M1-128M
From-scratch hybrid — attention + liquid core in every layer. 50K-step run on WikiText-103. English text continuation.
Best for English text continuation & inference-cost demos.
Every released model, with its exact parameters and download link. Run them on your own hardware — CPU-friendly, no GPU required.
From-scratch hybrid — attention + liquid core in every layer. 50K-step run on WikiText-103. English text continuation.
Best for English text continuation & inference-cost demos.
Frozen TinyLlama-1.1B-Chat base with trained liquid-core residual adapters + LoRA. The conversational model — English and Chinese.
Best for Bilingual conversation with cross-turn memory.
Attention-free O-series edge model. Constant 0.381MB carried state regardless of context — the O(1) memory line. Runs on CPU.
Best for Always-on edge streaming, CPU-only inference.
1.9B-parameter hybrid (2912d × 35L) in training. Learning-rate scheduling bug fixed — validation PPL falling steadily (107 → 74.75, -30%). Weights when the run converges.
Best for Stronger capability once training converges.
One glance: what each model is for, how big it is, and where to get it.
| Model | Best for | Params | Window | Carried state | Status |
|---|---|---|---|---|---|
| M1-128M | English text continuation | 128.6M | 512 tokens | 0.381 MB (O(1)) | ● Live on site |
| M1 · TinyLlama adapter | Bilingual conversation, cross-turn memory | 1.1B + 2.3M | — | — | ● Live on site |
| O1-48M | Always-on edge streaming, CPU-only | 48M | — | 0.381 MB (O(1)) | ↓ Download |
| M1-2B | Stronger capability — training in progress | 1.9B | — | — | ◐ Training |
Research family (O1-Anti, C1, O1-Sound, AwareLiquid-Physic): clone & run from github.com/AwareLiquid.
git clone https://github.com/AwareLiquid/M1 && cd M1
pip install -r requirements.txt
# drop the downloaded .pt into checkpoints/, then:
CKPT_PATH=checkpoints/hybrid_125m_serve.pt TOKENIZER=gpt2 \
python -m uvicorn serve.server:app --port 8000
All models run CPU-only. The 128M hybrid needs ~1GB RAM; the TinyLlama adapter needs ~5GB. Full instructions in the repo README.