Abstract: Methods and apparatuses for automatic determination of a content security policy for a network resource are described. A proxy server receives from a first authenticated client device a first request for a first network resource, retrieves the first network resource and transmits a first response to the first client device that includes a content tracker that causes the client device to report information on additional network resources identified when the first client device interprets the first network resource. A content security policy is determined based on the reported information. The proxy server receives, from a second client device, a second request for the first network resource. The proxy server transmits, to the second client device, a second response that includes the content security policy that is determined based on the information on the additional network resources.

Abstract: Methods and apparatuses for automatic determination of a content security policy for a network resource are described. A proxy server receives from a first authenticated client device a first request for a first network resource, retrieves the first network resource and transmits a first response to the first client device that includes a content tracker that causes the client device to report information on additional network resources identified when the first client device interprets the first network resource. A content security policy is determined based on the reported information. The proxy server receives, from a second client device, a second request for the first network resource. The proxy server transmits, to the second client device, a second response that includes the content security policy that is determined based on the information on the additional network resources.

Abstract: Methods and apparatuses for automatic determination of a content security policy for a network resource are described. A proxy server receives from a first authenticated client device a first request for a first network resource, retrieves the first network resource and transmits a first response to the first client device that includes a content tracker that causes the client device to report information on additional network resources identified when the first client device interprets the first network resource. A content security policy is determined based on the reported information. The proxy server receives, from a second client device, a second request for the first network resource. The proxy server transmits, to the second client device, a second response that includes the content security policy that is determined based on the information on the additional network resources.

Abstract: A process for prioritizing content responses executed by a first server in a distributed cloud platform. The first server including processor, and a non-transitory machine-readable storage medium that provides instructions that, when executed by the processor, causes the first server to perform operations including to receive, at a proxy server, a request for a plurality of content items from a client device, where the proxy server is in a distributed cloud computing platform, to receive at least one of the plurality of content items from an origin server or a cache, to determine a priority scheme for ordering the plurality of content items, where the priority scheme differs from a priority scheme of the client device and differs from a priority scheme of a domain of the plurality of content items, and to send a response including the plurality of content items to the client device in an order according to the priority determined scheme.

Abstract: Methods and apparatuses for automatic determination of a content security policy for a network resource are described. A proxy server receives from a first authenticated client device a first request for a first network resource, retrieves the first network resource and transmits a first response to the first client device that includes a content tracker that causes the client device to report information on additional network resources identified when the first client device interprets the first network resource. A content security policy is determined based on the reported information. The proxy server receives, from a second client device, a second request for the first network resource. The proxy server transmits, to the second client device, a second response that includes the content security policy that is determined based on the information on the additional network resources.

Abstract: A process for prioritizing content responses executed by a first server in a distributed cloud platform. The first server including processor, and a non-transitory machine-readable storage medium that provides instructions that, when executed by the processor, causes the first server to perform operations including to receive, at a proxy server, a request for a plurality of content items from a client device, where the proxy server is in a distributed cloud computing platform, to receive at least one of the plurality of content items from an origin server or a cache, to determine a priority scheme for ordering the plurality of content items, where the priority scheme differs from a priority scheme of the client device and differs from a priority scheme of a domain of the plurality of content items, and to send a response including the plurality of content items to the client device in an order according to the priority determined scheme.

Abstract: Techniques are provided for the configuration of a home-networking system. Home-networking configuration information may be stored on a host system in a manner accessible to the home-networking system and migrated to a home-networking gateway or router that has not yet been configured. Wireless configuration information may be stored on a home-networking gateway or router and used to configure one or more wireless access points through the use of a physical connection, such as a wired communications pathway. One or more wireless home-networking devices may be configured based on wireless configuration information stored in a central repository on a host system or a home-networking system. The wireless configuration information may be accessible only through the use of a security code.

Abstract: Establishing access controls includes establishing a communication session between an unrecognized user identity of a user device and a destination system through an online access provider device that provides the user device with access to the destination system. The communication session is established from a premise having associated therewith one or more user identities that are recognized by the online access provider device, with at least two of the recognized user identities being associated with different access control levels. An access control level to apply to communications between the unrecognized user identity of the user device and the destination system is determined by applying an access control level established for one of the recognized user identities. The determined access control level is applied to communications between the unrecognized user identity of the user device and the destination system.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: A home-networking gateway may automatically provide a function based on data identified on a device on a home network. The home-networking gateway may perform the function using another device that is capable of performing the function and is accessible to the home-networking gateway.

Abstract: Establishing access controls includes establishing a communication session between an unrecognized user identity of a user device and a destination system through an online access provider device that provides the user device with access to the destination system. The communication session is established from a premise having associated therewith one or more user identities that are recognized by the online access provider device, with at least two of the recognized user identities being associated with different access control levels. An access control level to apply to communications between the unrecognized user identity of the user device and the destination system is determined by applying an access control level established for one of the recognized user identities. The determined access control level is applied to communications between the unrecognized user identity of the user device and the destination system.

Abstract: Establishing access controls includes establishing a communication session between an unrecognized user identity of a user device and a destination system through an online access provider device that provides the user device with access to the destination system. The communication session is established from a premise having associated therewith one or more user identities that are recognized by the online access provider device, with at least two of the recognized user identities being associated with different access control levels. An access control level to apply to communications between the unrecognized user identity of the user device and the destination system is determined by applying an access control level established for one of the recognized user identities. The determined access control level is applied to communications between the unrecognized user identity of the user device and the destination system.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.

Abstract: Techniques are provided for leveraging narrowband connectivity (such as dial-up communications or other types of low bandwidth communications) to provision or configure broadband connectivity between a broadband access provider and a broadband device, such as a DSL modem or a cable modem. Specifically, because narrowband connectivity does not require advance configuration or provisioning by the host system of connectivity parameters for an access-seeking device, a modem at an access-seeking device may be leveraged to establish a narrowband connection between that device and a host system and to enable an exchange or negotiation of connectivity parameters necessary to enable future broadband connectivity. Thus, once established, the narrowband connection may be used as a conduit for communicating required provisioning information between the broadband-enabling host and the access-seeking device to enable broadband connectivity by the device in the future.