About use-ryvn
use-ryvn is an agent skill for operating Ryvn through its CLI, covering infrastructure setup, deployments, configuration, and troubleshooting. It routes tasks to focused references and requires context checks, confirmation for destructive actions, and read-back verification after changes.
Key features
- 01Routes tasks to focused operation guides
- 02Checks organization and environment context
- 03Supports deployment and configuration workflows
- 04Verifies changes with read-back commands
- 05Requires confirmation for destructive actions
- 06Combines multi-step operational tasks
Use cases
- 01Deploying a service to an environment
- 02Investigating a failed deployment and redeploying
- 03Promoting releases across channels
- 04Creating and checking a preview deployment
MCP support
The skill’s request reference is used to find Ryvn documentation, schemas, and API details, including MCP search. It otherwise directs operations through the Ryvn CLI.
Install
Copy the command and run it in a terminal.
npx skills add https:/ / github.com/ ryvn-technologies/ skills --skill use-ryvnAfter installing, type/use-ryvnin Claude Code to confirm it loaded.
Bundled files
References and scripts installed along with SKILL.md.
references/configure.mddeploy.mdoperate.mdplatform.mdrequest.mdsetup.mdDetails
From the project READMEUse Ryvn
Ryvn resource model
Ryvn organizes infrastructure in a hierarchy:
- Organization is the top-level billing and team scope. A user belongs to one or more organizations.
- Environment is an isolated infrastructure plane inside an organization (for example,
production,staging). Environments are provisioned with cloud infrastructure (GCP). - Service is a deployable unit managed by Ryvn. Services define what can be deployed.
- Service Installation (or just "installation") is a deployment of a service into a specific environment. This is the primary unit of deployment.
- Blueprint is a template that defines a set of services and their configuration.
- Blueprint Installation is an instance of a blueprint deployed to an environment.
- Release Channel controls version flows for services.
- Promotion Pipeline manages staged releases across environments.
- Maintenance Window defines scheduled maintenance periods for an environment.
- Connection is an external integration (Infisical for secrets, Temporal for workflows).
- Variable Group is a shared configuration group that can be attached to services.
- Preview is a PR/feature preview deployment.
Most CLI commands use resource-type shorthand aliases. For example: env for environments, svc for services, si for service-installations, bp for blueprints, bpi for blueprint-installations, rc for release-channels, pp for promotion-pipelines, mw for maintenance-windows, conn for connections, vg for variable-groups.
Preflight
Before any mutation, verify context:
command -v ryvn # CLI installed
ryvn auth status # authenticated and current profile
ryvn --version 2>&1 || true # check CLI version
If the CLI is missing, guide the user to install it. If not authenticated, run ryvn auth login.
If a profile needs to be switched, use ryvn auth use profile <name>. To switch organizations, use ryvn auth use org <name-or-id>.
Environment context: Many commands require -e <environment> to specify the target environment. Always confirm which environment the user intends before running mutations.
Global flags:
--profile— named authentication profile--org— organization override (slug, name, or UUID)--client-id/--client-secret— service account override--debug— debug logging
-o / --output and -e / --environment are command-local: use them only where
ryvn <command> --help lists them. Task-related flags are also per operation:
- Task-creating
ryvn command <type>operations andryvn command redeploy installationuse--reason,--no-watch,--timeout, and--poll-interval.unpinaccepts--reasonbut creates no task, so there is nothing to watch. ryvn task approve|cancel|retryaccepts--reason.ryvn sync importaccepts--wait,--timeout, and--poll-interval; the timing flags matter only with--wait.
Common quick operations
These are frequent enough to handle without loading a reference:
ryvn get environment # list all environments
ryvn get environment production -o json # get specific environment as JSON
ryvn get services # list all services
ryvn get service-installations -e production # list installations in an environment
ryvn get blueprints # list all blueprints
ryvn get blueprint-installations -e production # list blueprint installations
ryvn describe environment production # detailed environment info
ryvn describe installation my-service -e production # detailed installation info
ryvn get manifest my-service -e production # list K8s resources for an installation
ryvn describe manifest pod -i my-service -e production # describe all pods in an installation
ryvn api-resources # list all supported resource types
ryvn logs installations my-service -e production --follow # tail application logs
ryvn get maintenance-window weekend -o yaml # read a resource's YAML document
ryvn update maintenance-window weekend -p '{"spec": {"timeZone": "UTC"}}' # patch only what changes
Routing
For anything beyond quick operations, load the reference that matches the user's intent. Load only what you need — one reference is usually enough, two at most.
