Abstract: A device implemented, carrier independent packet delivery universal addressing networking protocol for communication over a network between network nodes utilizing a packet. The protocol has an IP stack having layers. At least some of the layers have privacy preserving source node attribution and network admission control. The packet is admitted to the network only if a source node of the network nodes admits the packet.

Abstract: A device-implemented network with domains each having nodes, the nodes of each of the domains sharing network information with one another according to an intra-domain communication policy. An inter-domain protocol is configured to control communication between at least one of the nodes of one of the domains and at least one of the nodes of a different one of the domains. A broker is configured to be communicatively coupled to the nodes and configured to control communication according to the inter-domain protocol and to which all of the nodes of each of the plurality of domains are configured to send the network information.

Abstract: Method of communication, in a wireless infrastructure access network having a plurality of wireless-enabled network nodes (WNNs), with a wireless-enabled infrastructure gateway node (WIG) and a wireless infrastructure access network. A default unidirectional route is established from each of said plurality of wireless-enabled network nodes (WNNs) to said wireless-enabled infrastructure gateway node (WIG). A bi-directional packet pathway is established over said wireless infrastructure access network between any given one of said wireless-enabled network nodes (WNNs) and said wireless infrastructure gateway node (WIG) that satisfies a specified quality of service (QoS).

Abstract: A method for conducting encrypted communication in a network and a network having a plurality of nodes organized into a plurality of groups which initiates encrypted communication between a first one of the plurality of nodes of a first one of the plurality of groups and a second one of the plurality of nodes of the first one of the plurality of groups different from the first one of the plurality of groups using a group key and initiates encrypted communication between a third one of the plurality of nodes of the first one of the plurality of groups and a fourth one of the plurality of nodes of a second one of the plurality groups different from the first one of the plurality of groups using a session key.

Abstract: A device implemented, carrier independent packet delivery universal addressing networking protocol for communication over a network between network nodes utilizing a packet. The protocol has an IP stack having layers. At least some of the layers have privacy preserving source node attribution and network admission control. The packet is admitted to the network only if a source node of the network nodes admits the packet.