Advanced Integration Patterns: Masterclass on Coupling and Control Flow

Discover most modern applications distribution, integration and exposition

Join the Masterclass

Most modern applications are distributed, integrate with third-party services, and expose APIs. And although the cloud, serverless, and automation have made distributed systems management easier, many fundamental challenges like coupling, latency, or delivery semantics remain. It’s the architects’ job to understand the nuances and trade-offs involved in making design decisions based on such concepts.

This interactive workshop, led by a 20-year veteran in messaging system design, revisits the fundamental concepts of asynchronous, distributed system design and equips participants with visual decision models to communicate their design decisions.

Who's it for?

Who's it for?

  • Integration architects
  • Distributed system developers
  • API Developers looking for scaling their practices
  • VPs of Application Development
  • VPs of Engineering
  • IT Architects
  • Platform and DevOps engineers
What you will learn

What you will learn

  • Tackle the challenges like coupling, latency, or delivery semantics
  • Fundamental concepts of asynchronous, distributed system design
  • Decision models to communicate their design decisions

Your Guide

Gregor Hohpe, Author of Platform Strategy and Co-Author of Enterprise Integration Patterns

Gregor Hohpe

Gregor contemplate and write about architecture strategy, cloud, and IT transformation. In between, Gregor:

  • extracts order from chaos
  • dives into the engine room to give the penthouse better IT strategies
  • fights relentlessly against unnecessary complexity and corporate politics

Gregor has been called the “IT transformation jester” – unbiased, trusted, influential, and witty. His unlikely career path allowed him to learn entrepreneurship in a Silicon Valley startup, strategy at Deloitte, agile development at ThoughtWorks, internet-scale engineering at Google, and IT transformation at Allianz. Now Gregor combines all of them to solve IT problems by seeing them from more angles.