05Technology
Automation.
Declarative infrastructure and delivery pipelines with a hard rule attached: every change verifies its effect through an independent read, and leaves evidence behind.
Declared, applied,
verified.
Terraform declares the infrastructure, Ansible converges configuration, and GitHub Actions runs the pipelines. The stack is standard; the discipline is in the third step most pipelines skip: verifying that the running system actually changed as intended.
Config applied and state changed are different claims. NetFRAME pipelines make the second claim, through checks that do not share machinery with the write they validate.
01
Infrastructure as code
Terraform for provisioning with reviewed plans and versioned state. Ansible for configuration management with idempotent, readable convergence. Together they make the estate rebuildable from definition, and make drift a detectable condition instead of a slow surprise.
Definitions live in Git, so every change has an author, a review, and a diff. The repository is the documentation.
02
Pipelines & verification
GitHub Actions pipelines gate changes through staged environments, and every consequential run ends in verification: query the changed system, exercise the affected path, compare observed state against intent, and record the outcome.
Verification failure alerts as loudly as execution failure. A change that applied but did not verify is treated as an incident in progress, never as success with a footnote.
Technologies we work with
- TerraformDeclarative provisioning, reviewed plans, versioned state.
- AnsibleIdempotent configuration convergence as code.
- GitHub ActionsGated CI/CD with recorded verification outcomes.
- State verificationIndependent reads that check the machine, not the file.
Related
Capabilities
Projects