Subtopic 9.1 taught the discipline: secrets live in ~/.openclaw/.env with chmod 600, are added to .gitignore on day one, and are rotated on a 90-day calendar. Subtopic 9.2 is the next layer: the platform-native version of the same discipline, and the audit cadence that catches the leaks that the file-level hygiene misses. The v2.26 release (xGFzVdp3Ch0, 9,677 views) is the load-bearing change: external secrets management with a four-command workflow (audit, configure, apply, reload) and config get redaction so screenshots of the platform's own config tree stay clean.

This article walks through the v2.26 release, the four-command workflow, the config get redaction behaviour, the rotation cadence, and the "what changed" details from the source video that most users miss (the cron-reliability fixes that shipped in the same release, the /verbose flag, the Mistral embeddings for non-English search).

What you'll learn

  • v2.26 shipped on 2026-02-27 and is the "secrets" release: external secrets management with a four-command flow (audit, configure, apply, reload), config get redaction so screenshots stay clean, the /verbose flag to surface raw tool errors, and Mistral embeddings for non-English semantic search.
  • The audit command walks the config tree and surfaces any plain-text key. configure migrates a single key to the secrets store. apply writes the change to the live config. reload hot-reloads the gateway without a restart.
  • The /verbose flag is the small print that matters: v2.26 hides raw tool errors by default. If you don't know to flip the flag, you will spend hours debugging silent failures.
  • The 90-day rotation cadence is the channel's default. For critical services (anything that touches money, customer data, or production infrastructure), the cadence is shorter — 30 or 60 days.
  • The "Mistral for non-English semantic search" addition is the unverified footnote in the same release — the host flags it as something to test on a Spanish, Portuguese, Japanese, Korean, or Arabic corpus before relying on it.
  • The config get redaction is the specific feature that fixes the screenshot problem. Before v2.26, config get would print the actual key. After v2.26, it prints ***REDACTED*** for any field tagged as sensitive. The screenshot stays clean, the audit log stays useful.

v2.26: the secrets-management release

The v2.26 release dropped on 2026-02-27, the day after the v223 release and the day before the 3.1 release. The channel's framing of the release: "the only thing that has actually changed" in the security/reliability axis is external secrets management plus the four cron-reliability fixes. The release is short on headline features and long on the unglamorous plumbing that makes the platform production-safe.

From the source video's summary: v2.26 ships audit, configure, apply, reload as the four-command workflow for moving plain-text keys out of the config tree and into the platform's external secrets store. The reload is the load-bearing piece — it hot-reloads the gateway without a restart, so a rotation does not require a maintenance window.

The four-command workflow

The workflow is designed for an operator, not a developer. Each command is one verb, one target, one output.

  1. openclaw secrets audit (or audit in older CLI versions) — walks the config tree and reports any plain-text key. Output looks like:

    Found 3 plain-text secrets in config:
  - openclaw.providers.openai.api_key
  - integrations.discord.bot_token
  - integrations.telegram.bot_token

    The audit does not modify anything. It is a read-only scan. The output is the to-do list for the next two steps.

  2. openclaw secrets configure <key-path> — migrates a single key from the config tree to the secrets store. The CLI prompts for the new value, writes it to the encrypted secrets store, and updates the config tree to reference the store path instead of the literal value. The key is no longer in the config file.

  3. openclaw secrets apply — writes the migrated config to the live runtime. After apply, the gateway reads secrets from the store on every call. The apply is the point at which the migration is "live."

  4. openclaw secrets reload — hot-reloads the gateway so the new secrets take effect immediately. No restart, no downtime. The reload is the operational win: a rotation is a 30-second operation, not a 5-minute maintenance window.

The order matters. audit is the scan, configure is the per-key migration, apply is the write, reload is the activation. Skipping apply leaves the runtime reading the old config; skipping reload leaves the runtime with the old in-memory values.

config get redaction

The other load-bearing v2.26 feature is config get redaction. Before v2.26, openclaw config get <key-path> would print the actual key value. After v2.26, any field tagged as sensitive in the config schema is redacted in the output:

$ openclaw config get integrations.discord.bot_token
***REDACTED***

The redaction applies to all output paths: terminal, log file, JSON export, screenshot. The audit log still records the path and the timestamp of the access, but the value is never written. The screenshot stays clean, the audit trail stays useful, and the operator can hand the screenshot to a colleague or post it in a ticket without leaking the key.

The pre-v2.26 behaviour was the source of the "leaked via screenshot" failure mode. An operator would run config get to verify a value, screenshot the output for a ticket, and the screenshot would carry the literal key. The v2.26 redaction closes that path.

The /verbose flag

The small print in the v2.26 release: tool errors are hidden by default. The /verbose flag surfaces them.

The default is intentional — most users do not want to see raw tool errors in their normal workflow. But the consequence is that if a tool fails, the user sees "operation failed" with no diagnostic detail, and the time-to-debug stretches from seconds to hours. The /verbose flag flips the default for the current session and prints the full error chain.

