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This header was introduced to support law enforcement requests for call trace and session content. Typically this is governed by local and federal laws requiring law enforcement to provide the operator with the appropriate subpoenas and warrants identifying the subscriber identity to be tapped. Upon presentment of these documents, the operator must then provide the agency with the call content as specified. In traditional PSTN networks this is accomplished through translations at the serving switch, which forks the transmission path to two different destinations.
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The voice is sent to the address provided in the header. There are several parameters provided that are added by the proxy and used to direct content or call data to the lawful intercept function responsible for delivering this information to law enforcement. The following parameters are included in this header:
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LAES-SIG This parameter identifies the address for sending the call control data, such as called and calling party number and timestamp. LAES-CONTENT Like the preceding parameter, this parameter identifies the address to send content such as voice.
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Note that the UA that is typically performing this function is at the media gateway, since this is where the physical interface is for the transmission path. The MG, then, is responsible for inserting the correct information under the direction of the MGC. When LI is requested through administrative channels, the MG is configured to then intercept all sessions meeting the criteria of the court order. SIP is used to direct those intercepts to their proper destinations, but not to order the actual intercept.
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Redirect is also a function used to support law enforcement requests and is also managed at the MG. The redirect identifies the destination of the redirected session, usually an LI server providing content to law enforcement agencies. The parameters provided in this header provide the called number (dialed digits), the redirect number (the number the session is being redirected to), and the number of times that redirect occurred. As with all of these described headers and parameters, the contents are considered sensitive information and therefore are never sent outside of the trusted domain.
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Security in the IP network is most certainly the most important part of any implementation for traditional service providers. This is because they have been operating in a highly secure network environment for decades. Today s legacy networks are very mature and highly secure networks, mostly due to the implementations by their operators. Certainly if you ask operators of the world s leading telephone companies what keeps them up at night, you will quickly find network security at the top of that list. In fact it is security that has kept many companies from quickly embracing IP as a network transport and adopting IP for all their service delivery. It is very ironic, then, that with security such a concern, many operators have such lackluster security measures. This includes established VoIP providers who have been victimized more than once by skillful and ingenious hackers and fraudsters. It is not that IP cannot be secured as much as the implementations are weak from a security perspective. One of the reasons may be that securing a network can be difficult and requires a lot of specialized expertise. Most service providers do not want to accept the expense of hardening the security around their networks, and many more simply do not understand the measures that must be taken to prevent security breaches. Should operators be concerned about security According to statistics from both the GSM Association and from the Communications Fraud Control Association (CFCA), absolutely. Both of these organizations show that fraud is on the rise, mostly due to the deployment of IP technologies in the network. In fact, fraud was on the decline until recently. As operators began deploying more and more VoIP networks, they began to see these networks come under attack by highly organized and well-funded organizations looking for ways to earn profits either by pumping their own traffic over other operators networks, or by bypassing operators altogether and building their own peer-to-peer networks connecting through the operators data networks.
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