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Cell-Based Architectures: How to Build Scalable and Resilient Systems
Cell-based architecture is a resiliency and fault tolerance pattern that has co-evolved with SOA and microservices. It builds on the bulkhead pattern to limit the blast radius in case of failures. The cell-based approach can also help organize large-scale microservice architectures into domain-bound service groups to promote high cohesion and loose coupling and help organizations scale.
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The InfoQ eMag: Resilience Engineering in the Age of COVID
To most software organizations, Covid-19 represents a fundamental surprise- a dramatic surprise that challenges basic assumptions and forces a revising of one’s beliefs (Lanir, 1986). While many view this surprise as an outlier event to be endured, in this eMag we use the lens of Resilience Engineering to explore how software companies adapted (and continue to adapt), enhancing their resilience.
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The InfoQ eMag - Real World Chaos Engineering
Creating a successful chaos practice isn’t purely an engineering problem. As with many aspects of cloud native computing, it requires buy-in across the organisation. In this eMag we’ve pulled together a variety of case studies to show mechanisms by which you can do so, even in tightly regulated industries where you might face considerable opposition.
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The InfoQ eMag: Chaos Engineering
This eMag will inspire you to dig deeper into your systems, question your mental models, and use chaos engineering to build confidence in your system’s behaviors under turbulent conditions.
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