## Why
The build derived `<title>` from the **sidebar label** and the
description from the **first paragraph clipped to 220 characters**. Both
are the wrong source. A sidebar label is written for a 240px-wide nav
that supplies its own context; a search result has none.
On production that produced:
- **7 pages titled "Overview"**, and 32 pages sharing a title with
another page
- **109 of 193 descriptions cut off mid-word**, and 174 over 160
characters (where Google truncates)
```
/guides/welcome/key-concepts/
BEFORE (220): ...and if you misunderstand them early, the product wi
```
Near-identical titles are the weak-differentiation signal behind
"crawled — currently not indexed", which is the exact symptom on this
property.
## What changed
`seo_title` and `seo_description` frontmatter on **every one of the 192
pages**, written by hand against each page's real content and optimised
for the click — lead with what the reader can do, name the concrete
things covered, no keyword stuffing, no repeating the title.
| | Before | After |
|---|---|---|
| Duplicate titles | 32 pages | **0** |
| Duplicate descriptions | — | **0** |
| Descriptions cut mid-word | 109 | **0** |
| Descriptions over 160 chars | 174 | **0** |
| Title length (incl. suffix) | up to "Overview" | **26–60** |
| Description length | 31–240 | **122–158** |
**No prose was rewritten.** I measured content overlap between the
colliding pairs first — only 17–23%, so these were always distinct pages
wearing the same label, not duplicate content. The `docs/` diff is **564
insertions, zero deletions**.
### Examples
```
BEFORE — all seven identical: "Overview | Paperclip Docs"
AFTER: "Adapters Overview" "API Overview" "CLI Overview"
"Deployment Overview" "Bundled Skills" "Optional Skills"
"Experimental Features"
BEFORE — both identical: "Issues | Paperclip Docs"
AFTER: "Issues: Creating and Tracking Work" /guides/day-to-day/issues/
"Issues API" /reference/api/issues/
```
```
/guides/getting-started/five-minute-path/
BEFORE (220): The shortest route from a running Paperclip instance to an agent that has
just completed work for you. After Paperclip is installed, the path takes
about 5 minutes: create a company, hire a CEO agent, approve its first s
AFTER (131): Install Paperclip, create a company, hire a CEO agent, and approve its
first strategy — a working AI company in about five minutes.
```
## Plumbing
- **`site/build-release.mjs`** prefers the authored fields; the derived
path stays only as a fallback the CI gate prevents ever reaching.
`<title>`, `<meta name="description">`, and the `TechArticle` JSON-LD
all read from the same source.
- **`site/app.js`** uses the same fields, so a client-side transition
cannot leave a different title on screen than the crawler was served.
Verified in-browser: navigating `/guides/day-to-day/issues/` →
`/reference/api/issues/` swaps to exactly the server-rendered values, no
JS errors.
- **`scripts/verify-seo-metadata.mjs`** (new) enforces presence,
uniqueness, length, complete-sentence endings, and the
frontmatter-safety rules. Wired into `docs:test` and CI as its own step.
I negative-tested the gate rather than assuming it works — it correctly
fails on a duplicate title, a mid-word description, and a missing field,
and passes again once restored.
## Automating it going forward
`skills/sync-docs/SKILL.md` now:
- gains an **"Authored SEO metadata"** section: why the fields exist,
the enforced rules as a table, and how to actually write them (title
names the subject not the nav position; description writes for the
click; never generate mechanically from the first paragraph — *that is
the fallback the gate exists to prevent*).
- requires both fields in the **page-authoring instruction** given to
every subagent, with guidance on when to update an existing description
versus leave it.
- runs `docs:test:seo-metadata` and `docs:test:crawlable-links` as
**fail-loud gates in Phase 7** before commit.
- documents all six build gates in the files/gates section.
So once this lands, a new page cannot ship without hand-written
metadata, and a title collision cannot reach production.
## Verified
All six verifiers pass:
```
Static route verification passed
Asset fingerprint verification passed
Hierarchical Skills nav verification passed
Skill source block verification passed (11 skill pages, 1 control page)
Crawlable-link contract passed: 40886 internal links across 194 pages resolve in one hop
Authored-SEO contract passed: 192 pages carry a unique, hand-written seo_title and seo_description
```
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 5 (1M context) <[email protected]>
11 KiB
paperclip_version: v2026.609.0 seo_title: CLI Workspace, Org and Environment Commands seo_description: Inspect a company's structure and execution surface from the terminal: the org chart, agent configuration, and where runs actually happen.
