Moltbot Backup & Disaster Recovery — You Have No Backup, No RTO/RPO, No DR Test. Database Crash, Ransomware, Data Center Outage. 72h Downtime, Data Loss, Your CEO Fired the CISO.
You have no automated backup, no defined RTO/RPO goals and no tested DR process. Database crash, ransomware, data center outage. 72h downtime, data loss, your CEO fired the CISO. Here's how to prevent it.
What is Disaster Recovery? Simply explained.
Think of disaster recovery like insurance for your infrastructure: when everything goes wrong — database crash, ransomware, data center outage — you have a plan. For Moltbot, this means: automated backups, defined RTO/RPO, geo-redundancy, tested failover processes. Good DR means: never lose data, never be down for long.
↓ Jump to technical depthRTO/RPO Tiers for Moltbot
| Tier | Service | RTO | RPO | Backup Freq. |
|---|---|---|---|---|
| T1 | Auth Service | 5 Min | 1 Min | Continuous |
| T1 | Database (Primary) | 15 Min | 5 Min | WAL Streaming |
| T2 | API Gateway | 30 Min | 15 Min | Stündlich |
| T2 | Redis Cache | 30 Min | 0 (rebuild) | Täglich |
| T3 | File Storage | 4 Std | 1 Std | Stündlich |
| T3 | Analytics DB | 24 Std | 24 Std | Täglich |
Automated PostgreSQL Backup
#!/bin/bash
# moltbot-backup.sh — Automatisiertes PostgreSQL Backup
set -euo pipefail
BACKUP_DIR="/backups/postgres"
DB_URL="$DATABASE_URL"
TIMESTAMP=$(date +%Y%m%d_%H%M%S)
BACKUP_FILE="$BACKUP_DIR/moltbot_$TIMESTAMP.sql.gz"
RETENTION_DAYS=30
# 1. Backup erstellen
echo "[INFO] Starting backup: $BACKUP_FILE"
pg_dump "$DB_URL" | gzip > "$BACKUP_FILE"
# 2. Integrität prüfen
gunzip -t "$BACKUP_FILE" || { echo "[ERROR] Backup corrupt!"; exit 1; }
echo "[INFO] Backup integrity OK ($(du -h $BACKUP_FILE | cut -f1))"
# 3. Verschlüsselt in Cloud Storage hochladen
aws s3 cp "$BACKUP_FILE" \
"s3://moltbot-backups/postgres/$TIMESTAMP/" \
--server-side-encryption aws:kms \
--sse-kms-key-id "$AWS_KMS_KEY_ID"
# 4. Alte Backups löschen (Retention)
find "$BACKUP_DIR" -name "*.sql.gz" -mtime +$RETENTION_DAYS -delete
aws s3 ls s3://moltbot-backups/postgres/ | \
awk '{print $4}' | \
head -n -$RETENTION_DAYS | \
xargs -I{} aws s3 rm "s3://moltbot-backups/postgres/{}"
echo "[SUCCESS] Backup completed: $BACKUP_FILE"Real-World Scars: Production Incidents
No backup before deployment. Schema change breaks DB, no rollback possible. 24h downtime. Fix: Pre-deployment backup with automatic rollback.
Backup test never run. Restore during incident fails, backup corrupt. 48h downtime. Fix: Monthly restore test with integrity check.
Immediate Actions: What to do today?
Define RTO/RPO
Define RTO/RPO for all services. Classify by criticality.
Enable automated backups
Enable automated backups for PostgreSQL with WAL streaming.
Configure geo-redundancy
Enable geo-redundancy with automatic failover.
Interactive DR Checklist
DR Maturity Score Calculator
Industry Average: 19/100
Frequently Asked Questions
Was ist RTO vs RPO?
RTO (Recovery Time Objective): Wie lange dauert es, den Service nach einem Ausfall wiederherzustellen. RPO (Recovery Point Objective): Wie viel Datenverlust ist akzeptabel (Zeit seit dem letzten Backup). Für kritische Systeme: RTO < 15 Min, RPO < 5 Min.
Wie oft sollte ich PostgreSQL Backups machen?
Für Produktionsdatenbanken: Mindestens stündlich mit WAL Streaming für Point-in-Time Recovery. Tägliches Full Backup als Baseline. 30 Tage Retention mit verschlüsseltem Cloud Storage. Teste Recovery monatlich.
Was ist Geo-Redundanz?
Geo-Redundanz bedeutet, dass deine Infrastruktur in mindestens zwei geografisch getrennten Rechnzentren läuft. Wenn ein Rechenzentrum ausfällt (Feuer, Netzwerk, Naturkatastrophe), übernimmt das andere automatisch. Für Moltbot: Primary in EU-West, Secondary in EU-Central mit automatischem Failover.
Wie teste ich Disaster Recovery?
DR-Test-Schedule: Monatlich: Backup-Integritätsprüfung und Restore-Test. Quartalsweise: Full Failover-Test mit Traffic-Switch. Jährlich: Full Disaster Recovery Simulation mit Ransomware-Szenario. Dokumentiere alle Ergebnisse und Lessons Learned.