Memory for AI agents
you can actually inspect.
As conversations grow, AI agents start making memory decisions you can't see. memgram makes retrieval, persistence, and memory state inspectable in production.
AI memory becomes unreliable at scale.
Short conversations don't need memory systems. But once sessions get long, context fades, retrieval gets noisy, agents drift, and developers lose visibility into why.
Today's memory is a black box.
Memories get stored automatically, retrieved probabilistically, and you have no real answer to what your system believes or why.
- stores memories automatically
- retrieves probabilistically
- hides extraction logic
- no observability
- every decision is a traceable event
- retrieval comes with a reason
- inspect what the system believes
- policies you control
The control plane for AI cognition.
See extraction, classification, deduplication, and persistence decisions stream through a typed pipeline in real time.
Every retrieval comes with a reason — why this memory surfaced, what was scored, and what was rejected.
Open any user, session, or agent to see exactly what the system currently believes — and how it got there.
Declarative policies for what persists, what expires, what merges, and what stays isolated — per scope.
Prevent cross-agent contamination. Inspect every state transition between agents sharing the same user.
Start on managed cloud today. Self-hosted VPC deployment coming soon — same APIs, same control plane.
Inspectable runtime state for AI agents.
Trace every state transition. See what your agent currently believes. Replay any retrieval decision. memgram is the missing developer surface for production AI cognition.
Why this memory was retained.
Every memory event opens into a full trace: the user message, extraction instructions, and every step of processing — extract, classify, deduplicate, decide.
- step-by-step pipeline replay
- per-event extraction reasoning
- reportable, shareable trace IDs
5a565eef…resolution history. Skip pleasantries and greetings.
What the system currently believes.
Open any user, session, or agent to see the active belief state alongside every write, search, and rejection. Catch cross-agent contamination before it reaches production.
Watch cognition evolve in real time.
Chat with an agent and see — turn by turn — what's extracted, what persists, what's retrieved, and what's rejected. Copy the integration straight into your stack.
One pipeline. Every decision, visible.
memgram sits between your application and your model runtime. Every memory event passes through a typed pipeline you can introspect and control.
Templates for the agents you actually ship.
Start from a memory profile tuned to your agent's job — support, personal assistant, coding copilot, sales, health. memgram configures extraction and retention automatically.
The failures you can't debug today.
Every team running agents in production has hit these. Without an inspectable cognition layer, the root cause looks like a hallucination — but it's a state transition no one saw.
Customer support agent answered with last quarter's data.
A SaaS team in New York shipped an LLM support agent. Two weeks in, it confidently quoted a deprecated billing flow because that memory was never invalidated.
- what was extracted from the old ticket
- why it persisted past the policy window
- which retrievals scored it above the new policy doc
Sales agent leaked a support user's frustration into an outbound email.
Two agents shared the same user scope without an isolation policy. The sales agent retrieved a support context memory at the wrong moment — and personalised on it.
- which agent wrote which memory
- why the cross-scope retrieval matched
- the exact policy rule that should have blocked it
Coding copilot stopped recommending the team's actual stack.
Over 6,000 turns the embedding space drifted. The copilot started surfacing generic answers because team-specific preferences fell below the retrieval threshold.
- confidence decay over time per memory
- rejected retrievals and their scores
- state transitions that changed the agent's belief
Managed cloud today. Self-hosted soon.
Start on managed cloud with enterprise-grade security. Self-hosted VPC and open-core distribution are landing for design partners — same APIs, same control plane.
What engineers say after wiring it in.
“Before memgram, debugging long-running conversations felt mostly probabilistic. We could see prompts and traces, but not how the system's memory state evolved over time. The retrieval traces changed that immediately.”
“We were chasing a hallucination for weeks. Turned out to be cross-agent contamination, a memory written by support surfacing in the sales agent. memgram showed us the exact transition.”
“We didn't need another vector database. We needed visibility into what our agents actually believed about users across sessions. memgram gave us a much clearer operational model for long-term memory.”
Simple plans. Scale when your agents do.
Every plan includes the full memgram cognition stack — observability, retrieval traces, and graph memory. You only pay for the writes your agents persist.
- Unlimited searches
- Unlimited agents
- Unlimited users
- Hybrid BM25 + vector search
- Graph memory
- Full observability
- Unlimited searches
- Unlimited agents
- Unlimited users
- Hybrid BM25 + vector search
- Graph memory
- Full observability
- Unlimited searches
- Unlimited agents
- Unlimited users
- Hybrid BM25 + vector search
- Graph memory
- Full observability
- Unlimited searches
- Unlimited agents
- Unlimited users
- Hybrid BM25 + vector search
- Graph memory
- Full observability
Unlimited scale, dedicated infrastructure, and policies tailored to your compliance posture. For teams running mission-critical agents in production.
Contact us- Unlimited memory adds
- Unlimited searches, agents & users
- Dedicated VPC / self-hosted
- Advanced auth & audit logs
- Custom policies & SLAs
- Priority support & onboarding
Stop guessing what your AI remembers.
memgram is the control plane for AI cognition — inspectable state, traceable retrieval, governable persistence. Built for production AI systems.