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Introduction to Cloud & Infrastructure Architecture

Cloud & Infrastructure Architecture designs the platforms and environments that everything else runs on: hosting models, landing zones, networking, observability, resilience, and disaster recovery. It answers questions like where a workload should run, how it scales, how it is monitored, and what happens when part of it fails.

This discipline is often invisible when it works well — applications simply run, scale, and recover as expected — and highly visible when it doesn’t.

Every application and data platform ultimately depends on the infrastructure beneath it. Cloud & Infrastructure Architecture exists to make that foundation deliberate: choosing hosting and networking models that match the organization’s risk tolerance and growth, and building in the resilience and observability needed to detect and recover from failure before it affects users.

Cloud engineers, platform teams, and infrastructure architects who design and operate the environments that host an organization’s applications and data.

Cloud & Infrastructure Architecture is the sixth of seven perspectives covered on the Explore Architecture by Level page, which orders disciplines by organizational altitude (strategy down to services), and provides the foundation that Security Architecture builds protection around.

In this site’s recommended developer learning sequence (see the Learning Path), Cloud & Infrastructure Architecture comes fifth, right after Data Architecture. With the application, integration, and data layers understood, it’s time to look at what they all run on: hosting models, networking, and the platform-level guarantees — scale, observability, recovery — that everything above depends on.

Next: Security Architecture, a concern that cuts across every layer covered so far.