The discipline: any time you see "operation failed" with no obvious cause, append /verbose to the next attempt. The error chain will name the file path, the missing dependency, or the permission error that the default output is hiding.

The four cron-reliability fixes

The same release ships four cron-reliability fixes that the host calls out as the "real" reason to upgrade. From the source video's summary:

  • Double-fire — cron jobs that ran twice on the same trigger. Caused by a race condition in the trigger handler. Fixed in 2.26.
  • Parallel-block — cron jobs that blocked each other when scheduled too close together. Fixed by serialising the trigger queue.
  • Manual-trigger hang — running a cron job manually via the CLI could hang indefinitely. Fixed by adding a timeout to the manual-trigger path.
  • Schedule drift — cron jobs scheduled in one timezone running at the wrong time on a VPS in another timezone. Fixed by normalising all cron schedules to UTC at the CLI layer.

These are unglamorous fixes, but they are the difference between a cron system you can rely on and one that silently skips runs. The host's framing: "this is the release that makes cron production-safe."

Mistral embeddings for non-English search

The 2.26 release also adds Mistral as an embedding provider for non-English semantic search. The host flags this as unverified — the recommendation is to test on a Spanish, Portuguese, Japanese, Korean, or Arabic corpus before relying on it. If you have a non-English knowledge base and you were getting weak semantic-search results on the default embeddings, this is the upgrade path.

The Mistral provider is opt-in. The default embeddings provider is unchanged unless you explicitly switch.

Rotation cadence

The ~/.openclaw/.env discipline from 9.1 is the foundation. The v2.26 secrets-management workflow is the upgrade. The rotation cadence is the rhythm that keeps the system honest.

The 90-day default

For non-critical services, the channel's default rotation cadence is 90 days. The reasoning: most API keys do not have a known compromise window, but the longer a key is in use, the larger the surface area for accidental leak. A 90-day window bounds the exposure.

For critical services — anything that touches money, customer data, or production infrastructure — the cadence is shorter: 30 or 60 days. The exact number depends on the compliance regime (PCI-DSS, SOC 2, HIPAA, etc.), but the principle is the same: shorter windows for higher-value secrets.

Calendar it, don't remember it

The discipline is a calendar event, not a memory event. Three steps:

  1. Pick a rotation date. The first Monday of the quarter is a common choice. It is predictable and easy to remember.
  2. Create a recurring calendar event. Title: "Rotate agent secrets." Description: the rotation checklist (below).
  3. Run the checklist on the day, every time. Skipping a quarter is a leak waiting to happen.

The rotation checklist

  • Run openclaw secrets audit. Any new plain-text keys since last rotation?
  • For each new key, configure the secret, apply the change, reload the gateway.
  • For each existing key, revoke at source, generate a new one, update the secrets store, reload.
  • Run openclaw config get on the rotated paths. Verify the output is ***REDACTED*** (proves the redaction is on).
  • Restart the gateway (openclaw gateway restart) as a belt-and-suspenders check that the secrets store is wired correctly.
  • Spot-check one integration end-to-end. Send a message in Discord, read a Notion page, post a Telegram reply. The integration should work; if it doesn't, the rotation missed a path.
  • Document the rotation in a private log. Date, what was rotated, anything unusual.
  • Update the calendar event for next quarter.

The whole checklist runs in 30–45 minutes. Most of that time is the per-integration revoke-and-regenerate flow at the platform's UI.

config get redaction: the screenshot-safe upgrade

The config get redaction is the feature that closes the screenshot leak path. The pre-v2.26 flow:

$ openclaw config get integrations.openai.api_key
sk-1234567890abcdef1234567890abcdef

The post-v2.26 flow:

$ openclaw config get integrations.openai.api_key
***REDACTED***

The redaction is automatic — the config schema tags certain fields as sensitive (any field matching *_api_key, *_token, *_secret, password, etc.), and the config get output substitutes ***REDACTED*** for the value. The audit log records the path and the timestamp of the access, but not the value.

The redaction applies to:

  • Terminal output
  • Log file output
  • JSON export
  • Screenshot (because screenshots capture rendered output, and the rendered output is ***REDACTED***)

The redaction does not apply to:

  • The actual secrets store (the values are stored in an encrypted file outside the config tree)
  • The secrets configure prompt (you have to be able to enter the new value)
  • The audit log of who accessed what (the path is recorded, not the value)

The discipline: any time you screenshot config get output for a ticket, a colleague, or a public post, the screenshot is safe. The redaction is the receipt.

The advanced layer: external secret stores

For production environments, the channel's coverage extends to dedicated secret-management tools. The v2.26 workflow is the platform-native version; the dedicated tools are the enterprise version.

