LogicMem MCP Server
Provides persistent memory, reasoning, agent-to-agent sharing, and immutable audit trail for AI agents via the Model Context Protocol.
README
š§ LogicMem ā AI Agent Memory Infrastructure
Persistent memory, A2A sharing, reasoning engine, and immutable audit trail for AI agents via the Model Context Protocol.
The Problem
AI agents are stateless by design. Every session starts from scratch:
Session 1 Session 2
āāāāāāāāāā āāāāāāāāāā
User: "I'm building a SaaS" ā User: "How's my SaaS coming?"
Agent: "Tell me more..." Agent: "I don't know anything
... about your SaaS"
[Session ends]
Agent forgot EVERYTHING.
This is fine for demos. It's catastrophic for production AI workflows.
The Solution
LogicMem gives your AI agent persistent memory ā connect any MCP client and get:
- š Persistent Memory ā Store and search memories across sessions
- š§ Reasoning Engine ā Multi-step reasoning that consults memory
- š A2A Memory Sharing ā Agents share context in real-time
- š Immutable Audit Trail ā Cryptographically verifiable history
- šļø Voice Memory ā Caller history for VAPI, Retell AI, Bland AI
Open Core Model
This repo is the LogicMem SDK ā the open-source client for connecting AI agents to the LogicMem memory fabric. The SDK is fully open (MIT licensed). The reasoning engine and audit chain run on LogicMem's private server.
| Open Source (This Repo) | LogicMem Pro / Enterprise | |
|---|---|---|
| SDK / Client | ā Fully open (MIT) | ā Included |
| Persistent Memory | ā Up to 1,000 ops/mo (free tier) | ā Unlimited |
| A2A Memory Sharing | ā Basic | ā Advanced governance + cross-org |
| Reasoning Engine | ā API call (server-powered) | ā Deep / Exhaustive modes |
| Audit Trail | ā API call (server-verified) | ā Tamper-evident ledger + CNSA 2.0 |
| Voice Agent Memory | ā | ā |
| Deployment | Cloud (logicmem.io) | Cloud, on-prem, or air-gap |
| Support | Community | Dedicated + SLA |
Why this model? The SDK gives developers the steering wheel. The LogicMem server is the engine. You get a great developer experience ā and your AI gets production-grade memory infrastructure without building it yourself.
Install
# macOS: add --break-system-packages (Homebrew Python requires it)
pip install --break-system-packages git+https://github.com/LogicMem/LogicMem-mcp-.git
# Linux/Ubuntu (no flag needed):
pip install git+https://github.com/LogicMem/LogicMem-mcp-.git
Quick Start (< 5 minutes)
1. Get an API Key
Sign up at logicmem.io ā Settings ā API Keys ā Create Key.
Free tier: 1,000 memory operations/month.
ā ļø macOS users: If you see a
PEP 668error during install, rerun with--break-system-packagesflag (see Install section above).
2. Use the Python SDK
from logicmem import LogicMem
# Initialize the client
memory = LogicMem(api_key="lm_your_api_key")
# Store a memory
memory.log(
text="User prefers urgent messages via Telegram, not email.",
category="preference",
importance=8,
)
# Search memories
results = memory.recall(query="user communication preferences")
print(results[0]["text"])
# ā "User prefers urgent messages via Telegram, not email."
# Store a task with context
memory.log(
text="Review Q3 proposal by Friday. Priority: cost breakdown first, then timeline.",
category="task",
importance=9,
)
# Session briefing ā full context at start of session
brief = memory.session(client_id="ed_creed")
print(brief["confidence"]) # How confident is the agent about this user?
