Ca, Inc.

Cyber Reliant Corporation

Michael D Taldo

John Michael Suit

Manoj Srivastava

Storage end points, whether they are local, remote, network, or cloud, such as DROPBOX and APPLE, present security issues for the general public and corporate consumers. These storage end points are not always encrypted. Even when the end user does perform encryption, the drawback to normal implementations is that the entirety of the file, the file key, and the key store are encrypted and stored in a single location. Computers can be hacked and encryption can be broken when given access and time. Disclosed is a system and method that enhances file level security by shredding the file, file pointers, and key store into parts, allowing the parts to be stored in different storage end points specified by the user.

Systems and methods for providing file level security

In accordance with one embodiment of the present disclosure, a system for caching network traffic includes an interface configured to receive traffic from a plurality of nodes communicating in a network, a processor coupled to the interface and configured to identify each of the plurality of nodes communicating in the network, and a database. The database includes a node object dimension table that includes an entry for each identified node. Each entry in the node object dimension table includes a node identification and an address for locating the node in the network. The database also includes a communication fact table that includes an entry for each communication in the network. Each entry in the communication fact table includes a source node identification that includes the node identification for the source node, a communication identification, and a destination node identification that includes the node identification for the destination node.

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Eldersburg, MD, United States of America

Michael D Taldo