MEMORY LAYER

Turn your org's brain into memory.
Serve each agent only what fits.

EXTRACT · GOVERN · SERVE · REPLAYABLE · COMPOUNDING

Reads from
NotionGitHubGranolaDocument uploadConfluenceJiraSlackGoogle DriveGoogle DocsLinear
Serves
ClaudeChatGPTCursorOpenClawHermesNemoClawYour own platformSelf-hostedNo codeMCPAPISDK

What Memoth is

A store, a ledger, and a write-back loop. One layer under every agent.

MEMORY STORE
EPISODICpayments failover — what broke
SEMANTICtopology: active-active
PROCEDURALrollback runbook · 6 steps

Typed fragments, not chunks — what a mind would keep.

GOVERNANCE
source: Arch p.12 · verified
merge recorded · ledger #4821
ACL: devops → read

Every memory carries its source; every change hits a ledger.

PERSISTENT LAYER
learned: retry window 30s
written back · 2m ago
week-2 recall +18%

What agents learn writes back. Week two beats week one.

Memoth.aiThe memory layer

The problem

Memory tools store fine, serve badly, and never extract like a mind.

Bolt-on retrieval and search indexes both miss what a mind does with knowledge. Watch two agents fail the same way.

devops agent · memory: top-K
support agent · memory: top-K
SERVINGTOP-K

Top-K retrieval overwhelms or starves.

Bolt a vector store onto an agent and every prompt gets stuffed with half-relevant snippets, or the agent starts cold with nothing at all. Either way it burns tokens re-deriving what your org already knows, and hallucinates from the noise.

EXTRACTIONSEARCH

Search indexes. A mind remembers.

Your company's knowledge lives in wikis, tickets, chats and meeting notes. Search makes it findable. But nobody extracts it the way a mind does: the facts, the patterns, the resources, the procedures. So agents query documents instead of remembering anything, and nothing they learn ever flows back.

ONE FAILURE MODEPATTERN

Two agents, two domains, one failure mode. Every answer came back verbatim from the org's own docs. None of them flagged a conflict.

The loop

Extract. Govern. Serve. Then keep what agents learn.

Click a card to bring it forward

Memory types

Extracted like a mind. Served like a working set.

EPISODIC
What happened.

Incidents, decisions, the demo that failed and why. The events your org would rather not relive twice.

SEMANTIC
What's true.

Facts, ownership, configs, the current state of the world. Updated when the world changes, never silently lost.

PROCEDURAL
How it's done.

Runbooks, sequences, the steps that worked last time. What agents learn on the job lands here.

WORKING
What's in hand.

The slice served into the agent's context for this task: persona-fit, domain-fit, task-fit. This is the one your agent actually feels.

The split that matters: episodic, semantic and procedural memory get extracted into the store. Working memory is what gets served, per agent, per task.

Measured, not promised

We publish the numbers behind every claim.

RECALL@30 · LOCOMO+18.5 pts
78.4% vs 59.9%
Against plain text search on the LoCoMo benchmark, like-for-like.
memoth
text search
LLM CALLS · MEMORY LAYERDETERMINISTIC
0 LLM calls
Inside the memory layer. Serving is deterministic: same store, same question, same memory.
TASK SUCCESS · BEHAVIORAL+40 pts
40% 80%
With conditioned memory in our behavioral evals; hallucination cut to a third.
with memoth
without
PROMOTION BENCHMARKEVERY RELEASE
CAMP-Bench
The right memory, to the right agent, at the right time, per domain. Every release is judged on it.

Results from our evaluation suites. We run the same suites on your corpus during a pilot and hand you the table.

Plug in

Agents connect through whichever door fits.

Reads from Notion, GitHub, Granola, Document upload, Confluence, Jira, Slack, Google Drive, Google Docs, Linear. Serves Claude, ChatGPT, Cursor, OpenClaw, Hermes, NemoClaw, Your own platform, Self-hosted.

No codeMCPAPISDK

Design partners

We're choosing a handful of teams to build with.

What you get

The memory layer under your agents early, tuned to your domain first. We measure token cost, task success and served-stale rate, and hand you the numbers. If they don't show up, you walk with a free audit.

Founder-direct iteration. Your corpus never leaves your environment.

Created by engineers who built and scaled infrastructure at Razorpay and Okta.