to define the structure of the second access language;
• obtains additional second data storage information and combines the hierarchical representation of the encoded data in the second access language to generate a translated set of queries in the second access language;
• and
• an authentication controller that:
• receives a request for secure customer data from the first data storage or second data storage;
• obtains an authentication factor for the request for secure customer data, wherein the authentication factor includes details specifying where the request for secure customer data is trying to access;
• and
• determines if the request for secure customer data requires accessing the first data storage or the second data storage based on evaluating the obtained authentication factor.