EmbeddingGemma-300M Tetris System-1 Decision Engine

This model is a real-time System 1 decision engine built on top of google/embeddinggemma-300m, designed to evaluate and select optimal 2D Tetris placements without generating autoregressive text tokens.

Inspired by non-autoregressive decision architectures, this model combines a bidirectional embedding backbone with a 2-layer MLP readout head to output calibrated probabilities over 40 discrete piece placements in under 10ms.

Architecture & Benchmark

  • Base Backbone: google/embeddinggemma-300m (Frozen, bfloat16)
  • Decision Head: 2-Layer MLP (Linear 768 -> 256 -> GELU -> Linear 40)
  • Inference Latency: ~8ms (GPU forward pass) / ~70ms (with multi-objective candidate reranking)
  • Empirical Performance: Achieved 21+ continuous line clears across 60 blocks in real-time arcade control.

Technical Article & Post-Mortem

  • Full research walkthrough: Beyond Next-Token Prediction: Building Sub-10ms "System 1" Decision Engines with EmbeddingGemma
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