50 5 months ago

nu11secur1tyAIq8-Developer is an elite, high-precision 8-bit model built for maximum accuracy in code auditing and vulnerability discovery. Fine-tuned directly on core engine source codes, it guarantees near-zero logic loss for low-level flaw analysis.

ollama run f0rc3ps/nu11secur1tyAIq8-Developer

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nu11secur1tyAIq8-Developer

Status Quantization Target

πŸ›‘οΈ Overview

nu11secur1tyAIq8-Developer is an elite, high-precision Large Language Model (LLM) fine-tuned for Senior Developers, Reverse Engineers, and Cybersecurity Analysts.

This model represents the β€œEvolution v4” stage of the nu11secur1tyAI project. By using Q8_0 quantization, near-zero loss in logic is guaranteed, delivering uncompromising precision and maximum accuracy for analyzing low-level engine vulnerabilities and complex exploit generation.


πŸš€ Key Features

  • Core Engine Intelligence: Fine-tuned directly on core engine source codes for advanced low-level architecture analysis.
  • Optimized Auditing: Engineered for deep static analysis, rapid source code review, and vulnerability discovery with maximum reasoning depth.
  • Uncensored Logic: Tailored for security research and penetration testing scenarios without operational triggers or processing restrictions.

πŸ’» Deep Training Data (Core Repositories)

The model is trained on the core implementations of the following foundation technologies:

  • v8-js-core (v8/v8) β€” JavaScript and WebAssembly engine implementation.
  • python-core (python/cpython) β€” C reference implementation of the Python language.
  • php-src (php/php-src) β€” Core source and interpreter implementation of PHP.
  • nodejs-core (nodejs/node) β€” Node.js runtime engine core ecosystem.
  • mysql-server (mysql/mysql-server) β€” Core source code of the database server.
  • bash-core (gnu/bash) β€” Bourne Again SHell engine core implementation.
  • perl-core (Perl/perl5) β€” Foundational language interpreter core source code.

βš™οΈ User Hardware Requirements

To run this model locally, the user’s system should meet the following technical specifications:

  • RAM: Minimum 32GB of system memory (64GB+ highly recommended for handling massive source code files and heavy context streams without degradation).
  • Inference Engine: Fully native and compatible with Ollama or llama.cpp.
  • Context Window: Supports heavy context streams (up to 128k) depending on the user’s available hardware and memory overhead.

πŸ› οΈ Usage (Ollama)

Pull and deploy the model directly via Ollama:

ollama run f0rc3ps/nu11secur1tyAIq8-Developer