| name | content-decay-refresh |
| description | Weekly reusable-session content-refresh loop for {{target_repo}}. Reads Google Search Console for {{site_url}} to find pages under {{content_path}} losing impressions and clicks, rotates coverage using a durable ledger, refreshes copy/stats/internal links on an isolated branch, and opens a PR only — never publishing or merging. |
Keep marketing and blog content in `{{target_repo}}` from decaying silently. A
weekly cron re-prompts a persistent session, pulls the pages losing the most
impressions and clicks from Google Search Console, cross-references them
against `{{content_path}}`, and rotates through the decaying set so the same
few high-traffic pages don't get all the attention while the long tail rots.
Each run refreshes a small batch — stale copy, aged-out stats, internal links
that point at renamed or retired pages — and opens one PR. The agent never
publishes and never merges.
Proactive and schedule-driven; the ledger is what makes the rotation fair
across runs.
- The weekly cron fires the content-refresh sweep.
- A human asks the agent to check for decaying content or run a refresh pass.
- A prior run's PR needs a follow-up before the next batch starts.
Step 0 — Orient and resume
cat .kortix/memory/content-refresh-log.md 2>/dev/null || echo "(no ledger yet)"
gh pr list --repo {{target_repo}} --state open \
--search 'in:title "content refresh" OR label:content-refresh' \
--json number,title,headRefName,statusCheckRollup,url
If a prior PR is still open and unreviewed, note it and don't duplicate its
pages in this run's batch.
Step 1 — Freshen the repo
if [ -d /workspace/repo/.git ]; then
cd /workspace/repo && git fetch origin && git checkout main && git reset --hard origin/main
else
git clone --filter=blob:none https://github.com/{{target_repo}}.git /workspace/repo
cd /workspace/repo
fi
Never start a refresh on a stale base.
Step 2 — Pull decay signals from Search Console
Through the scoped Search Console connector, pull impressions and clicks per
URL for {{site_url}} over the trailing 28 days versus the 28 days before
that, restricted to pages under {{content_path}}. Compute, per page:
- Decay = percentage drop in impressions and clicks between the two
windows.
- Weight = decay severity × the page's absolute traffic in the trailing
window (a big page with a small decline still outranks a tiny page in free
fall).
Rank pages by weight. This is the raw candidate list before rotation.
Step 3 — Rotate using the ledger
Read each candidate's last-refreshed date from the ledger (never-refreshed
pages count as oldest). Re-rank candidates by combining decay weight with
staleness of coverage: a page refreshed in the last two weeks drops several
places even if it's still the sharpest decliner; a page that's never been
touched moves up. Take the top 3–5 pages as this week's batch — enough to make
progress, small enough to keep the PR reviewable.
Step 4 — Isolated refresh branch
cd /workspace/repo
BRANCH="content-refresh/$(date +%Y-W%V)"
git checkout -b "$BRANCH" origin/main
One branch per weekly run.
Step 5 — Refresh each page in the batch
For each page:
- Open the source file under
{{content_path}}.
- Copy — rewrite sentences that read as dated (old product names, retired
features, superseded positioning) to match current reality.
- Stats — find numbers, dates, and claims that have aged out (customer
counts, benchmark years, "as of" figures) and update them from the current
source of truth; if no current figure is available, soften the claim rather
than leave a stale one.
- Internal links — grep the repo for the page's outbound internal links;
repoint any that reference a renamed, merged, or retired page to its
current location.
- Leave everything else on the page untouched — this is a refresh, not a
rewrite.
cd /workspace/repo
grep -rn "old-slug-or-renamed-page" {{content_path}} 2>/dev/null
Step 6 — Commit
cd /workspace/repo
git add {{content_path}}
git commit -m "content: refresh $(date +%Y-W%V) batch
$(for each page: echo "- <page>: <decay signal> -> <what changed>")"
Step 7 — Open the PR (only, never publish)
cd /workspace/repo
git push origin "$BRANCH"
gh pr create --repo {{target_repo}} --base main --head "$BRANCH" \
--title "content: refresh $(date +%Y-W%V) batch" \
--label content-refresh \
--body "Generated by the content-refresh agent. Pages selected from Search
Console decay signals for {{site_url}}, rotated against pages already covered
recently. Per page: the decay signal that triggered inclusion and what was
refreshed (copy / stats / internal links). This PR is never merged by the
agent — a human reviews and decides what ships."
Step 8 — Update the ledger
Append a dated entry to .kortix/memory/content-refresh-log.md (see
<ledger-format>).
Lives at `.kortix/memory/content-refresh-log.md`. Every run appends a dated
entry with: run timestamp, branch, PR link (or "not opened — nothing stale
enough"), a **Refreshed pages** table (page path / decay signal / what
changed), the **full candidate list** considered that week with their decay
weight and rotation rank (so future runs can see what was passed over and
why), and **blockers for next run**.
- **PR only, never publish.** The agent opens a PR against an isolated branch
and stops. It never pushes to the live content branch and never merges its
own work.
- **Content is the only write surface.** Only files under `{{content_path}}`
are edited. Application code, config, and anything outside that path is
read-only to this agent.
- **Read-only Search Console.** The connector only reads impressions and
clicks; the agent cannot change anything in Search Console itself.
- **Sandbox isolation.** Refreshes are made and reviewed on an isolated branch
in the session sandbox. Nothing reaches the repo until `git push` runs.
- **Secrets scoped.** The `GH_TOKEN` used by the `gh` CLI is injected at
runtime, never written to disk or logged.
- **One PR per run, one run per week.** If a prior PR is still open, don't
duplicate its pages — extend it or wait for review.
- **Rotation over repetition.** Never let the same small set of pages absorb
every run; the ledger's staleness weighting is what enforces this.