TokenWave AI
TokenWave AI

Our Research

TokenWave works on benchmarks, synthetic data, agents, reinforcement learning, foundation models, and pretraining compute allocation with the M-A-P community.

Knowledge benchmark

SuperGPQA

Graduate multiple-choice evaluation across 285 subfields, with sample-weighted and taxonomy-balanced views.

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Coding benchmark

NL2Repo-Bench

Complete Python libraries generated from one requirements document, with correctness decided by the original hidden test suite.

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GUI-agent benchmark

Workflow-GYM

Specialized desktop work scored at the final artifact or GUI state after 30 to 110 dependent actions.

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Open code LLM

OpenCoder

OpenCoder is a code-language-model and reproducibility paper, not a benchmark.

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Formal theorem prover

OProver

OProver is an agentic Lean 4 theorem-proving system whose retrieval, compiler feedback, and proof repair are represented during training as well as inference; it is not a new benchmark.

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Looped language models

Ouro

Ouro is a family of 1.4B- and 2.6B-parameter foundation models built with a looped decoder architecture, not an evaluation benchmark.

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Music foundation model

YuE

YuE is an open foundation-model family for long-form lyrics-to-song generation, not a benchmark.

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Web-scale instruction data

MAmmoTH2

MAmmoTH2 is primarily a data and instruction-tuning study built around WEBINSTRUCT, a corpus of 10 million instruction-response pairs (about 5 billion tokens) mined from web pretraining data.

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Organizational software work

SWE-CoWork

Can a coding agent take over a teammate’s work? Recover distributed requirements, coordinate with colleagues, and carry changes through verified delivery.

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Autonomous software testing

TestEngineerBench

Can coding agents work as software test engineers? Turn product requirements into tests, uncover coexisting defects, and report their root causes without issue or location hints.

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