Step‑by‑Step Full‑Stack Disaster Recovery Drill for OpenClaw on UBOS

A step‑by‑step full‑stack disaster recovery drill for OpenClaw on UBOS ensures that your threat‑intelligence platform can survive data‑center outages, region‑wide failures, or accidental deletions while keeping backups, multi‑region failover, and validation processes automated and repeatable.

OpenClaw is a powerful open‑source threat‑intelligence aggregator that many security teams run on the UBOS platform. Because OpenClaw stores indicators of compromise (IOCs), feeds, and custom enrichment data, any loss can cripple incident response. This guide walks IT operators, system administrators, and DevOps engineers through a complete disaster‑recovery (DR) drill—from planning to validation—using UBOS’s native backup, multi‑region deployment, and workflow‑automation capabilities.

By the end of the drill you will have:

• A documented DR run‑book that can be executed in under 30 minutes.
• Verified backups stored in both object storage and a secondary UBOS region.
• Automated scripts that restore OpenClaw services, database schemas, and file‑system assets.
• Clear metrics to prove that the restored environment matches the pre‑drill state.

1. Planning

Effective DR starts with a solid plan that isolates scope, defines success criteria, and assigns responsibilities.

2. Preparation

Preparation is the phase where you configure UBOS, create backup policies, and stage the automation tools that will drive the drill.

2.1. Enable UBOS Backup Service

UBOS provides a built‑in ubos backup command that can snapshot Docker volumes and PostgreSQL databases. Run the following once to create a daily backup schedule:

ubos backup schedule create \
  --name openclaw-daily \
  --cron "0 2 * * *" \
  --volumes openclaw_data \
  --db openclaw_pg \
  --retention 30

2.2. Configure Multi‑Region Replication

Deploy a secondary UBOS instance in a different cloud region (e.g., us‑east‑2). Use the UBOS platform overview to spin up the replica, then enable cross‑region sync:

ubos replication enable \
  --source us-west-1 \
  --target us-east-2 \
  --app openclaw \
  --sync-interval 10m

2.3. Prepare Automation Scripts

Store the following Bash scripts in the /opt/ubos/dr-scripts directory. They will be called by the Workflow Automation Studio during the drill.

• backup_verify.sh – checks snapshot integrity.
• restore_openclaw.sh – restores containers and DB.
• post_restore_check.sh – runs health‑checks and IOC count comparison.

3. Execution

The execution phase simulates a real outage. Follow the steps in order; each step is timed to keep the RTO under 30 minutes.

3.1. Simulate Failure

Stop the OpenClaw Docker stack to mimic a crash or data‑center loss:

docker compose -f /opt/openclaw/docker-compose.yml down

Record the timestamp (e.g., 2024‑03‑22T14:05Z) for later RPO verification.

3.2. Trigger Backup Verification

Run the verification script to ensure the latest snapshot is healthy:

bash /opt/ubos/dr-scripts/backup_verify.sh openclaw-daily

If the script returns OK, proceed. Otherwise, investigate the backup logs before continuing.

3.3. Restore to Primary Region

Execute the restore script. It pulls the latest snapshot, recreates the PostgreSQL database, and restarts the Docker containers.

bash /opt/ubos/dr-scripts/restore_openclaw.sh \
  --snapshot latest \
  --target us-west-1

3.4. Failover to Secondary Region (Optional)

If the primary region remains unavailable, run the same restore command against the secondary UBOS instance:

ssh ubos-admin@us-east-2 \
  "bash /opt/ubos/dr-scripts/restore_openclaw.sh \
   --snapshot latest \
   --target us-east-2"

3.5. Post‑Restore Health Checks

Run the health‑check script to verify service ports, DB connectivity, and feed ingestion status:

bash /opt/ubos/dr-scripts/post_restore_check.sh

The script outputs a JSON summary. Example:

{
  "docker_status": "running",
  "db_connection": "ok",
  "feed_count": 1245,
  "ioc_checksum": "a1b2c3d4e5"
}

4. Validation

Validation confirms that the restored environment meets the pre‑drill baseline.

4.1. Compare IOC Checksums

Before the drill, capture the IOC checksum:

docker exec openclaw_pg \
  pg_dump -U openclaw -Fc openclaw | sha256sum

After restore, compare the new checksum with the saved value. A match indicates zero data loss.

4.2. Verify RPO & RTO

• RPO: Ensure the timestamp of the latest backup is no older than 15 minutes before the simulated failure.
• RTO: Measure the elapsed time from docker compose down to the moment the health‑check script returns status: success. It must be ≤ 30 minutes.

4.3. Document Findings

Populate the DR run‑book with the following fields:

• Date & time of drill.
• Backup snapshot ID used.
• RPO measured (e.g., 12 minutes).
• RTO measured (e.g., 24 minutes).
• Any anomalies or error messages.
• Action items for improvement.

5. Practical Checklists

6. Sample Commands Reference

Below is a consolidated list of the most frequently used commands during the drill. Keep this cheat‑sheet handy in your terminal.

Conclusion

Running a full‑stack disaster recovery drill for OpenClaw on UBOS is not a “nice‑to‑have” activity—it’s a business‑critical safeguard that protects your threat‑intel pipeline from catastrophic loss. By following the step‑by‑step plan above, you achieve measurable RPO/RTO targets, validate multi‑region failover, and embed a repeatable process into your DevOps culture.

Remember to schedule these drills at least quarterly, keep backup retention policies aligned with compliance requirements, and continuously refine the automation scripts as OpenClaw evolves. When you embed the drill into your regular operational cadence, you turn disaster recovery from a reactive nightmare into a proactive confidence booster.