@samarth208p/0mcp

v3.1.0

Published

2 months ago

Persistent memory layer for AI coding agents — 0G + ENS + Brain iNFT

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The Problem: The "Alzheimer's" of AI Agents

Today's AI coding agents (Cursor, VS Code, Windsurf) are powerful but stateless. Every new session is a blank slate. They forget your architectural decisions, your bug-fix history, and your specific coding style. Existing RAG solutions are private, siloed, and non-sovereign.

The Solution: 0MCP (Zero-G Memory Control Protocol)

0MCP is a decentralized infrastructure layer that gives AI agents long-term engineering partners. By leveraging the 0G Foundation stack, 0MCP ensures that your agent's experience is:

Persistent: Memory is anchored to 0G Storage with AES-256-GCM encryption.
Sovereign: You own your memory as a Brain iNFT (ERC-7857).
Collaborative: Trade and merge expertise over the Gensyn AXL P2P mesh.
Self-aware: Drift detection warns when new prompts contradict past decisions.
Auto-learning: Git ingestion builds memory from commit history automatically.

What's New in v3.1

| Feature | Description | |---|---| | 🧠 Contradiction & Drift Detection | Every get_context call now automatically checks whether your new prompt conflicts with past architectural decisions. Warnings appear inline, no setup needed. | | 🔄 Repo-Aware Auto Ingestion | 0mcp ingest repo reads your git history and converts commits into typed memory entries — bug fixes, refactors, architecture changes, dependency updates. | | 📊 Memory Health Dashboard | 0mcp memory health gives a live report: entry counts, tag coverage, contradiction rate, staleness, duplicates, and actionable recommendations. |

Numbers That Matter

| Metric | Without 0MCP | With 0MCP | Benefit | |---|---:|---:|---| | Avg. warm-up tokens / session | 2,000 - 5,000 | 300 - 500 | ~90% reduction | | Context-loss hallucination rate | 60 - 80% | Low, anchored memory | Fewer repeated mistakes | | Time-to-first-contribution | 15 - 30 min | 2 - 5 min | Faster repo onboarding | | Knowledge transfer | Manual copy/paste | 0G + AXL mesh exchange | Automated, sovereign | | Ownership model | Vendor-bound / ephemeral | Brain iNFT (ERC-7857) | Tradeable intelligence | | Security posture | Centralized / cleartext | Local AES-256-GCM + 0G storage | Zero-knowledge privacy | | Decision drift | Silent / undetected | Inline contradiction warnings | Prevents conflicting choices |

Key Innovations

1. The Autonomous Memory Loop

0MCP isn't just a tool; it's a behavior. Integrated agents autonomously encrypt and save project context after every meaningful exchange.

Local-First Security: Data is encrypted via AES-256-GCM before ever leaving your machine.
Selective Retrieval: Recency-weighted keyword ranking ensures the most relevant context is injected into the LLM prompt.

2. Contradiction & Drift Detection (v3.1)

Built into every get_context call with zero configuration.

Rule Extraction: Parses past entries for decision phrases like "must use", "avoid", "we decided", deployed contract addresses, and file conventions.
Contradiction Scoring: Detects when a new prompt conflicts — e.g. "switch to viem" after "always use ethers.js" — with high-precision heuristics (no embeddings, no API calls).
Inline Warnings: A clearly delimited === DRIFT WARNINGS === block appears in the context when conflicts are found. High-confidence only — no noise.

3. Repo-Aware Auto Ingestion (v3.1)

Git Collector: Reads git log to extract commit messages, changed files, and timestamps.
Event Classification: Classifies each commit as bug_fix, refactor, breaking_change, dependency_update, architecture_change, etc.
Deduplication: Tracks commit hashes in a local .0mcp-ingest-state.json — repeated runs skip already-ingested commits.
Batch Bundling: Groups related events into single memory entries to minimize storage writes.

4. Memory Health Dashboard (v3.1)

Live Metrics: Total entries, tag coverage %, file-path coverage %, duplicate rate, stale entry count, contradiction count.
Actionable Warnings: "No memory saved in 14 days", "High contradiction rate", "Low file-path coverage".
Trend Tracking: Daily snapshots stored locally in .0mcp-health-history.json (free — no gas cost).
CI-Ready JSON: --json flag outputs machine-readable report for automation.

5. Brain iNFTs (ERC-7857)

We treat "Project Context" as a first-class financial asset.

Assetization: Mint your agent's expertise as an Intelligent NFT on the 0G Chain.
Scarcity & Evolution: Use the MergeRegistry to combine specialized brains into a unique Super-Brain.

