Core Security Patterns: Best Practices and Strategies for J2EE(TM), Web Services, and Identity Management
Prentice Hall PTR | ISBN: 0131463071 | 1088 pages | October 14, 2005 | CHM | 7 Mb

Core Security Patterns is the hands-on practitioner™s guide to building robust end-to-end security into J2EE™ enterprise applications, Web services, identity management, service provisioning, and personal identification solutions. Written by three leading Java security architects, the patterns-driven approach fully reflects today™s best practices for security in large-scale, industrial-strength applications.

The authors explain the fundamentals of Java application security from the ground up, then introduce a powerful, structured security methodology; a vendor-independent security framework; a detailed assessment checklist; and twenty-three proven security architectural patterns. They walk through several realistic scenarios, covering architecture and implementation and presenting detailed sample code. They demonstrate how to apply cryptographic techniques; obfuscate code; establish secure communication; secure J2ME™ applications; authenticate and authorize users; and fortify Web services, enabling single sign-on, effective identity management, and personal identification using Smart Cards and Biometrics.

Core Security Patterns covers all of the following, and more:
* What works and what doesn™t: J2EE application-security best practices, and common pitfalls to avoid
* Implementing key Java platform security features in real-world applications
* Establishing Web Services security using XML Signature, XML Encryption, WS-Security, XKMS, and WS-I Basic security profile
* Designing identity management and service provisioning systems using SAML, Liberty, XACML, and SPML
* Designing secure personal identification solutions using Smart Cards and Biometrics
* Security design methodology, patterns, best practices, reality checks, defensive strategies, and evaluation checklists
* End-to-end security architecture case study: architecting, designing, and implementing an end-to-end security solution for large-scale applications

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