Workspace, Org & Environment Commands
Use these commands when you need to inspect the structure and execution surface of a company from the terminal: the org chart, the agent configurations behind each role, the execution workspaces where runs actually do their work, the environments and leases that back them, and the per-project workspaces. These are the lower-level inspection and control commands you reach for when you are debugging a run, wiring up an environment, or confirming what infrastructure a company is sitting on — not the day-to-day task flow.
All of these commands are read-and-control wrappers over the Paperclip API. They TRIGGER and OBSERVE server-side state; the actual execution (runtime services, runtime commands, environment probes) runs on the Paperclip runtime, not in the CLI.
Note: Every command here accepts the common client flags —
--data-dir,--api-base,--api-key,--context,--profile, and--json. See Common Options. Company-scoped subcommands also accept-C, --company-id <id>; ID- and project-scoped subcommands take the id as a positional argument instead.
Org Chart (org)
Use org to pull the company's org chart — either as structured data or as a rendered diagram you can drop into a doc or a status update.
paperclipai org get --company-id <company-id>
paperclipai org svg --company-id <company-id> --out org.svg
paperclipai org png --company-id <company-id> --out org.png
| Command | What it returns |
|---|---|
org get |
The org chart as structured JSON data. |
org svg |
The org chart rendered as an SVG image. |
org png |
The org chart rendered as a PNG image. |
get is company-scoped and respects --json like every other read command. svg and png fetch binary image data:
- With
--out <path>, the bytes are written to that file and the command prints a small{ out, bytes }summary. - Without
--out, the raw image bytes stream to stdout — pipe them to a file yourself (paperclipai org png -C <company-id> > org.png) or into another tool.
Tip: Reach for
org svg/org pngwhen you want a shareable snapshot of the reporting structure. Useorg getwhen you are scripting and need the underlying data.
Agent Configurations (agent-config)
agent-config list returns the agent configuration summaries for a company — the resolved adapter/model setup behind each agent, in one place. Use it to audit which configurations are in play before you change an environment or hire.
paperclipai agent-config list --company-id <company-id>
It is company-scoped and read-only. Pair it with --json when you want to diff configurations across companies or feed them into another tool.
Execution Workspaces (workspace)
Execution workspaces are the server-side sandboxes where heartbeat runs do their work. Use the workspace commands to list them, inspect a single one, check whether it is safe to close, review its operation history, update its settings, or drive its runtime.
paperclipai workspace list --company-id <company-id>
paperclipai workspace get <execution-workspace-id>
paperclipai workspace close-readiness <execution-workspace-id>
paperclipai workspace operations <execution-workspace-id>
paperclipai workspace update <execution-workspace-id> --payload-json '{...}'
paperclipai workspace runtime-service <execution-workspace-id> start --payload-json '{...}'
paperclipai workspace runtime-command <execution-workspace-id> run --payload-json '{...}'
| Command | Arguments | Use |
|---|---|---|
list |
--company-id <id> |
List all execution workspaces in a company. |
get |
<id> |
Fetch a single execution workspace. |
close-readiness |
<id> |
Check whether the workspace is safe to close (no in-flight work that would be lost). |
operations |
<id> |
List the workspace's operation history. |
update |
<id> --payload-json <json> |
Patch the workspace with a JSON body. |
runtime-service |
<id> <action> [--payload-json <json>] |
Control a runtime service in the workspace. |
runtime-command |
<id> <action> [--payload-json <json>] |
Run a runtime command in the workspace. |
For both runtime-service and runtime-command, the <action> positional is one of start, stop, restart, or run. The --payload-json flag carries the runtime target as a JSON body and defaults to {} when omitted.
paperclipai workspace runtime-service <execution-workspace-id> restart --payload-json '{"service":"dev-server"}'
paperclipai workspace runtime-command <execution-workspace-id> run --payload-json '{"command":"npm test"}'
Tip: Run
workspace close-readiness <id>before you tear down or close a workspace. It tells you whether closing it now would interrupt active work.
Warning:
runtime-service stop/restartact on live runtime processes a run may be depending on. Confirm withworkspace getandworkspace operationsthat nothing critical is mid-flight first.