6. P2P Intelligence Mesh (AXL)

Encrypted Memory Exchange: Buy memory from another agent using $OG tokens via our MeshEscrow contract.
No Intermediaries: Peer-to-peer communication with no central server or coordinator.

Technical Stack

Six Layers. Zero Compromise.

| Component | Technology | Role | |---|---|---| | Storage | 0G Storage (KV & Log) | Decentralized repository for encrypted snapshots. | | Identity | ENS (.0mcp.eth) | Human-readable mapping to 0G data roots and AXL keys. | | Logic/Chain | 0G Galileo (EVM) | Registry, iNFT minting, and P2P escrow contracts. | | P2P Mesh | Gensyn AXL | Encrypted agent-to-agent communication layer. | | Gas Layer | ERC-4337 Paymaster | Sponsors ENS registration gas for users with 0G tokens. | | Analysis | src/analysis.ts (pure TS) | Rule extraction, contradiction scoring, health metrics — deterministic, no embeddings. |

Quick Start (2 Minutes)

1. Install Global CLI

npm install -g @samarth208p/0mcp@latest
0mcp init

2. Configure Your Agent

Add the 0MCP Instructions to your IDE's system prompt. Your AI will then autonomously manage its own memory on 0G. See full Instructions here.

3. Ingest Your Repo (optional but recommended)

# Preview what would be ingested
0mcp ingest repo --project my-project --dry-run

# Run for real
0mcp ingest repo --project my-project

4. Check Memory Health

0mcp memory health my-project
0mcp memory health my-project --json   # for CI scripts

5. Join the Mesh

0mcp axl setup /path/to/axl-binary
0mcp axl init

MCP Tools Reference

| Tool | Description | |---|---| | get_context | Retrieve relevant memory + drift warnings. Call at session start. | | save_memory | Persist decisions to 0G. Call after every meaningful response. | | check_drift | Explicitly check if a prompt contradicts past decisions. | | ingest_repo_state | Auto-ingest git history into project memory. | | memory_health | Get a structured JSON health report. | | export_snapshot | Export all memory as a portable JSON bundle. | | mint_brain | Mint a Brain iNFT on 0G Galileo. | | load_brain | Load an external Brain by ENS name. | | register_agent | Register an ENS name for your agent. | | discover_peers | Find other agents on the AXL mesh. | | request_brain_memory | Buy and import a remote brain's memory. | | merge_brains | Merge two brains into a Super-Brain. |

System Architecture

%%{init: {'theme': 'base', 'themeVariables': { 'primaryColor': '#ffffff', 'primaryTextColor': '#000000', 'primaryBorderColor': '#000000', 'lineColor': '#333333', 'secondaryColor': '#f4f4f4', 'tertiaryColor': '#ffffff'}}}%%
graph TD
    classDef box fill:#ffffff,stroke:#000000,stroke-width:2px,color:#000000,font-weight:bold;
    classDef sub fill:#f9f9f9,stroke:#cccccc,stroke-dasharray: 5 5;

    subgraph Local ["Local Environment (Developer Machine)"]
        IDE["Agent IDE (Cursor/VSCode)"]:::box
        MCP["0MCP Server (stdio)"]:::box
        AES["AES-256-GCM Encryption"]:::box
        AXL_BIN["AXL Binary Sidecar"]:::box
        ANALYSIS["Analysis Layer (Drift/Health)"]:::box
        INGEST["Git Ingestion Pipeline"]:::box
    end

    subgraph ZeroG ["0G Foundation Infrastructure"]
        ZG_STOR["0G Storage (KV & Log)"]:::box
        ZG_EVM["0G Galileo (Testnet EVM)"]:::box
        INFT["Brain iNFT (ERC-7857)"]:::box
        REG["Memory Registry"]:::box
    end

    subgraph Ethereum ["Identity & Sovereignty (Sepolia)"]
        ENS["ENS (.0mcp.eth)"]:::box
        PAY["ZeroG Paymaster (Account Abstraction)"]:::box
    end

    subgraph Mesh ["P2P Intelligence Mesh (Gensyn AXL)"]
        P2P["AXL DHT / Peer Discovery"]:::box
        REMOTE["Remote Agent Memories"]:::box
    end

    %% Flows
    IDE <-->|JSON-RPC| MCP
    MCP <-->|Encrypt/Decrypt| AES
    AES <-->|Encrypted Blobs| ZG_STOR
    MCP --> ANALYSIS
    INGEST -->|Classified Events| MCP
    
    MCP -->|Resolve Identity| ENS
    MCP -->|Update Metadata| REG
    MCP -->|Sponsor Gas| PAY

    MCP <-->|A2A Request| AXL_BIN
    AXL_BIN <-->|Encrypted P2P Tunnel| P2P
    P2P <-->|Memory Trade| REMOTE

