Abstract: Disclosed herein are systems and methods to integrate and manage a computer network operations (CNO) infrastructure. A framework may include CNO applications that are used to find a target computer system, breach the target, extract data therefrom and analyze the data. A CNO organization in a secure network can use the framework to maintain, manage and monitor CNO applications in an unsecured network without compromising security from counter-attacks. The framework remains engaged with targeted computer systems during routine maintenance, management and monitoring processes to mitigate loss of mission opportunities. The framework utilizes virtual instances to provision CNO capabilities for missions operations that couple the secure and unsecured networks in an asynchronous manner while allowing bidirectional communications between the framework and computers on their respective network.

Abstract: Systems and processes for filtering network traffic. In one example, an event based flow record aging process may be used to identify flow records to be removed from memory to provide space for newer flow records. In this example, a new incoming network packet may trigger a determination of the flow record to be removed from memory based on the hardware time stamps of the flow records stored in memory. Determining aging flow records in this way may advantageously reduce the amount of computer resources required to manage flow record aging when compared to traditional techniques that require keeping a timer and periodically performing a cleanup process to check the freshness date of each flow record.

Abstract: Disclosed herein are systems and methods to integrate and manage a computer network operations (CNO) infrastructure. A framework may include CNO applications that are used to find a target computer system, breach the target, extract data therefrom and analyze the data. A CNO organization in a secure network can use the framework to maintain, manage and monitor CNO applications in an unsecured network without compromising security from counter-attacks. The framework remains engaged with targeted computer systems during routine maintenance, management and monitoring processes to mitigate loss of mission opportunities. The framework utilizes virtual instances to provision CNO capabilities for missions operations that couple the secure and unsecured networks in an asynchronous manner while allowing bidirectional communications between the framework and computers on their respective network.

Abstract: Systems and processes for filtering network traffic. In one example, an event based flow record aging process may be used to identify flow records to be removed from memory to provide space for newer flow records. In this example, a new incoming network packet may trigger a determination of the flow record to be removed from memory based on the hardware time stamps of the flow records stored in memory. Determining aging flow records in this way may advantageously reduce the amount of computer resources required to manage flow record aging when compared to traditional techniques that require keeping a timer and periodically performing a cleanup process to check the freshness date of each flow record.

Abstract: Enterprise-scalable model-based analytics systems are disclosed. One example system may organize an analytic process in the form of an analytic model containing interconnected functional components, with each functional component containing a specific algorithm or analysis technique for fetching, manipulating, or analyzing data. A user may generate an analytic model designed to perform a desired analytic process by placing sub-analytic models and/or functional components in a particular configuration within a graphical user interface by dragging and dropping the sub-analytic models and/or functional components. The resulting process represented by the analytic model may depend on the sub-analytic models and/or functional components within the analytic model and the way they are interconnected. The resulting analytic model may be saved and distributed to other users for use and/or modification.

Abstract: A network system for launching a cyber-offensive countermeasure to improve network security is provided. For example, a system that enables launching a cyber-offensive countermeasure on a network may include a receiving section that receives packets routed on the network and analyzes the received packets to detect an attack directed toward a device on the network when the attack is external to the device, an editing section that edits the received packets, and a transmitting section that transmits the edited packets on the network.

Abstract: A partial arc servomotor assembly having a curvilinear U-channel with two parallel rare earth permanent magnet plates facing each other and a pivoted ironless three phase coil armature winding moves between the plates. An encoder read head is fixed to a mounting plate above the coil armature winding and a curvilinear encoder scale is curved to be co-axis with the curvilinear U-channel permanent magnet track formed by the permanent magnet plates. Driven by a set of miniaturized power electronics devices closely looped with a positioning feedback encoder, the angular position and velocity of the pivoted payload is programmable and precisely controlled.