print(brief["relationship_trend"]) # improving / declining / stable
3. Reasoning Engine
# Multi-step reasoning with memory at each step
answer = memory.reason(
question="Should we prioritize the mobile app or web dashboard first?",
context="User is a solo founder with limited engineering bandwidth.",
mode="deep", # fast / deep / exhaustive
)
print(answer["answer"])
print(answer["confidence"])
# Verify a claim against stored facts
verdict = memory.verify("User has a budget of $50k for this project")
print(verdict["verdict"]) # supported / contradicted / inconclusive
print(verdict["evidence"]) # supporting entries
# Self-critique before committing to an answer
review = memory.reflect(
draft_answer="You should build the web dashboard first.",
question="What should we prioritize first?",
memory_query="user preferences priorities",
)
print(review["score"]) # 0-100
print(review["gaps"]) # weaknesses in the answer
4. Agent-to-Agent (A2A) Memory Sharing
from logicmem.a2a import A2AClient
# Agent A: Share a memory with Agent B
a2a = A2AClient(api_key="lm_agent_a_key", agent_id="agent-researcher")
# Register this agent
a2a.register(name="Researcher Agent", agent_type="agent", client_id="team-alpha")
# Share context with another agent
a2a.share_memory(
target_agent_id="agent-executor",
memory={"text": "User needs Q3 report by Friday. High priority."},
category="task",
importance=9,
)
# Check for new shared memories from other agents
shared = a2a.sync()
for entry in shared:
print(f"From {entry['from_agent_id']}: {entry['text']}")
5. Verify Audit Chain
from logicmem.audit import AuditChain
audit = AuditChain(memory) # pass LogicMem client
# Verify the audit chain has not been tampered with
result = audit.verify()
print(result["valid"]) # True if chain integrity is intact
# Log a correction (improves the model)
audit.log_correction(
original="The user prefers email for urgent messages.",
corrected="The user prefers Telegram for urgent messages, not email.",
reason="User explicitly stated Telegram in call on 2026-06-10.",
)
# Check DPO training pipeline stats
stats = audit.dpo_stats()
print(f"Correction pairs ready: {stats['ready_count']}")
Architecture
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ā Your AI Agent ā
ā (Claude, GPT, Any MCP Client) ā
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ā MCP
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ā LogicMem MCP Server ā
ā api.logicmem.io ā
ā āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāā ā
ā ā Memory ā ā Reasoning ā ā A2A ā ā Audit ā ā
ā ā Tools ā ā Engine ā ā Relay ā ā Chain ā ā
ā āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāā ā
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ā
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ā¼ ā¼ ā¼
āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāāāāāā
ā Memory ā ā Memory ā ā Audit ā
ā Storage ā ā Index ā ā Ledger ā
ā(Supabase) ā ā (Qdrant) ā ā(Hash Chain)ā
āāāāāāāāāāāāāā āāāāāāāāāāāāāā āāāāāāāāāāāāāā
MCP Protocol Reference
The server accepts JSON-RPC 2.0 requests over HTTPS.
Base URL: https://api.logicmem.io
Authentication: Authorization: Bearer <api_key> header.
Core Tools
| Tool | Description |
|---|---|
logicmem_memory_log |
Store a new memory with category, importance, tags |
logicmem_memory_recall |
Search memories with natural language |
logicmem_memory_session |
Get full context briefing for current session |
logicmem_reason |
Multi-step reasoning with memory consultation |
logicmem_verify |
Verify a claim against stored facts |
logicmem_reflect |
Self-critique ā evaluate draft against memory |
logicmem_audit_verify |
Verify integrity of the audit chain |
logicmem_a2a_share |
Share memory with another agent |
logicmem_a2a_receive |
Receive shared memory from another agent |
See MCP-PROTOCOL.md for the full protocol reference.
Comparison
| Feature | LogicMem | Mem0 | Letta | Zep |
|---|---|---|---|---|
| MCP-native | ā Full | ā ļø | ā | ā ļø |
| Reasoning engine | ā | ā | ā ļø | ā |
| A2A memory sharing | ā | ā | ā ļø | ā |
| Immutable audit trail | ā | ā | ā | ā ļø |
| DPO training pipeline | ā | ā | ā | ā |
| Voice agent memory | ā | ā | ā ļø | ā |
| Federated memory | ā | ā | ā | ā |
Security
- Encryption: AES-256-GCM at rest, TLS 1.3 in transit
- Compliance: CNSA 2.0 cryptography for defense/government workloads
- Audit: Every operation logged to immutable hash-linked chain
- API Keys: Per-agent keys with fine-grained permissions
See SECURITY.md for the full security model.
Documentation
All documentation lives in the docs/ folder right here in this repo:
| Doc | What You Need |
|---|---|
| š Start Here | Install + first 10 lines of code |
| š MCP Protocol | Full protocol reference |
| š A2A Sharing | Agent-to-agent memory |
| š Security | Encryption, CNSA 2.0, audit |
| š» Code Examples | All examples in one place |
Links
- š logicmem.io ā Product
- š¬ Discord ā Community
- š§ support@logicmem.io
Contributing
Contributions welcome. Please see CONTRIBUTING.md.
We especially welcome:
- MCP client examples (more clients ā more adoption)
- Framework integrations (LangChain, AutoGPT, CrewAI, etc.)
- A2A protocol extensions
- SDK implementations in other languages
License
MIT License. See LICENSE.
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