Geoffrey Filippi

Techniques disclosed herein enable automated home security monitoring via a television connected to a set-top box, such as a cable set-top box. Such techniques integrate the television with a home security system. A television viewer can use the television to control, interact, and automatically receive information about home security events in real-time. A television viewer can control lighting, and room temperature, and arm/disarm sensors in the home such as door sensors, motion detectors… Show more

Techniques disclosed herein enable automated home security monitoring via a television connected to a set-top box, such as a cable set-top box. Such techniques integrate the television with a home security system. A television viewer can use the television to control, interact, and automatically receive information about home security events in real-time. A television viewer can control lighting, and room temperature, and arm/disarm sensors in the home such as door sensors, motion detectors, cameras, etc, as well as access camera images. Events from such sensors can be monitored or viewed on the television set when they are triggered. For example, when triggered, an icon representing the sensor can be shown on the television screen, or in case of a camera, an image or video can be shown that cause the triggered event. Show less

Systems and methods for using ad hoc networks in cooperation with service provider networks. Multi-network devices communicate with each other as peers in an ad hoc network while each accessing a service provider network. The multi-network devices may each receive the same real-time multimedia stream, be it broadcast or unicast, while sharing stream parity information. The peers may take corrective action to maintain uninterrupted playback of the real-time multimedia stream with no or minimal… Show more

Systems and methods for using ad hoc networks in cooperation with service provider networks. Multi-network devices communicate with each other as peers in an ad hoc network while each accessing a service provider network. The multi-network devices may each receive the same real-time multimedia stream, be it broadcast or unicast, while sharing stream parity information. The peers may take corrective action to maintain uninterrupted playback of the real-time multimedia stream with no or minimal loss in perceived quality. The peers may further cooperate to facilitate bandwidth and power optimization, fast channel switching, and real-time mobile traffic and network analysis, displays and alerts. Show less

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT… Show more

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT information. The networking monitoring device directs the first AP to cease using the SSID and the security configuration information and, optionally, the NAT information in response to receipt of confirmation that the second AP has instantiated the SSID and the security configuration information and, optionally, the NAT information of the first AP. Show less

Techniques disclosed herein enable automated home security monitoring via a television connected to a set-top box, such as a cable set-top box. Such techniques integrate the television with a home security system. A television viewer can use the television to control, interact, and automatically receive information about home security events in real-time. A television viewer can control lighting, and room temperature, and arm/disarm sensors in the home such as door sensors, motion detectors… Show more

Techniques disclosed herein enable automated home security monitoring via a television connected to a set-top box, such as a cable set-top box. Such techniques integrate the television with a home security system. A television viewer can use the television to control, interact, and automatically receive information about home security events in real-time. A television viewer can control lighting, and room temperature, and arm/disarm sensors in the home such as door sensors, motion detectors, cameras, etc, as well as access camera images. Events from such sensors can be monitored or viewed on the television set when they are triggered. For example, when triggered, an icon representing the sensor can be shown on the television screen, or in case of a camera, an image or video can be shown that cause the triggered event. Show less

Systems and methods for Wi-Fi roaming. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an “owner” of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi device may communicate with a… Show more

Systems and methods for Wi-Fi roaming. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an “owner” of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi device may communicate with a gateway via a tunnel to maintain session connectivity during roaming. A session may be initiated on one network, such as a Wi-Fi network or a cellular network, handed off to another network, such as a cellular network or a Wi-Fi network, and then returned to network on which the session was initiated. Show less

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT… Show more

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT information. The networking monitoring device directs the first AP to cease using the SSID and the security configuration information and, optionally, the NAT information in response to receipt of confirmation that the second AP has instantiated the SSID and the security configuration information and, optionally, the NAT information of the first AP. Show less

Systems and methods for maintaining a communication session. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an "owner" of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi/cellular… Show more

Systems and methods for maintaining a communication session. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an "owner" of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi/cellular device may communicate with a gateway via a tunnel to maintain session connectivity during roaming. A session may be initiated on one network, such as a Wi-Fi network or a cellular network, handed off to another network, such as a cellular network or a Wi-Fi network, and then returned to network on which the session was initiated. Show less

A system and method for quarantining IP service devices (ISDs). When an ISD is placed into a quarantined environment, any request from the ISD will be re-directed to a quarantine alert server in a quarantine sub-system. In response to the request, the quarantine alert server may provide the user with information about the quarantine and may redirect, or instruct the user to redirect, the request to a quarantine response server. The quarantine response server may provide additional information… Show more

