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There are many reasons why many networks do not implement any form of security. Many platforms are older systems running operating systems that do not support security patches and must be completely replaced by newer platforms. This of course is cost prohibitive. Other operators are severely short-handed and lack both the resources and the expertise to implement a strong security policy. They also lack the capital to invest in security implementations. Human error and configuration mistakes add to the problem, especially when expertise is lacking. There are many different types of solutions available for securing networks. The security industry is probably one of the fastest growing tech sectors today, with products ranging the full gambit. This is both good and bad. With so many different products available, there are also just as many different approaches to security. One worthy change within security concepts today is the layering of security implementations. Layering means implementing a security solution at all layers of the network. There are many reasons why this approach makes a lot of sense. When looking at the various types of attacks, some attacks are best detected at the lower layers, while others can only be detected at the application layers.

Requires z/OS. This approach can be used with any in-service version of CICS. in real time using synchronous messaging.

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7

Guaranteed Delivery Delivery can be ensured if you use WebSphere MQ as the transport mechanism. Operating System Requirements

Appendix A:

Summary of Point-to-Point Integration In this section we summarize some of the results of the point-to-point integration approaches for the two types of mainframe applications. We start with the integration schemes for IMS applications. As pointed out previously, there is no one best solution for all situations. Whereas the integration schemes based on MQ are best when high transaction volumes are expected, the approach that relies on IMS TM Resource Adapter might be the best if loose coupling between the mainframe and the Web Services being exposed is desired. Table 9.1 provides a summary comparison of the various approaches for integrating IMS applications. Similar considerations apply to the CICS applications integration approaches. No single approach is best for all situations. Once again, the MQ-based approaches provide the best solution if very high transaction volumes are desired. However, if the work needed is minimal and CICS TS V3.1 is available, then directly exposing the CICS applications might be a good choice. Table 9.2 provides a comparison of the various aspects of the different integration approaches available. ESB-Based Integration Options The point-to-point integration schemes described in the previous sections are suitable when the mainframe applications need to be integrated with one or two other applications. However, if you need to integrate

For example, security implemented at the network level will detect network anomalies and changes in the traffic flow but cannot detect buffer overruns in the application servers Systems that operate at the network level have no visibility to the applications themselves and therefore are unable to detect problems within the applications themselves A layered approach provides a lot more flexibility to the operator as well It allows operators to scale their security implementation rather than invest everything at the transport layer By implementing just what is needed at the various layers, operators can save on their overall investments significantly Here is why I could launch a distributed denial of service (DDoS) attack on a network that would be very difficult to detect at the transport layer This is because I am sending large volumes of INVITEs from many different origination points within the network using bots.

Option/Aspect Work required on mainframe Guaranteed delivery Real-time access Synchronous/ asynchronous Additional hardware Operating system required Data type centricity Cost Technology constraints Security