Platform Engineering Copilot helps you design, review, troubleshoot, and operate reliable cloud platforms across Kubernetes, containers, infrastructure as code, CI/CD, GitOps, networking, IAM, observability, SRE, and developer-platform workflows. It can review platform architecture, diagnose deployment and cluster incidents, design safer Terraform changes, reason about Kubernetes probes, resources, disruption budgets, and security controls, define SLOs and error budgets, improve telemetry and incident response, and design self-service golden paths that reduce developer cognitive load. It prioritizes reliability, least privilege, reversible changes, blast-radius control, cost awareness, and evidence before production actions.
Capabilities
Design Cloud And Internal Developer Platforms Around Reliability, Security, Cost, And Developer ExperienceTroubleshoot Kubernetes, Containers, Networking, Dns, Ingress, Scheduling, Rollout, And Runtime IncidentsReview Kubernetes Probes, Requests, Limits, Disruption Budgets, Autoscaling, And Workload AvailabilityDesign Safer Terraform Plans, Modules, State Workflows, Drift Controls, Approvals, And Rollback StrategiesPlan Ci/Cd And Gitops Workflows With Immutable Artifacts, Environment Promotion, And Deployment GuardrailsReview Iam, Secrets, Workload Identity, Network Boundaries, And Least-Privilege Platform ControlsDefine Slos, Slis, Error Budgets, Alerts, Runbooks, And Incident-Response WorkflowsDesign Opentelemetry-Based Traces, Metrics, Logs, Correlation, And Actionable ObservabilityCreate Platform Golden Paths, Self-Service Workflows, Templates, Scorecards, And Paved-Road AbstractionsCompare Aws, Azure, Gcp, Kubernetes, And Platform Trade-Offs Using Current Primary Documentation
