Session: Domain Models and Composite Applications
Friday, 11:10 - 12:00
Track: Excellence
As developers use DDD principles to build larger and richer systems, many of them run into performance and maintainability problems as their domain model grows to meet the demands of the system. Performance problems addressed by eager fetching reappear later in other parts of the system, now requiring the use of lazy loading for the same entities. Join Udi as he shows the use of Bounded Contexts to turn monolithic systems into composite applications, now with multiple lean and mean domain models
Udi Dahan
Mr. Udi Dahan is an internationally renowned expert on software architecture and design. Recognized with the coveted "Most Valuable Professional" award by Microsoft Corporation for solutions architecture and connected systems 4 years in a row, Mr. Dahan is also on the advisory board of Microsoft's next generation technology platforms: WCF/WF/OSLO, the Software Factories Initiative, and the Composite Application Library & Guidance. He provides clients all over the world with training, mentoring and high-end architecture consulting services, specializing in Service-Oriented, scalable and secure enterprise architecture and design. Mr. Dahan is one of 33 experts in Europe recognized by the International .NET Association (INETA), an author and trainer for the International Association of Software Architects on Reliability, Availability, and Scalability, and an SOA, Web Services, and XML Guru recommended by Dr. Dobb's - the world's largest software magazine. Udi Dahan has a proven track record of solution design in Israel's largest companies in the fields of Defense, Travel, and Retail. From web projects in small internet startups, including government projects that push the limits of technology, to enterprise-scale programs with hundreds of developers and testers costing tens of millions of dollars - companies in all verticals and of all sizes entrust Mr. Dahan with providing them relevant and reliable architecture and design for their current and future requirements.
