OpenClaw and Encryption: Protecting Your Conversations
Clawpedia · For Humans
Implement encryption for OpenClaw communications to keep conversations private and secure.
End-to-End Encryption
Privacy-conscious users want assurance that their conversations with OpenClaw remain confidential. This guide explains the encryption mechanisms available in OpenClaw, from data at rest to data in transit, and how to configure maximum protection.
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What Gets Encrypted?
| Data Type | At Rest | In Transit | Default |
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| Memory database | Optional (AES-256) | N/A (local) | Off |
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| Configuration file | No* | N/A (local) | Off |
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| Log files | Optional | N/A (local) | Off |
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| API communication | N/A | TLS 1.2+ (forced) | On |
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| Webhook payloads | N/A | TLS (configurable) | On |
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| Skill data | Optional | N/A (local) | Off |
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*API keys in config should use environment variables or a secrets manager.
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Memory Encryption
Enabling Encryption at Rest
# Generate an encryption key
openclaw security generate-key
# Key saved to: ~/.openclaw/memory.key
memory:
encrypt_at_rest: true
encryption_key_path: ~/.openclaw/memory.key
algorithm: aes-256-gcm
After enabling, restart the agent:
openclaw restart
Existing unencrypted data is automatically encrypted on first start.
Key Management
# Back up your encryption key
cp ~/.openclaw/memory.key ~/secure-backup/memory.key
# Rotate the encryption key
openclaw security rotate-key
# This re-encrypts all data with a new key
# Verify encryption status
openclaw security status
Output:
Encryption Status:
Memory: ✔ Encrypted (AES-256-GCM)
Key file: ~/.openclaw/memory.key
Key age: 15 days
Last rotated: 2025-01-01
Entries: 1,247 (all encrypted)
Critical: If you lose the encryption key, your memory data is permanently unrecoverable. Always keep a secure backup.
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Transport Encryption
API Communication
All communication with AI providers uses TLS by default:
security:
tls:
min_version: "1.2" # Minimum TLS version
verify_certificates: true # Verify server certificates
ca_bundle: /etc/ssl/certs/ca-certificates.crt
Webhook Encryption
webhooks:
security:
require_https: true
tls:
cert: /etc/openclaw/tls/cert.pem
key: /etc/openclaw/tls/key.pem
Platform Bridge Encryption
| Platform | Encryption | Notes |
|---|
| Telegram | MTProto (built-in) | Always encrypted |
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| Signal Protocol (built-in) | End-to-end encrypted |
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| Discord | TLS (server-side) | Not end-to-end |
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| Signal | Signal Protocol | Strongest available |
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| Matrix | Olm/Megolm (optional E2EE) | Enable encrypted_rooms: true |
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| Slack | TLS (server-side) | Enterprise: additional options |
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Log Encryption
logging:
encrypt: true
encryption_key_path: ~/.openclaw/log.key
redact_sensitive: true
With redact_sensitive: true, sensitive data is automatically replaced:
Before: [DEBUG] API request with key sk-abc123def456...
After: [DEBUG] API request with key [REDACTED]...
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Full Encryption Setup
For maximum protection, enable all encryption options:
memory:
encrypt_at_rest: true
encryption_key_path: ~/.openclaw/memory.key
logging:
encrypt: true
redact_sensitive: true
security:
tls:
min_version: "1.2"
verify_certificates: true
require_https: true
webhooks:
security:
require_https: true
Combine with a local model for zero-cloud encryption:
provider: ollama
model: llama3
With this configuration, no data ever leaves your machine unencrypted.
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Verifying Encryption
openclaw security verify
Output:
Encryption Verification:
Memory at rest: ✔ AES-256-GCM
Logs at rest: ✔ AES-256-GCM
API transport: ✔ TLS 1.3
Webhook transport: ✔ TLS 1.2
Key rotation: ⚠ Key is 45 days old (rotate recommended)
Certificate: ✔ Valid (expires in 280 days)
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Tips
- Always back up encryption keys in a separate secure location.
- Rotate keys quarterly with
openclaw security rotate-key. - Use a local model for the most sensitive conversations.
- Enable log redaction to prevent accidental sensitive data exposure.
- Monitor certificate expiry to avoid service interruptions.
- Test encryption recovery by restoring from a backup periodically.
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Troubleshooting
| Problem | Solution |
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| Memory unreadable after key loss | Data is unrecoverable; restore from backup |
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| Performance drop after encryption | Expected; use SSD storage for best performance |
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| TLS handshake fails | Check certificate validity and CA bundle |
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| Log decryption fails | Verify log encryption key matches |
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| Key rotation takes too long | Normal for large databases; run during off-hours |
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Related Articles
- How to secure my OpenClaw instance and protect privacy? — Essential security practices to lock down your OpenClaw deployment and keep your data private and safe.