Abstract: This disclosure details the implementation of methods, systems and computer program products for mobile terminated message SPAM control (hereinafter, “M-SPAM Restrictor”). In one embodiment, M-SPAM Restrictor systems implement a live application at a mobile network element that processes message service, whereby a message rate limit is set on the element, and a message source may be blocked from further messaging activity if the rate of message activity exceeds the rate limit, until the offending source has resolved the issue with the service provider (carrier).

Abstract: An emergency message handling system manages emergency SMS text messages sent by mobile stations. The system also includes an emergency handling platform comprising an SMS gateway server, an SMS application server, and an SMS-To TTY message converter. In response to an emergency SMS text message received via a mobile communication network, the emergency handling platform determines the location of the mobile station and identifies the Public Safety Answering Point (PSAP) assigned to cover the location of the mobile station. If the PSAP assigned is only TTY compatible, the text message is converted to TTY. A TTY selective router is configured to deliver each of converted emergency SMS text message in TTY format to the TTY messaging system of the TTY PSAP. However, if the PSAP assigned is IP network compatible, then the text message is delivered directly to the IP compatible PSAP without any TTY conversions.

Abstract: An emergency message handling system manages emergency SMS text messages sent by mobile stations. The system also includes an emergency handling platform comprising an SMS gateway server, an SMS application server, and an SMS-To TTY message converter. In response to an emergency SMS text message received via a mobile communication network, the emergency handling platform determines the location of the mobile station and identifies the Public Safety Answering Point (PSAP) assigned to cover the location of the mobile station. If the PSAP assigned is only TTY compatible, the text message is converted to TTY. A TTY selective router is configured to deliver each of converted emergency SMS text message in TTY format to the TTY messaging system of the TTY PSAP. However, if the PSAP assigned is IP network compatible, then the text message is delivered directly to the IP compatible PSAP without any TTY conversions.

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.

Abstract: A Short Message Peer-to-Peer (SMPP) parameter is used for managing message content of a message within a wireless communication network, such as an SMS message. A content rating is associated with a short code corresponding to the content and the content rating is inserted, for example, into a Tag Length Variable (TLV) field of the message. The content rating can be compared with a subscriber rating to determine whether to block or approve delivery of a message based upon the comparison.

Abstract: This disclosure details the implementation of methods, systems and computer program products for mobile terminated message SPAM control (hereinafter, “M-SPAM Restrictor”). In one embodiment, M-SPAM Restrictor systems implement a live application at a mobile network element that processes message service, whereby a message rate limit is set on the element, and a message source may be blocked from further messaging activity if the rate of message activity exceeds the rate limit, until the offending source has resolved the issue with the service provider (carrier).

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.

Abstract: A disclosed enterprise instant messaging (IM) service aggregator enables validation of mobile stations and/or users for enterprise IM service through a wireless communication network; and in the examples, the enterprise IM service provides a secure messaging environment that allows IM traffic to/from wireless mobile stations. The security offered may be unique to and controlled by each enterprise, for example, by enabling each enterprise to generate its own encryption key for distribution through the aggregator and by allowing mobile stations to generate their own keys for distribution back through the aggregator to the enterprise IM servers. As disclosed, the login credentials are encrypted from the mobile station to the enterprise IM server. The use of standard encryption methods within the call flows allows a simple method of ensuring that only authorized users can access the enterprise servers and that the messages will be encrypted by the strongest possible means.