Abstract: A first radio network node (120) and a method therein for managing information relating to a property of the first radio network node (120) as well as a second radio network node (121) and a method therein for managing information relating to a property of the first radio network node (120) are disclosed. The first radio network node (120) generates the information relating to the property based one or more criteria causing a change of the information relating to the property. The first radio network node (120) sends, to the second radio network node (121), the information relating to the property while using a dynamic routing protocol for distributing states of links in a transmission network (102), wherein the transmission network (102) is an underlay network to a radio access network (101). The radio access network (101) comprises the first radio network node (120) and the second radio network node (121). The second radio network node (121) operates based on the information relating to the property.

Abstract: A method and arrangement in a first web server (202) of a first local network (200) for snaring local services with other local networks (204). The first web server (202) detects (2:1) local services configured in one or more devices (D1, D2, D3 . . . ) present in the first local network, and creates (2:2) an aggregated service record (I) that includes a selection of detected local services to become available remotely for devices in the other local networks. The first web server (202) then distributes (2:3) the aggregated service record to web servers (WS) of the other local networks for exposure to devices in the other local networks. Thereby, users in the other networks (204) can discover what services are available in the first local network (200) without requiring a connection to the first local network.

Abstract: A method and arrangement in a first web server (202) of a first local network (200) for snaring local services with other local networks (204). The first web server (202) detects (2:1) local services configured in one or more devices (D1, D2, D3 . . . ) present in the first local network, and creates (2:2) an aggregated service record (I) that includes a selection of detected local services to become available remotely for devices in the other local networks. The first web server (202) then distributes (2:3) the aggregated service record to web servers (WS) of the other local networks for exposure to devices in the other local networks. Thereby, users in the other networks (204) can discover what services are available in the first local network (200) without requiring a connection to the first local network.