About This Architecture

Jenkins-Ansible RPi WiFi stress-test pipeline orchestrates distributed testing across a Raspberry Pi fleet using OCI infrastructure as the control plane. The Jenkins Controller triggers Ansible playbooks that configure RPis, deploy wifi_exporter containers, and execute pytest suites while Prometheus and Grafana monitor metrics across dedicated VLANs. This architecture demonstrates infrastructure-as-code testing at scale, separating CI orchestration, monitoring, and access layers to isolate blast radius and enable independent scaling. Fork this diagram on Diagrams.so to customize RPi counts, add additional test stages, or integrate with your OCI networking policies. The design pattern suits teams validating wireless performance under load or testing distributed agent deployments in constrained environments.

People also ask

How do I set up a Jenkins-Ansible pipeline to automate WiFi stress testing across multiple Raspberry Pi nodes with centralized monitoring?

This diagram shows a three-layer architecture where Jenkins Controller in the DMZ triggers Ansible playbooks that configure RPi nodes, deploy wifi_exporter containers, and run pytest suites. Prometheus and Grafana in a dedicated monitoring VLAN collect and visualize metrics, while a reporting layer generates HTML and JUnit artifacts for CI integration.