Abstract: Computerized methods and systems locate a first device connected to a first network. One or more logs, each generated at a corresponding second device connected to the first network, are received via a second network linked to the first network. Each log has network data having network information associated with the corresponding second device, and location data having location information indicative of a location of the corresponding second device. The network data is analyzed to identify network information in at least one log that matches received network information associated with the first device. Location information in the location data of the at least one log is used to determine a location associated with the first device. In some implementations, the network data in the at least one log and timestamps associated with the network data in the at least one log are used in order to classify the determined location.

Abstract: Computerized methods and systems obtain information associated with a first device attempting to connect with a second device that has a MAC address having an LAP and UAP. A transceiver is tuned to a frequency band at least covering a first channel represented in one or more candidate channel sequences, and receives a first packet transmitted by the first device. One or more second channels that each immediately follow the first channel in a corresponding one of the one or more candidate channel sequences are identified. The transceiver is tuned to a frequency band at least covering one of the second channels, and receives a second packet transmitted by the first device. A controller/processor processes the received second packet to determine whether the second packet is a valid packet. If the packet is a valid packet, the controller/processor extracts information from the second packet.

Abstract: Computerized methods and systems determine LAP and UAP values of the MAC address of electronic devices. A memory stores LAP records. Each LAP record has at least: an LAP value associated with an electronic device, and candidate UAP values associated with the LAP value. A packet processor modifies the LAP records by updating the candidate UAP values based on information associated with packets received from electronic devices. A probing manager modifies each LAP record by updating each LAP record to include a determined UAP value selected from the candidate UAP values based on attempts to connect to an electronic device of the electronic devices using selected candidate LAP-UAP value pairs. Each pair has the LAP value of the LAP record and a selected one of the candidate UAP values that is selected based on one or more computed metrics associated with the candidate LAP-UAP value pairs.

Abstract: Computerized methods and systems determine LAP and UAP values of the MAC address of electronic devices. A memory stores LAP records. Each LAP record has at least: an LAP value associated with an electronic device, and candidate UAP values associated with the LAP value. A packet processor modifies the LAP records by updating the candidate UAP values based on information associated with packets received from electronic devices. A probing manager modifies each LAP record by updating each LAP record to include a determined UAP value selected from the candidate UAP values based on attempts to connect to an electronic device of the electronic devices using selected candidate LAP-UAP value pairs. Each pair has the LAP value of the LAP record and a selected one of the candidate UAP values that is selected based on one or more computed metrics associated with the candidate LAP-UAP value pairs.

Abstract: Systems and methods are provided for modifying transmissions made by security cameras so as to allow access to the surveyed locations without the knowledge of the operator of the cameras.

Abstract: Systems and methods are provided for efficiently identifying software bugs in computer programs and the inputs to trigger the bugs using fuzz-testing.

Abstract: Systems and methods are provided for the discovery and classification of Internet of Things (IoT) devices on networks.

Abstract: Systems and methods are provided for the reconstruction of a video and audio recording of stored or transmitted media streams, using a proprietary file format or protocol.