Deploys applications to cloud Kubernetes (AKS/GKE/DOKS) with CI/CD pipelines. Use when deploying to production, setting up GitHub Actions, troubleshooting deployments. Covers build-time vs runtime vars, architecture matching, and battle-tested debugging.
Containerizes applications with Docker, docker-compose, and Helm charts. Use when creating Dockerfiles, docker-compose configurations, or Helm charts for Kubernetes. Includes Docker Hardened Images (95% fewer CVEs), multi-stage builds, and 15+ battle-tested gotchas.
Kubernetes cluster management via kubectl — pods, deployments, services, logs
Use this skill when bulk loading FSL ServiceResource records, ServiceResourceSkill data, skill certifications, capacity-based resource setup, and availability patterns. Trigger keywords: FSL resource migration, ServiceResourceSkill bulk load, skill certification tracking FSL, capacity-based resource, service resource availability. NOT for user provisioning, ServiceResource creation via UI, or ServiceTerritoryMember setup (covered by fsl-territory-data-setup).
Use this skill when designing, selecting, or troubleshooting external ID fields on Salesforce objects for upsert operations, cross-system record correlation, or idempotent data loads. Trigger keywords: external ID field design, upsert key strategy, cross-system record matching, source system ID mapping, composite key for uniqueness, duplicate insert on upsert, relationship resolution by external ID. NOT for data migration steps (use data-migration-planning), NOT for REST API upsert endpoint wiring (use rest-api-patterns), NOT for general data model field decisions (use data-model-design-patterns).
Use this skill when bulk loading Service Territory data: boundary polygons, ServiceTerritoryMember assignments, OperatingHours, TimeSlots, and territory hierarchy setup. Trigger keywords: service territory bulk load, KML polygon import FSL, ServiceTerritoryMember migration, OperatingHours data setup, PolygonUtils Apex. NOT for Enterprise Territory Management (ETM/Account Territories), admin-level territory configuration UI, or scheduling policy setup.
Добавить макет к объекту 1С (обработка, отчёт, справочник, документ и др.)
Docker containerization expert with deep knowledge of multi-stage builds, image optimization, container security, Docker Compose orchestration, and production deployment patterns. Use PROACTIVELY for Dockerfile optimization, container issues, image size problems, security hardening, networking, and orchestration challenges.
Manage the Docker development environment. Start, stop, restart services, view logs, troubleshoot containers, or run with optional tools (pgadmin, redis-commander, mailhog, minio).
Example topology and dependency hints for testing overlay-loaded skills with pi-sre-mode.
Validate Kubernetes, Terraform, Helm, GitHub Actions, and Docker configs. Use when user says "deploy check", "validate deployment", "check k8s", "validate infrastructure", "check configs", or wants to verify infrastructure.
Move Kubernetes resources (secrets, configmaps, etc.) from one cluster to another without exposing sensitive content. Use when migrating resources between clusters, copying configurations across environments, or moving secrets securely. Keywords - kubectl move, cluster migration, copy secret, transfer configmap, cross-cluster resources.
Deploy the BookStore application to a Kubernetes cluster using Aspire-generated manifests. Use this for Kubernetes deployments (AKS, EKS, GKE, etc.).
使用 NGINX Ingress Controller 配置 Kubernetes Ingress 网络，支持通过 cert-manager 自动管理 TLS 证书、基于路径的路由、速率限制，以及带 SSL 终止和负载均衡的多域名托管。适用于通过单个负载均衡器暴露多个 Kubernetes 服务、实现基于路径或主机的路由、使用 Let's Encrypt 自动化 TLS 证书签发，或设置带流量拆分的蓝绿和金丝雀部署。
Kubernetes troubleshooting and resource management with kubectl When user works with Kubernetes, mentions kubectl, pods, deployments, or k8s errors
Zero-shot deployment of ANY containerized application to local Kubernetes using Minikube. Use when Claude needs to: (1) Deploy any project to Minikube without prior setup, (2) Auto-detect services from Dockerfiles or docker-compose.yml, (3) Generate Helm charts dynamically for detected services, (4) Build and deploy multiple services automatically, (5) Enable optional Dapr for event-driven architecture, (6) Migrate any docker-compose project to Kubernetes. Works with monorepos, single apps, any number of services. Cross-platform (Linux, macOS, Windows). Triggers: 'deploy to minikube', 'run on kubernetes locally', 'local k8s', 'minikube deployment'.
Generate production-ready Helm charts for Kubernetes applications. Use when users need to create new Helm charts, convert Kubernetes manifests to Helm templates, scaffold charts for Deployments/StatefulSets/Jobs/CronJobs, create multi-environment configurations, or standardize organizational chart templates with CNCF/Helm best practices. Uses Python scaffolding script and template assets for automated generation.
Terraform infrastructure-as-code patterns for AWS and Azure provisioning. Use when creating or modifying .tf files, writing Terraform modules, managing remote state (S3, Azure Storage), working with terraform commands (init, plan, apply, destroy), configuring providers (AWS, Azure, Google Cloud), or implementing infrastructure best practices like module design, workspace strategies, and state locking.
Add a new Docker Compose service with automatic DNS configuration (OVH) and SSL certificates. Use when adding new web services to the homelab infrastructure.
Creates Docker configurations and compose files. Use when containerizing apps, setting up Docker dev environment, writing Dockerfile/compose.yaml, or building multi-stage images.