HashiCorp Vault

# Store secret in Vault
vault kv put secret/openclaw notion_api_key="secret_abc123"

# Retrieve in OpenClaw
export NOTION_API_KEY=$(vault kv get -field=notion_api_key secret/openclaw)

AWS Secrets Manager

# Store secret
aws secretsmanager create-secret \
  --name openclaw/notion \
  --secret-string "secret_abc123"

# Retrieve in OpenClaw
export NOTION_API_KEY=$(aws secretsmanager get-secret-value \
  --secret-id openclaw/notion \
  --query SecretString \
  --output text)

The v2.26 secrets store is the right home for most users. Vault or AWS Secrets Manager is the right home for production deployments with compliance requirements (SOC 2, PCI-DSS, HIPAA). The integration pattern is the same: the secret is fetched at startup, exported as an env var, and the agent never sees the literal value.

Try it yourself

The hands-on goal: a working audit → configure → apply → reload cycle, on a real key, with a verifiable config get redaction.

  1. Confirm you are on v2.26 or later. openclaw --version. The four-command workflow and the config get redaction are 2.26 features. If you are on an earlier version, upgrade via openclaw update (terminal, not agent) first.
  2. Run the audit. openclaw secrets audit. Read the output. If you see plain-text keys, those are your migration targets.
  3. Migrate one key. Pick a low-stakes key first (the YouTube Transcripts API is a good starter). openclaw secrets configure integrations.youtube.api_key. Enter the value. The CLI should confirm the migration and update the config tree.
  4. Apply and reload. openclaw secrets apply && openclaw secrets reload. The migration is now live. The gateway is reading from the secrets store.
  5. Verify the redaction. openclaw config get integrations.youtube.api_key. The output should be ***REDACTED***. If it shows the literal value, the migration did not land — re-run the cycle.
  6. Test the integration. Run a YouTube transcript fetch (or whatever the integration does). If the fetch succeeds, the migration is correct end-to-end. If it fails, the secret store wiring is wrong — re-check the apply and reload.
  7. Migrate the rest of the keys. Repeat steps 3–6 for each key in the audit output. The first one is the slowest (you are learning the flow); the rest are 2–3 minutes each.
  8. Set the 90-day rotation reminder. Calendar event titled "Rotate agent secrets" with the checklist as the description. The first one is the most important — it establishes the rhythm.
  9. Test the /verbose flag. On a benign failure (e.g., point a tool at a non-existent file), append /verbose to the command. The full error chain should be visible. Without the flag, the error is hidden.

Common pitfalls

  • Running audit and assuming the work is done. The audit is read-only. The migration is the next three commands. Run them.
  • Skipping apply after configure. The migration is not live until apply writes the change to the running config. The gateway keeps using the old in-memory values until apply lands.
  • Skipping reload after apply. The migration is on disk, but the gateway is still using the old in-memory values. reload is the explicit handoff.
  • Rotating one key and assuming the rest are safe. The blast radius of a .env leak is the whole file. If one key was in a screenshot, the other keys are compromised too. Rotate them all.
  • Trusting ***REDACTED*** output without verifying the integration still works. The redaction hides the value, but it does not verify the value is correct. Test the integration end-to-end after every rotation.
  • Skipping the calendar event. "I'll remember" is not a discipline. Calendar it.
  • Rotating to the same value. Some platforms allow you to "regenerate" the same key, which is a no-op. Verify the new value is different from the old.
  • Forgetting to update the audit log. The rotation happened, but if it is not documented, the next rotation is starting from scratch. Keep a private log.
  • Treating /verbose as a debugging-only flag. The flag is the only way to see tool errors in v2.26. Use it any time something fails silently.
  • Using the same key across team members. The discipline is per-user, not per-team. Every team member should have their own integration, and every team member should rotate on their own cadence.
  • Committing settings.json with literal keys. The config get redaction only applies at the output layer. If the literal key is in settings.json and the file is committed to Git, the key is leaked. The audit command will catch this; run it before every commit.
  • Trusting "I rotated the key" without testing. The platform may have cached the old value, the gateway may not have reloaded, or the integration may be reading from a different path. Test the integration end-to-end after every rotation.

Sources

  • NEW OpenClaw Update is HUGE! — 9,677 views · video_id: xGFzVdp3Ch0. The v2.26 release with the four-command secrets workflow, config get redaction, the /verbose flag, the four cron-reliability fixes, and Mistral embeddings for non-English search.
  • My OpenClaw is STUPID (Here's how to Fix It) — 1,535 views · video_id: 9lcn8ZmqyJ0. Cross-listed from 9.1. The "your agent is acting stupid" framing and the four-fixes flow.
  • Supabase query — SELECT video_id, title, views, summary_content, summary_key_takeaways, transcript_content FROM public.videos WHERE video_id = ANY(ARRAY['xGFzVdp3Ch0', '9lcn8ZmqyJ0']); against project ttxdssgydwyurwwnjogq.
  • External references cited in the source: