Managing consistency, state, and identity in distributed microservices
Duncan DeVore discusses the ins and outs of dealing with modular JVM-based application consistency, distributed state, and identity coherence with techniques such as idempotency, eventual and casual consistency, the CAP theorem, single source of truth, and distributed domain design.
| Talk Title | Managing consistency, state, and identity in distributed microservices |
| Speakers | Duncan DeVore (Lightbend) |
| Conference | O’Reilly Software Architecture Conference |
| Conf Tag | Engineering the Future of Software |
| Location | New York, New York |
| Date | February 26-28, 2018 |
| URL | Talk Page |
| Slides | Talk Slides |
| Video | |
Building distributed Java applications is markedly different from traditional monolithic design. In this new modular landscape, we face many challenges: parallelism, asynchronous boundaries, state management, identity management, and consistency deficiencies, to name a few. Of all these problems, consistency, state management, and identity management can be particularly challenging. Duncan DeVore discusses the ins and outs of dealing with modular JVM-based application consistency, distributed state, and identity coherence with techniques such as idempotency, eventual and casual consistency, the CAP theorem, single source of truth, and distributed domain design.
