Video description
Sponsored by AxonIQ
Domain-driven design and event-driven architecture are inherently flexible and scalable, allowing organizations to build systems based on actual usage and needs. Whether you’re examining the viability of these concepts or trying to make the most of an ongoing implementation, these sessions offer expert guidance on maximizing their value to your organization.
About the Software Architecture Superstream Series: This five-part series of half-day online events focuses on the hottest topics in software architecture, giving you the insights to keep pace with what’s next while still accommodating legacy needs. Both seasoned software architects and those looking to break into the field will learn new skills and the latest information on the tools and technologies they need to succeed.
What you’ll learn and how you can apply it
- Learn how to use bounded contexts when defining your architecture
- See how event-driven patterns and domain-driven design can help when restructuring your monolith
- Get a glimpse of the future of domain-driven design and event-driven architectures
This recording of a live event is for you because…
- You're a senior-level developer who wants to make the move to architect.
- You're a practicing software architect who wants to hone your skills and learn new software architecture techniques and practices.
- You want to better understand how domain-driven design supports microservices-style architectures.
- You want to find out how event-driven architectures can help with integrating data in a distributed system.
Recommended follow-up:
Table of Contents
Introduction and Matt Stine: Domain-Driven Design and Event-Driven Microservices
Zhamak Dehghani and Danilo Sato: Data Mesh and Domain Ownership—Four Principles of Data Mesh
Caito Scherr: Sweet Streams Are Made of These
Carola Lilienthal: It’s All About the Domain, Honey! Experiences from 15 Years of Domain-Driven Design
Allard Buijze: Event-Driven Architecture—Less About Events Than You’d Think (Sponsored by AxonIQ)