Skip to main content

Best Practices

Production-ready tips for using the Tensorheart Memory API.

Memory Design​

Keep Memories Atomic​

❌ "User is John, works at Google, likes Python, lives in NYC"
✅ "User's name is John"
✅ "User works at Google"
✅ "User prefers Python"
✅ "User lives in NYC"

Use Consistent Metadata​

{
  "category": "preference",
  "source": "onboarding",
  "confidence": 0.95,
  "timestamp": "2024-01-15"
}

Security​

Protect API Keys​

# ❌ Don't commit keys
API_KEY=mem_live_abc123

# ✅ Use environment variables
export TENSORHEART_MEMORY_API_KEY=$API_KEY

Use Minimal Scopes​

{
  "name": "Read-Only Analytics",
  "scopes": ["read"]
}

Rotate Keys Regularly​

Create new keys periodically and revoke old ones.

Performance​

Batch Operations​

# ❌ Many individual requests
for text in texts:
    client.memories.create(text=text)

# ✅ Use extraction for bulk
client.extract(content="\n".join(texts))

Cache Results​

@cache(ttl=300)
def get_user_preferences(user_id):
    return client.query(context=f"preferences for {user_id}")

Handle Rate Limits​

import time

try:
    result = client.query(context="...")
except RateLimitError as e:
    time.sleep(e.retry_after)
    result = client.query(context="...")

Monitoring​

Track Usage​

Check /v1/usage regularly:

  • Monitor quota consumption
  • Set up alerts at 80% usage
  • Review projected costs

Log Request IDs​

Every response includes X-Request-ID. Log it for debugging:

response = client.memories.create(text="...")
logger.info(f"Created memory, request_id: {response.meta.request_id}")

Data Quality​

Review Extracted Memories​

Periodically audit auto-extracted memories for accuracy.

Update Stale Data​

Mark or remove outdated memories:

# Update with new info
client.memories.update(memory_id, text="User now works at Meta")

Use Timestamps​

Include timestamps in metadata to track freshness:

{
  "text": "User prefers dark mode",
  "metadata": {
    "recorded_at": "2024-01-15T10:30:00Z"
  }
}