Abstract: The present disclosure is directed to systems and methods for securely reflecting data from a local datastore. In one example embodiment, a user may connect local datastores to edge nodes that may facilitate communication between a third-party data management hub and the local datastores. A user operating the third-party data management hub may request to read/write certain data at the local datastores (that the user owns). Data from the local datastore may be generated in response to the request. The responsive data may be transmitted over an encrypted data session to the data management hub, where the responsive data is reflected to the user on a user interface. The responsive data is stored in a volatile memory store and not moved from the persistent memory at the local datastore. Upon termination of the encrypted data session, the volatile memory store is erased to preserve the privacy/security of the underlying data.

Abstract: The present disclosure is directed to systems and methods for securely reflecting data from a local datastore. In one example embodiment, a user may connect local datastores to edge nodes that may facilitate communication between a third-party data management hub and the local datastores. A user operating the third-party data management hub may request to read/write certain data at the local datastores (that the user owns). Data from the local datastore may be generated in response to the request. The responsive data may be transmitted over an encrypted data session to the data management hub, where the responsive data is reflected to the user on a user interface. The responsive data is stored in a volatile memory store and not moved from the persistent memory at the local datastore. Upon termination of the encrypted data session, the volatile memory store is erased to preserve the privacy/security of the underlying data.