Abstract: A managed network provides unique network addresses that are assigned to nodes such that no two nodes will have the same address in the managed network and such that each node will always have the same network address regardless of changing its location or changing the network to which it is joined. The nodes, communicating together, comprise a mesh network. Remote management and control of the nodes is possible from the host server, which is located outside of the mesh network, even if a node is located behind a firewall or network address translator (NAT), because server management messages are encapsulated within headers so that a persistent connection between the node and the external host server is maintained once the node sends a message to the host.

Abstract: A device performs a self-configure process for operations in a managed network to allocate a network address for the device by determining if the device will operate as a gateway of the managed network, obtaining a network address for communication with external devices outside of the managed network in response to determining that the device will operate as a gateway, scanning for neighbor devices operating in the managed network and maintaining a database of neighbor devices located in the scanning, and selecting a managed network to join based on the database of neighbor devices in response to determining that the device will operate as a node.

Abstract: A managed network provides unique network addresses that are assigned to nodes such that no two nodes will have the same address in the managed network and such that each node will always have the same network address regardless of changing its location or changing the network to which it is joined. The nodes, communicating together, comprise a mesh network. Remote management and control of the nodes is possible from the host server, which is located outside of the mesh network, even if a node is located behind a firewall or network address translator (NAT), because server management messages are encapsulated within headers so that a persistent connection between the node and the external host server is maintained once the node sends a message to the host.

Abstract: An electronic device includes a housing with electrical circuitry that is sealed against penetration by dust, moisture, water, and the like, and permits convenient mounting and reconfiguration during operation. The electronic device can be reconfigured to add or delete a connecting plug and cable without compromising the seal. Mounting brackets are provided for mounting to both horizontal and vertical support structures, depending on orientation of the brackets.

Abstract: A network traffic device for a managed network can operate as a client host, to receive packets from the managed network and forward them to an uplinked external network, thereby operating as a gateway to the uplink network and performing a network address translation (NAT) function for the managed network relative to the uplinked network.

Abstract: An electronic device includes a housing with electrical circuitry that is sealed against penetration by dust, moisture, water, and the like, and permits convenient mounting and reconfiguration during operation. The electronic device can be reconfigured to add or delete a connecting plug and cable without compromising the seal. Mounting brackets are provided for mounting to both horizontal and vertical support structures, depending on orientation of the brackets.

Abstract: A device performs a self-configure process for operations in a managed network to allocate a network address for the device by determining if the device will operate as a gateway of the managed network, obtaining a network address for communication with external devices outside of the managed network in response to determining that the device will operate as a gateway, scanning for neighbor devices operating in the managed network and maintaining a database of neighbor devices located in the scanning, and selecting a managed network to join based on the database of neighbor devices in response to determining that the device will operate as a node.

Abstract: A hosted network management solution for communications over a computer network supports data communication across a network in accordance with a network message protocol such that communications are established between a network host and a node device. The and the node device performs a self-configuring operation in which the network host identifies a network owner associated with the hosted network, and maintains a persistent network connection path between the network host and the node device for the exchange of network packet messages. The network host retrieves message data from the network packet messages it receives from the node device and performs network management operations to provide a user management interface to the identified network owner. The hosted network management enables more convenient setup and configuration for the network owner and provides more complete and effective network management tools.

Abstract: A managed network receives client device requests for network addresses for communications over the managed network and computes a network address for a client device based on a hardware address of the client device, such as the MAC address of the client device, and returns the network address to the client device along with a predetermined gateway address for communications over the managed network with external networks. The MAC address is hashed to the network address that is assigned such that the client address will always receive the same network address whenever it accesses the managed network.

Abstract: A managed network provides unique network addresses that are assigned to nodes such that no two nodes will have the same address in the managed network and such that each node will always have the same network address regardless of changing its location or changing the network to which it is joined. The nodes, communicating together, comprise a mesh network. Remote management and control of the nodes is possible from the host server, which is located outside of the mesh network, even if a node is located behind a firewall or network address translator (NAT), because server management messages are encapsulated within headers so that a persistent connection between the node and the external host server is maintained once the node sends a message to the host.

Abstract: A network traffic device for a managed network can operate as a client host, to receive packets from the managed network and forward them to an uplinked external network, thereby operating as a gateway to the uplink network and performing a network address translation (NAT) function for the managed network relative to the uplinked network.