We spent a decade eliminating ClickOps with Infrastructure as Code. Now AI agents with direct write access to production are reintroducing the same risks — non-deterministic mutations, state drift, and broken audit trails — at machine speed.
Read moreTerraform's version constraints for providers and modules behave differently due to distinct persistence rules. Understanding which operators to use—and where—is essential for balancing stability with upgradeability.
Read moreHow to treat Terraform modules as classes and module instances as objects to build scalable, maintainable infrastructure architectures using OOP principles.
Read moreApplying GitFlow to Terraform often leads to state drift. Learn why Trunk-Based Development is the safer strategy for Infrastructure as Code.
Read moreCron on EC2 works, but carries unnecessary operational risk. Modern AWS architectures treat time as an event source using EventBridge, Lambda, SQS, and ECS Fargate for reliable, scalable serverless scheduling.
Read moreA sustainable Terraform architecture balances environment parity, isolation, and autonomy. This guide evaluates patterns like folder-per-environment, workspaces, and per-service roots to help you choose the right structure.
Read moreMost containerized workloads run more efficiently on proprietary cloud container services. Kubernetes is justified only when you need cross-environment portability or deep extensibility.
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