Abstract: Systems and methods protect and secure one-path and/or multi-path data, media, multi-media, simulations, gaming, television and mobile media communications and their fixed or mobile devices over diverse networks with symmetric key rotation, various forms of encryption, and multiple factors of authentication to provide optimal security for the integrity of any media asset. The distribution of said media asset is driven through virtual servers with effective stealth or cloaked processes, rendering them invisible to outside attacks, and securing any media from internal theft during the distribution process. The systems and methods curtail the ability to copy and/or revise the protected media and are instrumental in preventing piracy of media assets over the Internet, intranets, or private networks.

Abstract: The present subject matter relates to computer operating systems, network interface cards and drivers, CPUs, random access memory and high bandwidth speeds. More specifically, a Linux operating system has specially-designed stream buffers, polling systems interfacing with network interface cards and multiple threads to deliver high performance, high bandwidth packets through the kernel to applications. A system and method are provided for capturing, aggregating, pre- analyzing and delivering packets to user space within a kernel to be primarily used by intrusion detection systems at multi-gigabit line rate speeds.

Abstract: Systems and methods of the present invention monitor and manage network devices on a network. More specifically, network architecture is graphically represented in 3-dimensional space. Moreover, the 3-dimensional architecture of the network is mapped and/or overlaid onto a 3-dimensional graphical representation of physical space and displayed on a visual display. In addition, intrusion detection is graphically represented onto the three-dimensional graphical representation of the network architecture.

Abstract: Systems and methods monitor and manage computer network traffic and identify a status of normality or consistency of the traffic on a per user, per interne protocol address or MAC address basis. More specifically, the systems and methods determine, with degrees of significance, the abnormality or inconsistency of network traffic from a user, IP address or MAC address based on a comparison of said network traffic to previous network traffic from the same location. Moreover, the systems and methods monitor and manage the network traffic whereby, after an anomaly has occurred, network traffic is tagged as suspicious and thereafter is flagged for forensic study and placed in storage. In addition, the systems and methods report tagged traffic and alert administrators of a breach or violation in the computer network.