Environments (environment)
Environments describe where and how workspaces run — the backing infrastructure (SSH hosts, containers, capabilities) that runtime services and commands execute against. A lease is a claim on an environment by a workspace. Use these commands to inventory environments, probe their health, create or update them, and inspect the leases against them.
paperclipai environment list --company-id <company-id>
paperclipai environment capabilities --company-id <company-id>
paperclipai environment create --company-id <company-id> --payload-json '{...}'
paperclipai environment get <environment-id>
paperclipai environment leases <environment-id>
paperclipai environment lease <lease-id>
paperclipai environment update <environment-id> --payload-json '{...}'
paperclipai environment delete <environment-id>
paperclipai environment probe <environment-id>
paperclipai environment probe-config --company-id <company-id> --payload-json '{...}'
| Command | Arguments | Use |
|---|---|---|
list |
--company-id <id> |
List a company's environments. |
capabilities |
--company-id <id> |
Report the environment capabilities available to the company. |
create |
--company-id <id> --payload-json <json> |
Create an environment from a JSON body. |
get |
<environment-id> |
Fetch a single environment. |
leases |
<environment-id> |
List the leases held against an environment. |
lease |
<lease-id> |
Fetch a single environment lease by its own id. |
update |
<environment-id> --payload-json <json> |
Patch an environment with a JSON body. |
delete |
<environment-id> |
Delete an environment. |
probe |
<environment-id> |
Probe an existing environment for reachability/health. |
probe-config |
--company-id <id> --payload-json <json> |
Probe a candidate config before you create the environment. |
Note the two distinct lease commands: environment leases <environment-id> lists every lease on one environment, while environment lease <lease-id> resolves a single lease by its own identifier (it hits /api/environment-leases/{leaseId}). Use leases when you are looking at an environment and want to know who is using it; use lease when you already have a lease id from somewhere else.
# Validate a config before committing it, then create the environment.
paperclipai environment probe-config --company-id <company-id> --payload-json '{"kind":"ssh","host":"build-01.internal"}'
paperclipai environment create --company-id <company-id> --payload-json '{"name":"build-01","kind":"ssh","host":"build-01.internal"}'
paperclipai environment probe <environment-id>
Tip:
probe-configis the dry-run path — it checks a candidate configuration without persisting anything.probevalidates an environment that already exists. Probe first, create second.
Project Workspaces (project-workspace)
Project workspaces are the workspaces scoped to a single project. They are addressed by a project id (and, for the single-workspace operations, a workspace id) rather than a company id. Use these commands to list, create, update, delete, and drive the workspaces attached to one project.
paperclipai project-workspace list <project-id>
paperclipai project-workspace create <project-id> --payload-json '{...}'
paperclipai project-workspace update <project-id> <workspace-id> --payload-json '{...}'
paperclipai project-workspace delete <project-id> <workspace-id>
paperclipai project-workspace runtime-service <project-id> <workspace-id> restart --payload-json '{...}'
paperclipai project-workspace runtime-command <project-id> <workspace-id> run --payload-json '{...}'
| Command | Arguments | Use |
|---|---|---|
list |
<project-id> |
List the workspaces for a project. |
create |
<project-id> --payload-json <json> |
Create a project workspace. |
update |
<project-id> <workspace-id> --payload-json <json> |
Update a project workspace. The workspace id is required. |
delete |
<project-id> <workspace-id> |
Delete a project workspace. |
runtime-service |
<project-id> <workspace-id> <action> [--payload-json <json>] |
Control a runtime service in a project workspace. |
runtime-command |
<project-id> <workspace-id> <action> [--payload-json <json>] |
Run a runtime command in a project workspace. |
As with execution workspaces, the <action> for runtime-service and runtime-command is one of start, stop, restart, or run, and --payload-json defaults to {}.
paperclipai project-workspace list <project-id>
paperclipai project-workspace delete <project-id> <workspace-id>
paperclipai project-workspace runtime-command <project-id> <workspace-id> run --payload-json '{"command":"pnpm build"}'
Note:
updaterequires the workspace id positional — the command rejects the call if you omit it.createtakes only the project id, since the workspace does not exist yet.
See also
- Common Options — the client flags every command above accepts.
- Output and Scripting — using
--jsonand piping results. - Project Commands — managing the projects that own project workspaces.
- Dev Environments — the broader environment and SSH-fixture setup story.
- Run Commands — inspecting the heartbeat runs that execute inside these workspaces.
- Adapter Commands — the adapter/model configuration that
agent-config listsummarizes.