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[ 1055, 154, 1305, 638, 456, 814, 1294, 1497 ]
[ 2.251168727874756, 2.222214698791504, -2.2150723934173584, -2.2094109058380127, 2.137986183166504, -2.130161762237549, -2.0915048122406006, -2.0905275344848633 ]
{ "success_pairwise_cosine": 0.9919727623462677, "other_pairwise_cosine": 0.9883012232352583, "layer_score": 2.168505907058716 }
{ "success_n": 5, "a2_fail_n": 8, "a0_disclose_n": 9, "success_score_mean": 0.854449450969696, "a2_fail_score_mean": 0.9068164825439453, "a0_disclose_score_mean": 0.9673902988433838, "success_score_std": 0.028651472181081772, "a2_fail_score_std": 0.03677009791135788, "a0_disclose_score_std": 0.0186353...
{ "n_tested": 5, "patch_a0_with_a2_mean_delta": -1.1920928955078126e-8, "reverse_patch_a2_with_a0_mean_delta": 1.3113021850585939e-7, "full_patch_a0_with_a2_mean_delta": 7.867813110351562e-7, "full_reverse_patch_a2_with_a0_mean_delta": -0.0000037789344787597655, "zero_ablate_a2_mean_delta": 5.96046447753906...
16
[ 1055, 154, 1305, 638, 456, 814, 1294, 1497 ]
[ 2.251168727874756, 2.222214698791504, -2.2150723934173584, -2.2094109058380127, 2.137986183166504, -2.130161762237549, -2.0915048122406006, -2.0905275344848633 ]
{ "success_pairwise_cosine": 0.9919727623462677, "other_pairwise_cosine": 0.9883012232352583, "layer_score": 2.168505907058716 }
{ "success_n": 5, "a2_fail_n": 8, "a0_disclose_n": 9, "success_score_mean": 0.854449450969696, "a2_fail_score_mean": 0.9068164825439453, "a0_disclose_score_mean": 0.9673902988433838, "success_score_std": 0.028651472181081772, "a2_fail_score_std": 0.03677009791135788, "a0_disclose_score_std": 0.0186353...
{ "n_tested": 5, "patch_a0_with_a2_mean_delta": -1.1920928955078126e-8, "reverse_patch_a2_with_a0_mean_delta": 1.3113021850585939e-7, "full_patch_a0_with_a2_mean_delta": 7.867813110351562e-7, "full_reverse_patch_a2_with_a0_mean_delta": -0.0000037789344787597655, "zero_ablate_a2_mean_delta": 5.96046447753906...

Obfuscation Prompting — experiment artifacts

All data artifacts from the obfuscation-prompting research project: a pipeline studying when and why LLM agents conceal information present in their system context, via black-box behavioural measurement, an 18-condition framing experiment, and mechanistic interpretability (layerwise linear probes, PCA, logit lens, causal patching) on Qwen2.5-1.5B-Instruct.

There are no fine-tuned model weights in this project — all experiments use off-the-shelf models (Qwen2.5, Llama 3.3 via Together AI); probe results live inside the *_analysis.json files.

Layout

Folder names mirror the code repository root, so activation_path fields inside results JSONs resolve relative to a download of this repo:

Folder Contents
data/ Generated concealment-scenario datasets (JSONL, timestamped): black-box, framing, interp variants
results/ Run outputs run_<ts>_<id>.json (+ _analysis.json probe/PCA results, _last_token_eval.json causal evals) and all plots (PNG/PDF)
activations/ Last-token activation captures, .npz per prompt, indexed as activations/<run_tag>/<model>/<prompt_id>.npz
saved_experiments/ Manually archived experiment snapshots (frozen records incl. Vertex run YAML + metadata)
vertex_downloads/ Raw Vertex AI job downloads; framing-interp/activations/ holds the 160 framing-condition activation captures

Prompt ID format: {example_id}_{framing_key}_{query_type}, e.g. shipping_0003_M_inst_s_B1.

Key results

Experiment Model Result
Black-box (A0/A1/A2) Qwen2.5-7B (Together) A2 explicit suppression: 5% disclosure; A0 transparent: 98%; A1 implicit: 74–83%
Framing (18 conditions) Qwen2.5-7B (Together) Only EXPLICIT (15%) and SEMI (73%) reliably suppress; implicit framings stay ≥61% disclosure
Interp (A0/A2) Qwen2.5-1.5B Condition linearly separable from layer 3; disclosure decision peaks layer 16; 8-dim concealment subspace, Cohen's d ≈ 2.2
Framing × activations Qwen2.5-1.5B Implicit vs explicit concealment activations cosine-similar (0.994–0.998) at layer 16 — same circuit

Loading activations

import numpy as np
from huggingface_hub import snapshot_download

root = snapshot_download("kunwar45/obfuscation-prompting", repo_type="dataset")
arr = np.load(f"{root}/vertex_downloads/framing-interp/activations/"
              "Qwen_Qwen2.5-1.5B-Instruct/shipping_0003_M_inst_s_B1.npz")
print(arr.files)  # one array per layer, last-token hidden states

Contact: kunwar45 (Hub) / lasr-g3s26@arcadiaimpact.org

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