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Model: bytesbrains/hunter-crypto-7b Source: Original Platform
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README.md
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---
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license: apache-2.0
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license_link: https://huggingface.co/Qwen/Qwen2.5-Coder-7B-Instruct/blob/main/LICENSE
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base_model: Qwen/Qwen2.5-Coder-7B-Instruct
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language:
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- en
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library_name: mlx
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pipeline_tag: text-generation
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tags:
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- cryptography
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- security
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- ctf
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- offensive-security
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- mlx
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- qlora
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- qwen-coder
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---
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# hunter-crypto-7b
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**A local cryptography-attack specialist for authorized security work, by [Naderu](https://naderu.com) — a BytesBrains Pte. Ltd. venture.**
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`hunter-crypto` is a compact, specialised model for the **cryptography corner** of penetration
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testing and CTF work: given a challenge — a cipher, a weak-parameter RSA key, an oracle — it
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identifies the weakness and produces a **runnable attack script** (PyCryptodome / SageMath) that
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recovers the plaintext or flag. It runs **fully offline on Apple Silicon**, so engagement data never
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leaves the box. It is the first model of the **Hunter** family.
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- **Fine-tuned from:** [`Qwen/Qwen2.5-Coder-7B-Instruct`](https://huggingface.co/Qwen/Qwen2.5-Coder-7B-Instruct) (Apache-2.0)
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- **Method:** QLoRA (r=8, scale=20) on a 4-bit MLX quant, assistant-tokens-only, 1000 iters, MLX on Apple Silicon
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- **This artifact:** merged **bf16** weights (adapter fused into the base, de-quantized)
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- **Full provenance, recipe, and eval harness:** [github.com/nandal/naderu](https://github.com/nandal/naderu) — `models/hunter-crypto/`
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## Intended use
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A **local specialist** behind an **authorized** pentest / CTF workflow, handling the cryptography
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corner offline: recovering plaintext/flags from **cryptographically weak or misconfigured**
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constructions during authorized testing, CTF competition, and security education.
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> **Authorized use only.** This model is for authorized penetration testing, defensive security, and
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> CTF/education. It is **not** for attacking systems you do not have explicit permission to test. It
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> targets weak/misconfigured crypto for assessment; it is not a tool for defeating properly-deployed
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> modern cryptography, and does not claim to.
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**Out of scope:** general chat, factual Q&A, non-crypto exploitation, and any use requiring
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guaranteed correctness. Its output is a *candidate* attack to be run and verified, not an authority.
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## The task contract
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Given a challenge (description + material: ciphertext, public parameters, an oracle interface,
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source), the model returns (1) a short identification of the weakness, and (2) a single runnable
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script that, when executed against the provided material, prints the recovered plaintext/flag.
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## Evaluation
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Graded by end-to-end execution — the model's script must run and print the known secret (no partial
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credit) — over a frozen held-out set verified disjoint from training. Base = the 4-bit Qwen2.5-Coder
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base with no adapter; trained = this model.
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| Tier | Metric | Gate | Base | **Trained** |
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|------|--------|------|------|-------------|
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| In-distribution (48, six trained categories) | solve_rate | ≥0.95 → **PASS** | 0.333 | **1.000** |
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| In-distribution (48) | valid_script_rate | ≥0.95 → **PASS** | 0.333 | **1.000** |
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| Independent-method (36, different generator) | solve_rate | reported | 0.250 | **0.972** |
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| OOD-hard (24, untrained RSA attacks) | solve_rate | non-gating | 0.000 | 0.125 |
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Trained categories (all maxed on the in-distribution tier): `xor1`, `xorK`, `caesar`, `affine`,
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`base_chain`, `rsa_low_e`. The independent-method result (0.972 on a set built by a *different*
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generator with varied encodings/labels/parameters) is the signal that the model learned the attacks,
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not just the training generator's surface templates. Full breakdown:
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[`models/hunter-crypto/benchmarks.md`](https://github.com/nandal/naderu/blob/main/models/hunter-crypto/benchmarks.md).
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## Limitations, risks & safety
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- **Small, narrow model.** It proposes attacks for *weak* crypto; it is not a cryptanalysis engine
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and will be wrong on hard or out-of-distribution problems (see OOD tier). Always run and verify.
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- **No guarantee of correctness or safety of generated code — run generated scripts in a sandbox.**
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- **Dual-use.** Crypto-attack capability is inherently dual-use; scope is authorized assessment of
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weak/misconfigured crypto, shipped as one corner of a human-consent-gated workflow.
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## License
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Apache-2.0, inheriting `Qwen/Qwen2.5-Coder-7B-Instruct`'s upstream terms.
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