Download or read book Open Source Identity Management Patterns and Practices Using OpenAM 10.x written by Waylon Kenning and published by Packt Publishing. This book was released on 2013 with total page 0 pages. Available in PDF, EPUB and Kindle. Book excerpt: Annotation OpenAM is a web-based open source application that provides authentication, authorization, entitlement and federation services. OpenAM provides core identity services to simplify the implementation of transparent single sign-on (SSO) as a security component in a network infrastructure. It also provides the foundation for integrating diverse web applications that might typically operate against a disparate set of identity repositories and that are hosted on a variety of platforms such as web application servers. Open Source Identity Management Patterns and Practices Using OpenAM 10.x is a condensed, practical guide on installing OpenAM to protect your web applications. This book will teach you how to integrate to different identity sources such as Active Directory or Facebook using two-factor authentications. Open Source Identity Management Patterns and Practices Using OpenAM 10.x looks at Identity Management and how to implement it using OpenAM 10.x. It specifically focuses on providing authentication to your web application using either a local identity source or a cloud-based identity source, so you dont have to worry about authentication in your application. You will learn how to install OpenAM, and then how to install policy agents against your web and application servers to do authentication. In addition, well focus on integrating to applications directly using SAML, either through the use of a small preconfigured application, or through a third-party SAML library. Finally, well focus on integrating to cloud identity providers using OAuth 2.0 and utilizing two-factor authentication. If you want a scalable robust identity management infrastructure, Open Source Identity Management Principles and Patterns Using OpenAM 10.x will get you up and running in the least amount of time possible.