MIF MCP Server
Enables AI agents to export, import, validate, and inspect memories in the Memory Interchange Format (MIF), ensuring portability across different memory systems.
README
Memory Interchange Format (MIF)
Your AI agent has 6 months of memories in System A. You want to try System B. Without MIF, you lose everything. With MIF:
pip install mif-tools
mif convert mem0_export.json --to shodh -o memories.mif.json
Done. Your memories are portable.
What is MIF?
A vendor-neutral JSON envelope for AI agent memories. Like vCard for contacts or iCalendar for events — a minimal schema so memories move between providers without data loss.
3 required fields. That's it.
{
"mif_version": "2.0",
"memories": [
{
"id": "a1b2c3d4-e5f6-7890-abcd-ef1234567890",
"content": "User prefers dark mode across all applications",
"created_at": "2026-01-15T10:30:00Z"
}
]
}
Everything else — memory types, tags, entities, embeddings, knowledge graph, vendor extensions — is optional. Add what you have, ignore what you don't.
Install
# Python
pip install mif-tools # core (zero dependencies)
pip install mif-tools[validate] # with JSON Schema validation
pip install mif-tools[mcp] # with MCP server
# Node.js / TypeScript
npm install @varunshodh/mif-tools
Convert Between Formats
# mem0 → MIF
mif convert mem0_export.json --from mem0 -o memories.mif.json
# MIF → Markdown (Obsidian/Letta style)
mif convert memories.mif.json --to markdown -o memories.md
# Auto-detect source format
mif convert any_memory_file.json -o output.mif.json
# Inspect any memory file
mif inspect memories.json
# Validate MIF document
mif validate memories.mif.json
Python API
from mif import load, dump, convert, MifDocument, Memory
# Load from any format (auto-detects mem0, markdown, generic JSON, MIF)
doc = load(open("mem0_export.json").read())
print(f"{len(doc.memories)} memories loaded")
# Convert between formats in one line
markdown = convert(data, from_format="mem0", to_format="markdown")
# Create memories from scratch
doc = MifDocument(memories=[
Memory(
id="123e4567-e89b-12d3-a456-426614174000",
content="User prefers dark mode",
created_at="2026-01-15T10:30:00Z",
memory_type="observation",
tags=["preferences", "ui"],
)
])
print(dump(doc)) # MIF v2 JSON
# Deep validation (UUIDs, references, timestamps, embedding dimensions)
from mif import validate_deep
ok, warnings = validate_deep(open("export.mif.json").read())
Add MIF to Your MCP Server (10 lines)
from mif import load, dump
# Export handler
def export_memories(user_id: str) -> str:
memories = my_storage.get_all(user_id)
return dump(memories)
# Import handler — auto-detects mem0, markdown, generic JSON, MIF
def import_memories(data: str) -> dict:
doc = load(data)
for mem in doc.memories:
my_storage.save(mem.id, mem.content, mem.created_at)
return {"memories_imported": len(doc.memories)}
Supported Formats
| Format | ID | Auto-detect | Description |
|---|---|---|---|
| MIF v2 | shodh |
"mif_version" in JSON |
Native format, lossless round-trip |
| mem0 | mem0 |
JSON array with "memory" field |
mem0 memory exports |
| CrewAI | crewai |
JSON array with "task_description" |
CrewAI LTMSQLiteStorage exports |
| LangChain | langchain |
JSON array with "namespace" + "value" |
LangChain/LangMem Item format |
| Generic JSON | generic |
JSON array with "content" field |
Any JSON memory array |
| Markdown | markdown |
Starts with --- |
YAML frontmatter (Letta/Obsidian style) |
Full Spec
MIF supports optional fields for rich memory data:
- Memory types —
observation,decision,learning,error,context,conversation, and custom types - Entity references — named entities with type and confidence
- Embeddings — model name, dimensions, vector (reuse or regenerate)
- Knowledge graph — entities and relationships with confidence scores
- Vendor extensions — system-specific metadata preserved on round-trip
- Privacy — PII detection and redaction markers
Full specification: spec/mif-v2.md | JSON Schema: schema/mif-v2.schema.json
MCP Server
Expose MIF tools to any MCP-compatible AI client:
pip install mif-tools[mcp]
mif mcp
Tools: export_memories, import_memories, validate_memories, inspect_memories, list_formats
Adapters & Implementations
| System | Status | Type |
|---|---|---|
| shodh-memory | Production | Built-in HTTP API (/api/export/mif, /api/import/mif) |
| mif-tools (PyPI) | Production | Python package with CLI + MCP server |
| @varunshodh/mif-tools (npm) | Production | TypeScript/Node.js package with CLI |
| mem0 | Adapter ready | Python + npm |
| CrewAI | Adapter ready | Python + npm |
| LangChain | Adapter ready | Python + npm |
| Generic JSON | Adapter ready | Python + npm |
| Markdown (YAML frontmatter) | Adapter ready | Python + npm |
Design Principles
- Minimal — 3 required fields. Everything else is optional.
- Extensible — Unknown fields and vendor extensions MUST be preserved on round-trip.
- Vendor-neutral — The schema doesn't favor any implementation.
- Forward-compatible — Importers MUST ignore unknown fields.
Contributing
We welcome adapter implementations for any memory system. See CONTRIBUTING.md.
Related
- Documentation — Full docs site
- MCP SEP #2342 — Original proposal to the Model Context Protocol
- tower-mcp #531 — Tracking issue in tower-mcp
- shodh-memory — Reference implementation (Rust)
- mif-tools on PyPI — Python package
- @varunshodh/mif-tools on npm — npm package
License
Apache 2.0
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