The unified infrastructure layer where persistent memory and governance are architecturally inseparable. Built for regulated industries.
Today's AI memory tools store everything and govern nothing. Agents remember sensitive data with no retention policies, no access control, and no audit trail.
That's not infrastructure. That's a compliance incident waiting to happen.
Memories persist forever by default. PII from a deleted user? Still in the vector store. No TTL, no automatic purge, no compliance path.
Any agent reads any memory. Your sales bot sees support tickets. Your intern-level agent reads executive context. No scoping, no isolation.
Who accessed what memory, when, and why? Nobody knows. When the auditor asks, the answer is silence.
Governance is a first-class primitive — not a bolt-on. Every memory operation flows through policy enforcement.
Every memory write is scanned for personal information. Names, emails, health data, financial identifiers — detected and redacted before storage. No manual tagging required.
Every read, every write, every delete. Complete lineage from creation to expiry. When an auditor asks who accessed what and when, you have the answer before they finish the question.
Set TTLs at the memory, agent, or tenant level. Policies are enforced automatically — no cron jobs, no manual cleanup, no forgotten data living in perpetuity.
Hard boundaries between tenants enforced at the infrastructure layer. One tenant's agents cannot read another's memories — by architecture, not by convention.
Scoped API keys with per-key rate limits, access policies, and rotation tooling. Revoke a key and its access disappears instantly — no cache window, no lag.
Semantic memory retrieval at production latency. 90% token reduction versus full-context prompting. Your agents stay fast while remembering more.
Between your AI models and the data they remember. Every memory operation passes through the governance layer. No exceptions, no escape hatches.
Any framework
Memory + Governance
Retention & Access
Vector / Graph / KV
Competitors bolt governance on after the fact — or skip it entirely. We built it into the architecture from day one.
| Mnemonic | Mem0 | Zep | |
|---|---|---|---|
| Graph memory | ✓ | Add-on ($249/mo) | ✓ |
| Retention policies | ✓ Built-in | ✗ | ✗ |
| Audit logs | ✓ Complete | ✗ | ✗ |
| Deletion workflows | ✓ API + auto-purge | Manual only | Manual only |
| PII classification | ✓ Automatic | ✗ | ✗ |
| Price | Free to start | From $99/mo (graph: +$249/mo) |
From $149/mo |
Pricing based on publicly available plans as of Q2 2026. Mem0 graph memory requires Business tier add-on.
Every industry has different requirements. Mnemonic's governance layer addresses them all — without custom builds.
HIPAA-aligned data handling. PHI auto-detected and redacted before storage. Retention policies enforce patient data lifecycle rules automatically.
SOC 2 audit trails for every memory access. Financial PII — account numbers, SSNs, card data — classified and blocked at the write layer.
Client privilege boundaries enforced by architecture. Matter-scoped isolation prevents cross-client data bleed. Full chain-of-custody logging for discovery.
FedRAMP-ready architecture with strict tenant isolation. Data residency controls, erasure on demand, and tamper-evident audit logs built in.
Start with the free tier. No credit card. Move to production when you're ready.