JGSS Package


This is the distribution site for the University of Illinois Systems Software Research Group 's JGSS package. The JGSS package provides Java programs access to Kerberos' Generic Security Services API. This API implements the Generic Security Service API defined in RFC-1508 and revised in the IETF Common Authentication Technology WG's Internet-Draft draft-ietf-cat-gssv2-??.txt . The API's services include the signing and sealing of messages, and a generic authentication mechanism.

How to Obtain and Build the Latest Version:

This package may be freely distributed. However, in order to make use of this package you must have: The latest version may be obtained and installed as follows:

How to Use the security.GSS Package and Run the Demo

In order to use the security.GSS package in a Java application, you must: A GSS demo server and client are also built with the JGSS system. They can be found in the JGSS/demo directory. The server runs as a stand alone java application while the client can either run as a stand alone java application or a java applet fetched off the web. Since the server need access the private key table you must: To run the client as a stand alone java application, you must: To run the clinet as an applet, you must:

Documentation

Our Current Project

Our current project is to use the services provided by the JGSS package to implement our active capability security and protection model, which synthesizes several recent innovations in type safe scripting languages, extensible operating systems, and software protection. Essentially, this model extends traditional capabilities with user-definable scripts, called active capabilities, which are written in Java. The active capabilities are responsible for encapsulating the complicated fine-grained application-specific aspects of the security policy, leaving the underlying system to implement only a small set of basic primitives.

Not only is this system easily extensible, but it is better suited to handle revocation, propagation confinement, and auditing than traditional capability schemes. Because of these features, the active capability protection model will perform well in a large-scale distributed environment such as the internet.

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Please direct comments and questions to Tin Qian (tinq@cs.uiuc.edu), Zhaoyu Liu (zhaoyu@cs.uiuc.edu), or Tim Fraser (tfraser@cs.uiuc.edu)