FireWorldBench - Temporal Evolution Forecasting (Structured Records): leaderboard

The temporal evolution forecasting dimension of FireWorldBench (Chen et al., 2026): forecasting how the temperature, smoke, visibility and flow fields of a simulated fire will evolve after an observation cutoff. Observations are given as structured sensor traces and physical records; the score is completion accuracy in percent, averaged over matched multiple-choice and open-report questions and scored deterministically; higher is better.

Metric: Completion accuracy (%; P1, temporal evolution forecasting items of the controlled-simulation subset; structured-observation track (textual sensor traces and physical records); each cell is the mean of the matched choice-format score (Jaccard overlap of selected and gold option sets) and open-report score (exact agreement of required structured slots); deterministic evaluator, no LLM judge; failed or unparseable responses score 0). Source: arxiv.org. Saturation forecast: Around February 2027. 15 models tracked.

Top models

#ModelScoreOverall rank
1GPT-5.6 Luna66.59#117
2Kimi K261.28#435
3Qwen 3.5 Plus (2026-02-15)60.77#178
4DeepSeek V3.260.7#403
5Gemini 2.5 Flash59.92#452
6Gemma 3 27B (IT)59.04#1306
7Qwen 3 32B58.3#960
8Claude Haiku 4.556.56#568
9Qwen 3 235B A22B55.38#622
10GLM 4.5 Air49.53#863
11Qwen 3 Next 80B A3B Instruct48.41#763
12Llama 3.3 70B Instruct47.08#1353
13Qwen 3 8B46.55#1838
14Gemma 3 12B (IT)34.67#1849
15Llama 3.1 8B Instruct31.93#4277

No result here: #1 Claude Fable 5.2, #2 Gemini 4 Carbon, #5 Claude Opus 5.5.

Interactive version: theaggregate.ai/benchmark?slug=fireworldbench-temporal-evolution-forecasting-structured-records · How It Works · Data refreshed daily, snapshot 2026-11-12.