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Fully Local, Decentralized Threat Defense

Project description

Leukquant — Fully Local, Decentralized Threat Defense

Zero cloud. Zero trust in corporations. Zero single point of failure.

Overview

Leukquant is a fully local, decentralized threat defense system. It uses on-device AI for malware classification, a behavior profiler for anomaly detection, and post-quantum cryptography for file encryption.

Note: The blockchain threat ledger is currently disabled in this version. We use datasets like EMBER, VirusShare, and Kaggle Malware datasets for local AI scanning.

Features

  1. Local AI Scanning: On-device malware classification using ONNX models. No telemetry. No cloud calls.
  2. Behavior Profiler: Learns normal patterns over a 14-day baseline and flags deviations.
  3. Post-Quantum Crypto Vault: Encrypts files with NIST PQC standards (ML-KEM, ML-DSA, SLH-DSA).
  4. Offline Mode: Built for machines that never touch the internet.

Installation

pip install -r requirements.txt

Usage

1. Local AI Scanning

Scan a file using the local AI model:

python src/cli/main.py scan --file /path/to/file

2. Behavior Profiler

Start monitoring system behavior:

python src/cli/main.py monitor

3. Post-Quantum File Encryption

Encrypt a file:

python src/cli/main.py encrypt --file secret.pdf --algo ml-kem-1024 --sign ml-dsa-87

Decrypt a file:

python src/cli/main.py decrypt --file secret.pdf.sqe --key ~/.Leukquant/private.key

File Structure

  • models/: Contains the ONNX/GGML models for malware detection.
  • db/: Local SQLite databases for threat signatures and behavior baselines.
  • keys/: Post-quantum cryptographic keys.
  • config/: Configuration files (e.g., Leukquant.yml).
  • src/: Source code for the scanner, behavior profiler, crypto vault, and CLI.
  • logs/: Local logs for anomalies.

Datasets for Training

To train the local AI model, you can use the following datasets:

  • EMBER: Open PE malware dataset.
  • VirusShare: Repository of malware samples.
  • Kaggle Malware Datasets: Various datasets available on Kaggle.

Note: The pre-trained model should be placed in models/malware_detector.onnx.

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