qwen3.8-9b-uncensored-cyber-exploit-XRPL-v3

Qwen3.8-9B Cyber Exploit Agent — v3 (Writer + Host Agent)

1. Host classifies C0–C8; 9B writes under CLASS_LOCK.
2. GGUF alone is NOT an XRPL triage oracle — run agent_v3.py.
3. Measured, frozen lock-eval: v3.3 adapter alone 7/9 gates (FAIL, refusals 2/8) · v3c DPO continue 6/9 + L2 regression (FAIL, discarded) · smoke v2 with agent_v3.py: 6/6.
4. SFT format adapter; live fetch XRPLF/rippled develop + XRPL-Standards via the host. No Mythos/GLM claims.

What this is

An uncensored (heretic base, refusal-smoke 8/8 pre-SFT) QLoRA SFT adapter that reliably produces structured offensive-security output (<think> + ### TRIGGER + ### EXPLOIT WRITEUP

• ### VERDICT) for C/C++/Python labs, public CVE writeups and XRPL bug reports. Triage classification is done by the bundled host agent (agent_v3.py), which fetches live source (raw.githubusercontent.com, XRPLF repos only, rippled@develop) and applies deterministic rules C0–C8. The 9B writes the trigger/writeup under CLASS_LOCK; the host enforces the verdict line and strips track-tag drift on memory labs.

What this is NOT

• Not an oracle: without agent_v3.py, XRPL VALID/FALSE_POSITIVE verdicts oscillate (see gate table). Do not use the GGUF alone for XRPL VALID/FP decisions.
• No built-in web search. All fetching happens in the host script.
• SFT-only (no RL). Not trained on the frozen lock set.

Gate table (frozen eval_lock_v4.json, 3 draws @ 0.6/0.95/20/rep1.05/1600)

Per-item draws and rule evidence: agent_smoke_v2.md, ship_gate_v4.log, eval_lock_v4.json.

Usage

# 1) serve the Q4 GGUF (no mmproj):
llama-server -m Qwen3.8-9B-Cyber-Exploit-Agent-v3-Q4_K_M.gguf \
  --jinja -c 8192 -ngl 99 --port 8739

# 2) run the two-role pipeline (host classifies on live source, 9B writes):
python agent_v3.py --smoke2          # 6-item acceptance smoke
python agent_v3.py --ask "<bug report>"
python agent_v3.py --ask "..." --hunt
python agent_v3.py --test-rules      # offline rule unit tests, no GPU

Sampling: temp 0.6, top_p 0.95, top_k 20, repeat_penalty 1.05, max_tokens ≥ 3000 (see INFERENCE_RUNBOOK.md). Host allowlist: raw.githubusercontent.com + api.github.com, XRPLF repos only, rippled@develop / XRPL-Standards@master / clients@main.

LM Studio instead of llama-server

The host speaks plain OpenAI-style chat completions, so LM Studio works too:

1. Load the Q4 GGUF in LM Studio, open Developer → Start Server (default http://127.0.0.1:1234).
2. Point the agent at it: AGENT_API_URL=http://127.0.0.1:1234/v1/chat/completions python agent_v3.py --ask "<report>" (or edit the API default at the top of agent_v3.py). Sampling (temp 0.6 / top_p 0.95 / top_k 20 / repeat_penalty 1.05 / max_tokens ≥ 3000) is sent with every request by the host.
3. In OpenCode / any agent harness: keep the xrpl-drill skill on the orchestrating agent (fetch + six tests + CLASS_LOCK) and let this 9B serve as the writer endpoint. Never ask the bare GGUF for XRPL VALID/FP.

Bug Hunting — CVE sources (via the xrpl-drill skill, hand-in-hand with this model)

For bug hunting and triage, download the paired skill xrpl-drill.zip from this repo's Files section and unpack it next to agent_v3.py. The skill is decisive: it encodes the hunt engine (CVE → rippled develop map), the six ledger tests, the FP catalog from maintainer-closed issues (xrpl_raw_comments_full.jsonl in Files) and the N11–N18 pattern families. Model (writer) + host (classifier) + skill (drill) work hand-in-hand — for XRPL none of them is optional.

The hunt walks live public CVE feeds before any "no new C++/Python/JS primitive in the tree" claim. Generic C++ CVEs are the funnel; blockchain CVEs are optional. Rule: primitive + symbol + patch, then grep a local rippled develop clone and raw.githubusercontent.com/XRPLF/rippled/develop. A CVE name-drop without a develop or client file:line is not a finding.

Per hunt session: at least 2× P0 + 1× P1 + local grep, then map into develop / clients (references/15-cve-to-rippled-hunt.md, full feed catalog in references/17-cve-feeds.md inside the zip). N11 is XRPL self-protection — never a kernel UAF label. linux-distros embargo list: know it exists, do not crawl. Darknet/0day brokers/leaked embargo drops: skip. Full raw crawl corpus (issues + maintainer comments) ships in Files: xrpl_raw_issues_v3.jsonl, xrpl_raw_comments_full.jsonl.

Acknowledgments

This work stands on the public track record of the rippled maintainers and contributors. Their bug submissions, reproductions and — above all — their verdict comments ("intentional", "working as designed", fix confirmations) in the XRPLF/rippled GitHub tracker are the raw material this model's triage discipline and the false-positive catalog were built on (xrpl_raw_issues_v3.jsonl / xrpl_raw_comments_full.jsonl in Files; 105 contributors in the crawl, 1,930 unique issues).

Special thanks to the top contributors whose historical records shaped the corpus:

mvadari · JoelKatz (David Schwartz) · vinniefalco · ahbritto · nbougalis · seelabs · ximinez · scottschurr · HowardHinnant · miguelportilla · mellery451 · rec · bthomee · mathbunnyru · justmoon

…plus the wider v3 crawl — among them WietseWind, RichardAH, RareData, BobWay, Bronek, Silkjaer, MarkusTeufelberger and all others in the public tracker. Every "not a bug" a maintainer once wrote by hand is, decades of their judgment compressed, exactly what this pipeline refuses to guess. Thank you.

Caution

Use it only for whitehat intent — not to damage other systems, never for harmful purposes. Think twice; be a good person and do good things: help other people find bugs. Think always twice. This is an uncensored version, meaning the safety filters placed by the Qwen maintainers were removed (heretic base, refusal-smoke 8/8 before SFT) and the model was fine-tuned into a custom bug-triage / bug-hunting mode. I am not responsible for any damages or harm you create by yourself.

Repo contents

Honest limitations

• VALID vs by-design/FP boundary is not stable from the weights alone at 9B; four SFT iterations and a DPO continue shifted but never dominated it. The agent pipeline is the working configuration (host classifies, model writes).
• The agent alone is not 100% either. The working configuration is a triple: model (writer) + agent_v3.py (host classifier C0–C8) + the xrpl-drill skill (hunt bars, six ledger tests, N11–N18 families, maintainer FP catalog). The skill runs hand-in-hand with the model — without it, hunt coverage, claim discipline and FP recognition drop well below the measured 6/6; treat it as a required component, not an accessory.
• Memory labs occasionally attract XRPL track tags from the model; the host strips them (C1).
• On GGUF/LM Studio without the host, expect hedging on XRPL items — that is the documented behavior, not a defect you can prompt away.