Abstract: A software facility for evaluating and reporting security vulnerabilities on a computer network that comprises an interactive interface for a network scanner that incorporates recovery points, a health metrics facility, a status pager for mobile user notification and a reporting module for producing reports on the network's security status.

Abstract: In the course of its logging on at a base station (B2) coupled to a switching device (V), a mobile terminal device (E1) transmits a terminal equipment identifier (EK1) identifying the mobile terminal device (E1) to the base station (B2). The base station (B2) thereupon transmits the terminal equipment identifier (EK1)—if appropriate together with a base station identifier (BK2) identifying the base station (B2)—to the switching device (V) and initiates the activation of a forwarding performance feature, e.g. for call diversion, known per se in connection with wire-based terminal equipment, in the switching device (V). As a result of the activation of this forwarding performance feature, a connection setup to be routed via the base station (B2) is initiated in the event of connection requests directed to the mobile terminal device (E1). As a result, a central radio switching assembly, as required in known handover methods, is unnecessary.

Abstract: A software facility for evaluating and reporting security vulnerabilities on a computer network that comprises an interactive interface for a network scanner that incorporates recovery points, a health metrics facility, a status pager for mobile user notification and a reporting module for producing reports on the network's security status.

Abstract: In the course of its logging on at a base station (B2) coupled to a switching device (V), a mobile terminal device (E1) transmits a terminal equipment identifier (EK1) identifying the mobile terminal device (E1) to the base station (B2). The base station (B2) thereupon transmits the terminal equipment identifier (EK1)—if appropriate together with a base station identifier (BK2) identifying the base station (B2)—to the switching device (V) and initiates the activation of a forwarding performance feature, e.g. for call diversion, known per se in connection with wire-based terminal equipment, in the switching device (V). As a result of the activation of this forwarding performance feature, a connection setup to be routed via the base station (B2) is initiated in the event of connection requests directed to the mobile terminal device (E1). As a result, a central radio switching assembly, as required in known handover methods, is unnecessary.

Abstract: Digital communication systems cover a wide range of applications with the provision of features. However, new features must be added for specific application areas. One such specific application area is trading with shares, currency, raw materials, etc.