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Memory API ​

Persistent memory for AI agents. Not vector search — statistical learning.

Sign up free at console.mnemoverse.com — no credit card, 1K queries/day.

3 Lines of Python ​

python
from mnemoverse import MnemoClient

client = MnemoClient(api_key="mk_...")

# Store a memory
client.write("Retry with exponential backoff fixed the timeout issue",
             concepts=["retry", "backoff", "timeout"])

# Query — Hebbian associations expand "timeout" → "backoff", "retry"
results = client.read("how to handle timeouts?")

# Report outcome — system learns what works
client.feedback(atom_ids=[r.atom_id for r in results.items], outcome=1.0)

Not a Vector Database ​

MnemoversePinecone / Weaviate / Chroma
Core modelStatistical learning (Rescorla-Wagner + Hebbian)Vector embeddings (cosine similarity)
Learns from outcomesYes — feedback loop updates valenceNo — static retrieval
Concept associationsThree-factor Hebbian graphNone
Memory compressionHDBSCAN consolidation + Von RestorffAccumulate forever
Query expansionAutomatic via learned associationsManual or none
Starting priceFree (1K queries/day)$25-70/mo

We don't just store and retrieve. We learn which memories matter.

How It Works ​

text
1. WRITE  →  Importance gate filters noise  →  Stored with semantic embedding
2. READ   →  Hebbian expansion  →  Valence-boosted ranking  →  Results
3. FEEDBACK  →  Outcome updates valence  →  Strengthens associations
4. CONSOLIDATE  →  HDBSCAN clusters similar  →  Prototypes + singletons

Memories that lead to good outcomes rank higher in future queries. Memories that consistently fail get suppressed. The system improves with use.

Pricing ​

FreeProTeam
Price$0/mo$29/mo$149/mo
Queries/day1,00050,000500,000
Atoms (memories)10,000500,0005,000,000
Rate limit60/min600/min3,000/min
API keys1UnlimitedUnlimited
SupportCommunityEmailSlack

Built on Research ​

  • Published: SLoD framework on arXiv (Semantic Level of Detail)
  • Benchmarked: evaluated on LoCoMo (1,986 questions) and LongMemEval — see Benchmarks for the current numbers
  • Validated: experiments across game-playing agents and academic benchmarks

Next Steps ​