Patent application number | Description | Published |
20130212260 | SYSTEM AND METHOD FOR AUTOMATIC PRIORITIZATION OF COMMUNICATION SESSIONS - The disclosed techniques apply automatic prioritization to communication sessions conducted by users of a communication network, and present the sessions to an operator in accordance with the priorities. Each session is assigned an initial priority depending on the user who conducts the session (referred to as “target user”). The priority is then adjusted in accordance with a set of rules defined for that target user, and possibly based on activities of the target user as analyzed using the reconstructed communication. The rules typically consider metadata of the session. The sessions are typically held in a queue and presented to an operator in accordance with their respective priorities. | 08-15-2013 |
20130342346 | SYSTEM AND METHOD FOR PREDICTION OF THREATENED POINTS OF INTEREST - Embodiments that are described herein provide improved methods and systems for predicting threatened POIs. In some embodiments, an automated location tracking system tracks the locations of one or more target individuals. The locations of the target individuals may be tracked, for example, by tracking the cellular phones of the targets, or using various other automated location tracking techniques. Based on the tracked locations, a prediction system anticipates the future locations of the targets. Over time, the system uses this information to progressively narrow down the list of possibly-threatened POIs. | 12-26-2013 |
20130344844 | SYSTEMS AND METHODS FOR IDENTIFYING ROGUE BASE STATIONS - Methods and systems for identifying one or more rogue devices within a wireless communication network over a particular geographic location. A rogue base station detection system receives air interface transmissions from base stations belonging to a wireless communication network, as well as from one or more rogue base stations that do not belong to the network and are used for monitoring (e.g., hacking or eavesdropping) communication terminals communicating in the network. The system typically searches for signaling channels and converts the RF signal into GSM/UMTS messages including overcoming the different encryption methods used. The system than analyzes the received transmissions so as to identify suspicious transmissions that may be transmitted by the rogue base stations. | 12-26-2013 |
20130347060 | SYSTEMS AND METHODS FOR COMBINED PHYSICAL AND CYBER DATA SECURITY - Methods and systems for protecting computer systems against intrusion. The disclosed techniques detect intrusions by jointly considering both cyber security events and physical security events. In some embodiments, a correlation subsystem receives information related to the computer system and its physical environment from various information sources in the cyber domain and in the physical domain. The correlation subsystem analyzes the information and identifies both cyber security events and physical security events. The correlation subsystem finds cyber security events and physical security events that are correlative with one another, and uses this correlation to detect intrusions. | 12-26-2013 |
20130347114 | SYSTEM AND METHOD FOR MALWARE DETECTION - Systems and methods for malware detection techniques, which detect malware by identifying the C&C communication between the malware and the remote host. In particular, the disclosed techniques distinguish between request-response transactions that carry C&C communication and request-response transactions of innocent traffic. Individual request-response transactions may be analyzed rather than entire flows, and fine-granularity features examined within the transactions. As such, these methods and systems are highly effective in distinguishing between malware C&C communication and innocent traffic, i.e., in detecting malware with high detection probability and few false alarms. | 12-26-2013 |
20140024349 | SYSTEM AND METHOD FOR CELLULAR CALL MONITORING USING DOWNLINK CHANNEL CORRELATION - Methods and systems for monitoring communication of mobile communication terminals, such as cellular phones. An off-air monitoring system reconstructs both directions of a call conducted between two mobile terminals by receiving only downlink channels. The off-air monitoring system receives multiple downlink transmissions transmitted by base stations in a wireless communication network. The system uses the received downlink transmissions to reconstruct the bidirectional call content of calls conducted between wireless terminals. In order to reconstruct the bidirectional content of a given call, the system identifies and correlates the two downlink transmissions of that call from among the multiple received downlink transmissions. | 01-23-2014 |