AIAny
AI Model2026
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BugTraceAI-CORE-Ultra-27B-Q6

Generates production-ready offensive-security artifacts from prompts—Nuclei templates, CVE PoCs, exploit scripts and pentest tooling—fine-tuned on bug-bounty reports and CVE writeups and quantized for consumer/server GPU deployment.

Introduction

Why this matters

Most generalist LLMs explain vulnerabilities; this model is tuned to produce runnable security artifacts instead of prose. That makes it useful when you need a ready-to-run Nuclei YAML, a working CVE PoC, or exploit-level C code rather than a high-level report.

Key Capabilities
  • Tooling-first generation: outputs complete, executable artifacts (Nuclei templates, Python/C PoCs, JWT crackers, etc.), minimizing follow-up engineering work — so you can iterate faster during red-team research or triage.
  • Domain-tuned on real reports: SFT was performed on ~2,541 bug-bounty reports, CVE writeups and offensive-research examples — so prompts produce pragmatic, practice-grounded payloads rather than abstract examples.
  • Quantized, deployable variants: available Q6_K (21 GB) and Q4_K_S (15 GB) builds enable running on consumer GPUs with hardware/VRAM trade-offs — so teams can self-host without large cloud spend.
  • Tooling bench validated: internal tooling benchmarks emphasize artifact completeness (Nuclei templates, PoCs) and low refusal rates, making it predictable for automation pipelines.
Who it's for and trade-offs

Great fit if you are an authorized security researcher, bug-bounty hunter, or pentest team that needs machine-assisted exploit development and artifact generation and can accept responsibility for safe/legal use. Look elsewhere if you need deep, multi-step reasoning, threat modeling, or a model constrained by strict content-safety refusal policies—those tasks are better handled by reasoning-focused models.

Where it fits

Use this model when the objective is producing runnable artifacts for validation, automation, or PoC generation inside an approved research environment. For high-level adversary modeling, strategic planning, or defensively oriented analysis, pair it with a reasoning model that provides context and mitigations.

Practical notes

The model is built on a Qwen3.6-derived base and fine-tuned with SFT. Choose the quantized variant that matches your hardware: Q6_K for high-fidelity server/large workstation setups and Q4_K_S for tighter VRAM budgets. Be mindful of legal and ethical constraints when generating offensive tooling.

Information

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