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No. 4112Tools index

Previous survey · No. 3767 ·

Type
TOOL
Use case
Models: Train & Run
Date

About

Gemma System One turns Google's Gemma 3 4B model into a typed decision function in native Rust using Candle, skipping open-ended text generation entirely: a single forward pass produces logits over the legal answer options, which are softmaxed into a typed answer instead of generated, parsed text. On an Apple M1 Pro it measures 47ms per warm decision (21.2 decisions/sec) and scores 58.9% on JevBench's 231 public decisions.

At a glance

Gemma System One uses Gemma to score a fixed set of possible answers directly. It is worth studying if you need fast, structured decisions and want to measure how sharing inference state affects the answer.

Good fit

Inference researchers comparing latency and decision stability on a fixed task.

Consider something else when

Use a conventional classifier if you need established calibration or a supported production runtime.

Start here

Read the isolation experiment and compare the same choices across the default isolated path and the experimental packed path. Check agreement before interpreting any latency difference.

Cost and requirements

The documented demo uses Rust, Candle and Gemma 3 4B weights. The project reports a roughly 2.3 GB initial weight download and tests its featured path on Apple Metal.

Limits to know

The project says packed inference can change answers. Its published latency comes from that experimental path. A normalized choice score does not by itself establish calibration.

Why it made the leaderboard

This library turns Gemma 3 4B into a typed decision function via a single forward pass over legal-label logits instead of token generation, giving native Rust apps a 47ms, no-parser way to get structured LLM decisions.

Tags

gemmarustcandlellm-inferencedecision-making

Tech Stack

Rust

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Editorially curated, with community endorsements as a secondary signal. Corrections welcome.