A system and method for quarantining IP service devices (ISDs). When an ISD is placed into a quarantined environment, any request from the ISD will be re-directed to a quarantine alert server in a quarantine sub-system. In response to the request, the quarantine alert server may provide the user with information about the quarantine and may redirect, or instruct the user to redirect, the request to a quarantine response server. The quarantine response server may provide additional information that is not in the quarantine video message as to how the user may end the quarantine. Show less

Systems and methods for maintaining a communication session. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an "owner" of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi/cellular… Show more

Systems and methods for maintaining a communication session. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an "owner" of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi/cellular device may communicate with a gateway via a tunnel to maintain session connectivity during roaming. A session may be initiated on one network, such as a Wi-Fi network or a cellular network, handed off to another network, such as a cellular network or a Wi-Fi network, and then returned to network on which the session was initiated. Show less

Systems and methods for using ad hoc networks in cooperation with service provider networks. Multi-network devices communicate with each other as peers in an ad hoc network while each accessing a service provider network. The multi-network devices may each receive the same real-time multimedia stream, be it broadcast or unicast, while sharing stream parity information. The peers may take corrective action to maintain uninterrupted playback of the real-time multimedia stream with no or minimal… Show more

Systems and methods for using ad hoc networks in cooperation with service provider networks. Multi-network devices communicate with each other as peers in an ad hoc network while each accessing a service provider network. The multi-network devices may each receive the same real-time multimedia stream, be it broadcast or unicast, while sharing stream parity information. The peers may take corrective action to maintain uninterrupted playback of the real-time multimedia stream with no or minimal loss in perceived quality. The peers may further cooperate to facilitate bandwidth and power optimization, fast channel switching, and real-time mobile traffic and network analysis, displays and alerts. Show less

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT… Show more

Systems and methods for cloning a Wi-Fi access point. A determination is made by a network monitoring device to transition communications between a Wi-Fi device and a first access point (AP) to a second AP. The SSID and the security configuration information, and, optionally, network address translation (NAT) information of the first access point are acquired and provided to a second AP. The second AP instantiates the SSID and the security configuration information and, optionally, the NAT information. The networking monitoring device directs the first AP to cease using the SSID and the security configuration information and, optionally, the NAT information in response to receipt of confirmation that the second AP has instantiated the SSID and the security configuration information and, optionally, the NAT information of the first AP. Show less

Systems and methods for Wi-Fi roaming. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an “owner” of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi device may communicate with a… Show more

Systems and methods for Wi-Fi roaming. A gateway supports both a local access point (AP) and a virtual AP. The local AP is accessible only to an “owner” of the gateway. The virtual AP (VAP) is accessible to devices associated with the owner of the gateway and to roaming Wi-Fi devices. A datastore conveys information about the roaming Wi-Fi devices to the VAP to permit them to access the VAP without the need for manual configuration of the VAP. A roaming Wi-Fi device may communicate with a gateway via a tunnel to maintain session connectivity during roaming. A session may be initiated on one network, such as a Wi-Fi network or a cellular network, handed off to another network, such as a cellular network or a Wi-Fi network, and then returned to network on which the session was initiated. Show less

A system and method for synchronizing a dynamic domain name system (DDNS). Updated domain name information is received at a first datastore and sent to a second datastore. Updated domain name information is also received at the second datastore and sent to the first datastore. Either datastore determines whether the other datastore is available to receive the updated domain name information. If the receiving datastore is not available, the sending datastore waits until the receiving datastore… Show more

A system and method for synchronizing a dynamic domain name system (DDNS). Updated domain name information is received at a first datastore and sent to a second datastore. Updated domain name information is also received at the second datastore and sent to the first datastore. Either datastore determines whether the other datastore is available to receive the updated domain name information. If the receiving datastore is not available, the sending datastore waits until the receiving datastore is available. The first datastore is connected to a first master DNS server and the second datastore is connected to a second master DNS server. The first and second master servers share an IP address. When a request for domain name information is received at a router, the request is sent to a master DNS server selected from the first and second master DNS servers using the shared IP address. A master DNS server is selected to respond to the DNS request only if that master server is able to respond to the request. The requested domain name information is retrieved from the datastore connected to the selected DNS server and a response to the request for domain name information is generated. Show less