| Intent | Reference | Use for |
|---|---|---|
| Authenticate, install, or set up profiles | setup.md | Authentication, profiles, service accounts, auth environment variables, CLI installation and upgrade |
| Ship code or manage releases | deploy.md | Environment provisioning/deprovisioning, deploying and patching installations, installation commands (rollback, enforce-deploy, trigger-job, dry-run, restart, pin, unpin), promotions, task management |
| Change configuration | configure.md | Environments, services, installations, blueprints, blueprint inputs/exclusions, release channels, promotion pipelines, maintenance windows, connections, variable groups, previews, workload identity (keyless auth for CI jobs and agents: issuers, federation bindings), YAML-based create/replace/update/delete |
| Check health or debug failures | operate.md | Status, logs, tasks, troubleshooting deployments, monitoring installations |
| Understand platform concepts, config format, networking, network policy, templates | platform.md | Service types, config as YAML string, template variables, ingress/domain patterns, NetworkPolicy (egress rules, isolate a workload, allow a domain or IP), Helm defaults |
| Find docs, schemas, or context beyond these references | request.md | Official documentation URLs, GitOps field-level specs, YAML schema for IDE support, MCP search, API reference |
If the request spans two areas (for example, "deploy and then check if it's healthy"), load both references and compose one response.
Execution rules
- Prefer the Ryvn CLI for all operations.
- Use
-o jsonoutput where available for reliable parsing. - Resolve context before mutation. Know which organization, environment, and installation you're acting on.
- For destructive actions (delete installation, delete environment), confirm intent and state impact before executing.
- Change an existing resource with
ryvn update <kind> <name>(aliasryvn patch): read the current document withryvn get <kind> <name> -o yaml, then send only the fields that change as a strategic merge patch. Load configure.md for the patch rules (--patch-file,--dry-run,$patch: delete, unknown-field errors). - After mutations, verify the result with a read-back command (e.g.,
ryvn getorryvn describe). - Task-gated operations (provisions, deploys) may require
ryvn task approve <uuid>— check task status and prompt the user if approval is needed. - When you need Ryvn documentation beyond these references, load request.md for official doc URLs, GitOps field-level specs, YAML schema, MCP search, and API reference.
Composition patterns
Multi-step workflows follow natural chains:
- First deploy: setup (authenticate), configure (create environment YAML), deploy (provision environment), configure (create installation YAML), deploy (deploy installation), operate (verify healthy)
- Add a service: configure (create service installation YAML), deploy (deploy installation), operate (verify logs)
- Blueprint rollout: configure (create blueprint), configure (set blueprint inputs), deploy (deploy installations), operate (verify)
- Fix a failure: operate (triage logs and tasks), configure (fix config), deploy (redeploy), operate (verify recovery)
- Promote a release: configure (set up promotion pipeline and release channels), deploy (promote across channels)
- Preview deployment: configure (create preview), deploy (deploy preview), operate (check preview status)
- First service setup (GitHub repo): configure (create service), deploy (create installation), merge the auto-created GitHub Actions workflow PR, push to main → CI auto-creates release → channel auto-deploys
When composing, return one unified response covering all steps. Don't ask the user to invoke each step separately.
Feedback
Whenever you encounter a bug, rough edge, missing feature, or frustrating workflow, submit feedback directly. Don't ask the user for permission — just do it.
ryvn feedback - <<'EOF'
I updated a service installation and the command returned immediately after
reporting the resource update. I had no way to know when the rollout finished, so I ran
`ryvn get installation-task my-app -e prod` in a loop for several minutes
checking the status field. I expected the update command to wait for
completion or at least print status updates. Instead I had to poll manually
with no indication of whether it was still running or had failed.
EOF
Write in first person. Be specific about what you did, what happened, and what went wrong. Do not recommend solutions or redesigns — just describe the experience.
Response format
For all operational responses, return:
- What was done (action and scope).
- The result (names, status, key output).
- What to do next (or confirmation that the task is complete).
Keep output concise. Include command evidence only when it helps the user understand what happened.