Agent memory / Model Context Protocol (MCP) server

Hosted MCP memory for AI agents.
Shared context between chats.

Create Agent Memory in datamcp and get a hosted Model Context Protocol link for shared AI project context. Compatible chats can append structured updates, search earlier work, and prepare compact handoffs.

Free: 1 Agent Memory + 1 MCP linkRead Only or Read & AppendNo local memory server
SHARED MEMORY / LIVE3 AI CHATS / 1 HOSTED MCP LINK
AI CHATS
Claude search
Cursor append
Codex handoff
HOSTED MCPdatamcpauth · access · tools
SHARED PROJECT RECORDAgent Memorystructured · searchable · append-only
Claudesearch_memory8 entries found
Cursorappend_memoryprogress saved
Codexcreate_handoff_contexthandoff ready
ACCESSPer MCP link
MODERead / Append
STORAGEHosted
FORMATStructured

Direct answer

What does a hosted MCP memory server do?

A hosted MCP memory server gives compatible AI clients a shared, tool-accessible project record without requiring you to operate a local database, custom MCP runtime, or synchronization service.

Best fit
Projects where multiple AI chats or agents need to leave durable progress, decisions, blockers, deploy notes, and handoff context for one another.
Available tools
register_session, append_memory, search_memory, get_memory_entry, and create_handoff_context.
Storage model
Structured append-only entries with Markdown bodies, summaries, tags, files, entry types, importance, metadata, and session attribution.
Search model
PostgreSQL full-text search with filters. This release does not provide vector embeddings or semantic recall.
Write control
Read Only links block session registration and memory writes. Read & Append and Full Access links allow the current write tools.
Not included
No automatic task-completion writes, verified agent identity, direct .md upload, edit/delete tools, or replacement for Git and project documentation.

The production path

A shared project record that AI clients can use

AI chats often lose the decisions that matter between sessions. One chat changes an API contract, another investigates a production bug, and a third starts without knowing either happened. Copying entire transcripts is noisy and usually includes more context than the next task needs.

Agent Memory gives each compatible client a small set of explicit Model Context Protocol tools. A client registers a human-readable session name, appends meaningful updates, searches earlier entries, and requests a compact handoff when another chat needs to continue the work.

The current system is deliberately structured and append-only. It records what an agent chose to write, not every conversation automatically. Search uses PostgreSQL full-text search and filters rather than embeddings. That makes the behavior understandable, but it also means clients need clear instructions about when and what to save.

Read what agent memory is and when to use it, or follow the Agent Memory setup reference for tools, permissions, and limits.

What you get

Production access.
Without production guesswork.

01 / CAPABILITY
SE

Session-aware updates

Give each AI chat or task a readable session name, then associate its memory entries with that session.

02 / CAPABILITY
ST

Structured project memory

Store summaries, Markdown details, decisions, risks, deploys, tags, files, importance, and metadata in a consistent entry model.

03 / CAPABILITY
FI

Filtered full-text search

Search project history by text and narrow results by date, tags, files, type, importance, or session.

04 / CAPABILITY
CO

Compact handoff context

Create a bounded summary of recent or filtered entries instead of pasting full chat transcripts into the next agent.

05 / CAPABILITY
PE

Per-link write control

Use Read Only for retrieval or Read & Append when a trusted client should record new project context.

06 / CAPABILITY
HO

Hosted remote MCP

Connect through one HTTPS MCP endpoint without running a local memory server or maintaining its storage layer.

Source to controlled MCP link

One. Two.
Three.

Create the memory once. datamcp hosts its storage, remote MCP transport, client authentication, search tools, and per-link write boundary.

Read the setup guide
  1. 01
    Create Agent Memory

    Add an Agent Memory connection and give the shared project record a clear name and purpose.

  2. 02
    Choose link access

    Create a Read Only or Read & Append MCP link depending on whether the client should only recall context or also record updates.

  3. 03
    Connect each AI client

    Add the hosted MCP URL to compatible clients and instruct each chat to register its session and append meaningful handoff entries.

Build or use datamcp

Hosted Agent Memory vs. copying chat context

See what stays on your engineering backlog when the MCP runtime and control layer are managed for you.

CAPABILITYdatamcpManual notes and transcripts
Shared accessOne MCP memory for compatible clients

Copy and paste between chats

Context shapeStructured summaries and Markdown entries

Long transcripts or inconsistent notes

RecallFull-text search with filters

Manual document or chat search

HandoffsCompact context from selected entries

Rebuild context by hand

Write boundaryRead Only or Read & Append per link

Controlled by access to the whole document

Frequently asked questions

Questions before
you connect.

Clear answers about architecture, access, credentials, and supported clients.

01

What is an MCP memory server?

An MCP memory server exposes memory tools through the Model Context Protocol. AI clients can use those tools to register a session, append structured project updates, search previous entries, retrieve a full entry, and prepare handoff context.

02

What can an AI agent store in datamcp Agent Memory?

An entry can include a title, summary, Markdown body, entry type, importance, tags, file paths, metadata, session ID, and occurrence date. Entry types include notes, progress, decisions, bugs, handoffs, deploys, tasks, and risks.

03

Is this semantic or vector memory?

No. The current search uses PostgreSQL full-text search plus filters such as tags, files, entry type, importance, session, and date range. Do not treat it as embedding-based semantic recall.

04

Can agents edit or delete memory entries?

No. The current MCP workflow is append-only. Agents can append new entries, search them, retrieve one entry, and create handoff context, but update and delete tools are not available.

05

Does datamcp automatically write after every task?

No. The connected AI client must call append_memory as part of its own instructions or workflow. datamcp provides the tools and hosted storage, but it does not force a client to record an update.

06

Can I upload a Markdown file and turn it into an MCP server?

Not in the current release. Memory entry bodies support Markdown, but direct .md file import, synchronization, and export are not available.

07

How are memory writes controlled?

Use a Read Only MCP link to allow search and retrieval without writes. Use Read & Append or Full Access when a client should register sessions and append entries. Each MCP link can be revoked individually.

08

Does Agent Memory replace Git, documentation, or issue tracking?

No. It is a compact coordination layer for AI chats and agents. Keep source code in version control, durable documentation in its canonical system, and formal work items in the appropriate tracker.

Start with one link

Create one shared memory for all your AI chats

Create Agent Memory in datamcp, receive a hosted HTTPS MCP link, and connect compatible AI clients to the same project record. The Free plan includes 1 connection and 1 MCP link, with no credit card required.