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Trust-Store Update Drill

Practice updating every trust store — so a real CA incident is routine

Run a timed drill that updates every trust store in your estate — browsers, OS, runtimes, containers, appliances — and verifies each one, so the next real CA compromise is a checklist, not a scramble.

Trust-Store Update Drill のプレビュー
こんな方におすすめ
Platform teams, SREs, sysadmins
所要時間
~half a day per drill
レベル
中級

3ステップでインストール

登録不要。CLIツールも不要です。お使いのAIを選んで、1行コピーして貼るだけです。

Pro — 全511件のスキル

ご自分で入れたい場合は、スキルを購入($4.99)し、購入完了画面からZIPをダウンロードして、上のディレクトリに展開し、AIのセッションを再起動してください。結果は同じです。すでに購入済みの場合は、AIアシスタントにダウンロードしてもらうこともできます。

パックの内容

SKILL.md(手順書)1点とスターターテンプレート1点が入っています。プレビューはこちらです:

Trust-Store Update Drill

Why drill

When eMudhra's intermediates were compromised in October 2026, the browsers moved in hours: Chrome's CRLSet in about 100 minutes, Mozilla's OneCRL the same evening, Apple within two days, Microsoft within three. The long tail was everything else — Go programs, Python apps, Node services, container images, appliances — each with its own update path and its own way of silently failing. A drill finds those paths before an incident makes them urgent.

Workflow

  1. Pick a stand-in update (input: your store list -> output: a drill target).
    Choose a real, low-risk update to practice with: a routine root bundle
    refresh, a test CA removal, or a scheduled runtime upgrade. Never
    practice on a live compromise the first time — the drill's job is to
    teach the paths, not to add stress to a real incident.
  2. Run the clock (input: the drill target -> output: timed results per store).
    Update each store in the order your certificate inventory ranks them,
    and time each one: browsers/OS, runtimes, containers (rebuild + redeploy),
    appliances (vendor process). Record the command or click path for each.
    A path nobody can reproduce from the notes is not a path.
  3. Verify, don't assume (input: updated stores -> output: a verification line per store).
    For each store, prove the update landed: check the bundle version or
    hash, test a connection to a host that chains to a removed root (it
    must fail), and test a known-good host (it must succeed). An update
    with no verification is a hope, and hopes do not survive audits.
  4. Find the frozen copies (input: verification failures -> output: a frozen-copy list).
    The drill's real prize is the list of places that did not update:
    libraries with bundled roots, golden images, offline appliances, vendor
    firmware with no update path. Each frozen copy gets: an owner, a
    workaround (pinning, proxying, isolation), and a replacement plan.
    This list is the drill's main output — file it where the incident
    responders will look.
  5. Write the runbook (input: timed results + frozen list -> output: a one-page runbook).
    The runbook fits on one page: order, commands, verification checks,
    frozen copies and workarounds, and the escalation contact per store.
    Re-run the drill after any runbook change and at least twice a year.
    A runbook nobody has run is a guess.

テンプレートのプレビュー

Trust-Store Drill Worksheet

1. Drill target

-

2. Timed results

3. Verification checks

  • Removed-root host (must fail):
  • Known-good host (must succeed):

4. Frozen copies

5. Runbook location

-

スキルパック本体(SKILL.md とテンプレート)は英語で書かれています。

Pro — 全511件のスキル

こちらもおすすめです