Going beyond SOA, enterprises can gain even greater agility by implementing event-driven architectures (EDAs) that automatically detect and react to significant business events. However, EDA planning and deployment is complex, and even experienced SOA architects and developers need expert guidance. In Event-Driven Architecture, four leading IT innovators present both the theory of EDA and practical, step-by-step guidance to implementing it successfully.
The authors first establish a thorough and workable definition of EDA and explore how EDA can help solve many of today’s most difficult business and IT challenges. You’ll learn how EDAs work, what they can do today, and what they might be able to do as they mature. You’ll learn how to determine whether an EDA approach makes sense in your environment and how to overcome the difficult interoperability and integration issues associated with successful deployment. Finally, the authors present chapter-length case studies demonstrating how both full and partial EDA implementations can deliver exceptional business value. Coverage includes
How SOA and Web services can power event-driven architectures The role of SOA infrastructure, governance, and security in EDA environments EDA core event consumers and producers, message backbones, Web service transport, and more EDA patterns, including simple event processing, event stream processing, and complex event processing Designing flexible stateless events that can respond to unpredictable customers, suppliers, and business partners Addressing technical and business challenges such as project management and communication EDA at real-world applications across multiple verticals
Hugh Taylor is a social software evangelist for IBM Lotus Software. He coauthored Understanding Enterprise SOA and has written extensively on Web services and SOA. He holds an MBA from Harvard Business School. Angela Yochem is an executive in a multinational technology company and is a recognized thought leader in architecture and large-scale technology management. Les Phillips, VP, enterprise architecture, at SunTrust Banks Inc., is responsible for defining the strategic and business IT foundation for many areas of the enterprise. Frank Martinez, EVP, product strategy, at SOA Software, is a recognized expert on distributed, enterprise application, and infrastructure platforms. He has served as senior operating executive for several venture-backed firms and helped build Intershop Communications into a multibillion-dollar public company.
Taylor works as a professional copy writer, creating marketing content for such clients as Microsoft, IBM, SAP, Google, Advanced Micro Devices, and Lockheed Martin. Previously, he served as Social Software Evangelist for IBM Software Group and Public Relations Manager for Microsoft’s SharePoint Technologies. Hugh is a Certified Information Security Manager (CISM) and lecturer at the University of California, Berkeley’s Law School and Graduate School of Information. He is the author of the books B2B Technology Marketing (2013), Event-Driven Architecture: How SOA Enables the Real-Time Enterprise (Addison Wesley 2009), The Joy of SOX: Why Sarbanes Oxley and Service-Oriented Architecture May Be The Best Thing That Ever Happened To You (Wiley 2006) and Understanding Enterprise SOA (Manning, 2005) as well as more than a dozen articles on business and technology. Hugh is also a frequent speaker at industry conferences. He earned his
AB, Magna Cum Laude from Harvard College in 1988 and his MBA from Harvard Business School in 1992. He lives in Cleveland, Ohio.
Serves quite allright as an introduction to the world of the enterprise architecture - its main problems and complications and how they can be resolved with the proper application of SOA and EDA. However, if you already have some knowledge of SOA and event-based systems, you won't pick up much from this book. It doesn't seem to go any farther than defining a basic approach to implementing an SOA based EDA. Although it does provide a couple of supporting examples, the book stays pretty theoretical.