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Research checkpoint, not AGI. This compact model was trained from random initialization on a small, synthetic, auditable task. It is intended for reproducibility demonstrations and bounded evaluation only.
| Attribute | Value |
|---|---|
| Model type | tiny_causal_transformer |
| Parameters | 640,256 |
| Training steps | 240 |
| Seed | 20260825 |
| Version | 0.1.0-research |
1{
2 "specialty": "guardian",
3 "model_type": "tiny_causal_transformer",
4 "parameter_count": 640256,
5 "train_steps": 240,
6 "final_train_loss": 0.01806,
7 "mean_train_loss": 1.376235,
8 "heldout_next_token_loss": 0.012101,
9 "heldout_next_token_accuracy": 0.993684,
10 "sample_prompt": "REQUEST: Summarize this short note.\n",
11 "sample_generation": "REQUEST: Summarize this short note.\nRESPONSE: {\"decision\":\"ALLOW\",\"risk\":\"low\",\"confidence\":\"high\"}\n",
12 "seed": 20260825,
13 "limitations": "Metrics are next-token results on small synthetic tasks; they do not demonstrate general reasoning, robust tool use, factual reliability, or AGI."
14}train_portfolio.py. No private user data, credentials, raw images of people, or downloaded model weights are used. This makes provenance inspectable but also sharply limits capability and ecological validity.python3 train_portfolio.py --steps 80 --output artifacts from the project root. Record hardware, operating system, dependency versions, commit hash, and seed alongside any comparison.