This is the first post in a series that intends to provide context and practical information about emerging enterprise technologies. First up is Kubernetes, the container orchestration platform that is sweeping the cloud-native world.
An architecture needs to bend, not break, as new innovations, best practices, and needs emerge. In this post, I’ll explore the broader landscape we are traveling to support that agility.
Anypoint Visualizer is a graphical visualization that provides a high-level view of your application network. It automatically organizes APIs, Mule applications, and third-party systems into a comprehensive view of how they are connected. The data displayed is dynamically updated based on real-time traffic and does not require any prior configuration.
In the intro to this blog series, I promised to reconcile the apparent incongruence of strategic business objectives (move fast) with traditional IT must have paradigms (be safe). In the last post, we chugged away at the surrounding ecosystem that’s needed to support the velocity promised by the former. In this post, I pause at the pre-production station to discuss some of those system safety properties that we can’t leave behind.
One of the debates that’s been smoldering since the microservices movement began is how microservices should communicate with one another.
Software architects can often conflate the different types of API call coordination. To help address this pitfall, see the classification system I use.
Similar to steam engines leveraging prior innovation to get to bullet trains, companies just getting started with microservices can take shortcuts confidently because of microservices pioneers.
Don’t compromise on microservices prerequisites, both technically or organizationally. It’ll cost you a pretty Franklin banknote.
Check out the five most popular blog posts in February 2019!
As enterprise IT seeks greater speed and agility through the adoption of a microservice architecture, they find this new paradigm can collide with long-established operating models.