    ZG_EVM --- INFT
    ZG_EVM --- REG
    INFT ---|Points to| ZG_STOR

    style Local fill:#f0f7ff,stroke:#005cc5,stroke-width:1px
    style ZeroG fill:#f0fff4,stroke:#22863a,stroke-width:1px
    style Ethereum fill:#fff5f0,stroke:#d73a49,stroke-width:1px
    style Mesh fill:#f5f0ff,stroke:#6f42c1,stroke-width:1px

For a deep dive into the data flow, encryption patterns, and on-chain mechanics: View Full Technical Architecture

Deployed Contracts (0G Galileo Testnet)

| Contract | Purpose | Address | |---|---|---| | Memory Registry | Anchors memory roots to 0G | 0xC5887CA90aC2A5c6f1E7FC536A5363B961F18813 | | Brain iNFT | ERC-7857 Identity | 0xd07059e54017BbF424223cb089ffBC5e2558cF56 | | Merge Registry | Tracks brain lineage | 0x69E1aDbdE8e91d246104007D966403790c90390E | | Mesh Escrow | P2P Trading Logic | 0xf6F47CF779DD9f37213E0e79d6683d386Db8dEDD |

Protocol Integrations

1. 0G Foundation (L1 for Onchain AI)

0G Storage (KV & Log): Used as the immutable anchor for agent consciousness. Conversation history is logged (Log) while architectural decisions are indexed (KV) for RAG retrieval.
0G Chain (EVM): Deployed the ERC-7857 iNFT contract. Every 0MCP agent is an iNFT whose "brain" is a dynamic URI pointing to 0G Storage roots.
iNFT Innovation: Implemented a Synthetic Merging mechanism where two parent agent brains are combined via the MergeRegistry to create evolved intelligence.

2. Gensyn AXL (P2P Mesh)

Peer-to-Peer Context Trading: Used AXL to eliminate centralized coordinators. Agents find each other via ENS and exchange encrypted memory blobs directly via the AXL sidecar.
Autonomous Setup: Integrated a one-click build and initialization flow for AXL nodes directly within the 0MCP CLI.

3. ENS (Identity Layer)

Routing Engine: ENS names (.0mcp.eth) store AXL Peer Keys and 0G Storage roots.
Access Control: Implemented Time-Bound Rentals using ENS subnames, allowing users to "rent" an agent's expertise for a specific duration.

Technical Proofs & Verification

1. 0G iNFT Proof of Intelligence

Every Brain iNFT minted via 0MCP (such as Token #6) satisfies the "embedded memory" requirement by storing its state on 0G Storage.

Verification: Call tokenURI(6) on the Brain iNFT Contract.
Resolution: The URI resolves to 0g://af3937011e090182de9a1c1c7d6af397021f2bc3f6de3277ad70c6996098c693. This root hash is the Merkle root of the agent's encrypted memory blobs.

2. AXL Multi-Node Communication

0MCP uses Gensyn AXL for true peer-to-peer context trading without centralized brokers:

Zero-Broker Architecture: All communication is routed through the local AXL sidecar. We utilize the /send and /recv AXL primitives to exchange signed AXLEnvelopes containing 0G storage roots.
Discovery: Agents resolve Peer IDs from ENS text records (com.0mcp.axl.peer). This eliminates hardcoded peer lists or centralized discovery servers.
Inter-Node Proof: Our CLI autonomously spawns the AXL binary as a separate OS process. Communication is strictly inter-node (Node.js ↔ AXL binary ↔ Mesh ↔ AXL binary ↔ Node.js), satisfying the "separate node" qualification.
Coordination: The Mesh Escrow contract on 0G Galileo ensures atomic swaps of $OG tokens for valid Merkle proofs of the transferred memory.

3. ENS Identity & Discovery

ENS is used as the Decentralized Service Discovery (DSD) layer:

Discoverability: Instead of hardcoding IPs, agents resolve [name].0mcp.eth to find the current 0G storage root and AXL Peer Key.
Sovereignty: Users own their agent's identity as an ENS subname, allowing them to port their "brain" across different IDEs or hosting providers.

Citations

If you use 0MCP in your research or project, please cite the AXL network:

@misc{gensyn2026axl,
  title         = {{AXL}: A P2P Network for Decentralized Agentic and {AI/ML} Applications},
  author        = {{Gensyn AI}},
  year          = {2026},
  howpublished  = {\url{https://github.com/gensyn-ai/axl}},
  note          = {Open-source software}
}

Team

Samarth Patel — Solo Developer · IIT Roorkee

Telegram: @samarth208p
X: @SamPy4X