Owl Computing Technologies, Inc.

Owl Cyber Defense Solutions, LLC

Frederick Clarke

Ronald Mraz

Jeffrey Charles Menoher

A system for monitoring the status of one or more networks and/or of devices coupled to each of the one or more networks. Status monitoring applications are associated with the networks and/or devices. The status monitoring applications output a respective status log file containing information about the system status of the associated network or device. In one embodiment, the system status is derived from the Windows Event Log. The status monitoring applications are coupled to a remote receive module via a one-way data link or a firewall. The remote receive module receives the log files and processes the log files to either identify any unauthorized status conditions identified therein or to generate a cumulative log file consisting of events occurring over a predetermined time interval.

System for remotely monitoring status information of devices connected to a network

A method and system for monitoring data transfers over a one-way data link from a send node to a receive node. A send log file monitoring and transmitting module associated with the send node on a first server outputs a send log file containing information about data sent by the send node. A receive log file monitoring and transmitting module associated with the receive node on a second server outputs a receive log file containing information about data received by the receive node. A reconciliation module on a third server receives the send log file and the receive log file and identifies any data transfer errors by comparing the send log file with the receive log file. A web server is coupled to the reconciliation module to provide user access to the identified data transfer errors.

Method and apparatus for data transfer reconciliation

A system for filtering a digital signal transmitted in a protocol featuring multi-level packetization from a first server to a second server. The first server is coupled to the second server via a one-way data link. The system includes a filter having an input for receiving the digital signal and an output. The filter is configured to analyze the digital video signal and determine whether the digital signal violates one or more predetermined criteria. The filter may be within the first server, or alternatively, within the second server. The predetermined criteria may be unauthorized security level information included within metadata transmitted with the digital video signal. The predetermined criteria may also be format information that, when not conformed to, indicates potential malware or other bad content included within the digital video signal. The filter provides low data transfer latency and/or decoupling of data filter latency from data transfer latency.

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New Milford, CT, United States of America

Frederick Clarke