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KlondikeDev/Boris-2-0917
Boris-2-0917 is a text generation model from KlondikeDev. Use it when you need the model to write or continue text. It is set up for pytorch.
This is a weights-only snapshot from the Boris-2-0917 run at 7.107B tokens (step 13,556 of a planned 200B). It is published as an honest record of an aborted experiment, not as a finished or recommended model.
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Updated Sep 21, 2026
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From the Hugging Face model README
This is a weights-only snapshot from the Boris-2-0917 run at 7.107B tokens (step 13,556 of a planned 200B). It is published as an honest record of an aborted experiment, not as a finished or recommended model.
The model has 143,724,032 parameters: 31 layers, width 512, full 8-head MHA, SwiGLU width 1664, a 15M-parameter explicit n-gram table, and a tied 32,768-token byte-level BPE. The parameter increase over 0907 is 0.15% and came from rebalancing the fixed budget toward attention.
The weights were numerically healthy when archived: loss was approximately 2.98, the loss scale was stable at 32,768, and gradient norms were finite. The run was stopped because a full audit found pipeline choices that should not be carried through another two months of training:
These issues were corrected for Boris-2-0920 without increasing model size.
The run's original local evaluator reported:
| Task | acc_norm |
|---|---|
| HellaSwag | 28.50 |
| ARC-Easy | 46.38 |
| ARC-Challenge | 24.57 |
| PIQA | 62.51 |
| ArithMark-3 | 37.50 |
Mean: 39.81. Because of the evaluator problems described above, these numbers are included for provenance and should not be used as a clean model comparison.
model.pt: fp16 weights plus serialized configuration, at 7.107B tokens.tokenizer/: the exact byte-level BPE used by this checkpoint.ngram_vocab.bin: the exact n-gram-to-row mapping used during training.bench_7B.log and train_20260920_124514.log: historical evaluation and training logs.code/: custom architecture and checkpoint utilities.The checkpoint is a custom PyTorch format and is not directly loadable with
AutoModelForCausalLM. Do not replace its tokenizer or n-gram vocabulary: the
tensor shapes would still match while learned row meanings would be wrong.