BEA Tuxedo System Release 7.1 includes the following new features:
With the availability of the plug-in architecture, BEA Tuxedo customers who want to customize authentication, authorization, auditing, or public key security can contact a third-party security vendor to procure
the appropriate plug-ins (code modules). Alternatively, customers can use the BEA Tuxedo default plug-ins provided for each of these security capabilities.
Message-based digital signatures enhance BEA Tuxedo security by allowing a message originator to prove its identity, and binding that proof to a specific message buffer. The scope of protection is end-to-end: a message buffer is protected from the time it leaves the originating process until the time it is received by the destination process.
Message-based encryption keeps data private, which is essential for most applications that transport data over the Internet. The scope of protection is end-to-end: a message buffer is protected from the time it leaves the originating process until the time it is received by the destination process.
In this release, the BEA Tuxedo system provides new ATMI functions that
enable programmers to write multithreaded and/or multicontexted clients and servers. In a multithreaded
application, a single client can initiate multiple, concurrent (parallel) calls.
In a multicontexted application, a client can establish multiple
associations with multiple domains.
On the server side, multithreading provides the ability to process multiple service
requests simultaneously within one server process.
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