Frontier AI Lab · Training-Signal Driven

Expanding the frontier of real‑world intelligence.

We make AI's capabilities — and its failures — in complex tasks trainable, evaluable and reproducible.

Founded
2026
Founding team
Tsinghua × Silicon Valley
Focus
Data · RL Environments · Evals

About HumanStars

Founded in 2026 by leading AI researchers from Tsinghua and Silicon Valley, we are driven by training signals — revealing where AI's capabilities end and how it fails in real, complex environments, and building the foundations that keep intelligence improving.

Trainable

Data and environments designed to produce learning signal — not just test scores.

Evaluable

Clear visibility into what an agent can — and can't — do.

Reproducible

Tasks and environments that can be rerun, compared and verified.

Who we work with

Built for the teams pushing AI forward.

From pretraining to agent deployment, we provide the signal that turns real work into measurable model progress.

A

Foundation model companies

Structured, pretraining-grade data that extends what models understand about three-dimensional space and objects.

B

Agent product teams

Training data and interactive environments built from real tasks, so agents get measurably better at real work.

C

AI training & evaluation teams

Reproducible environments and benchmarks that show exactly what an agent can and can't do.

Core data & evaluation assets

Four asset lines, grounded in real tasks.

Anchored in real work — connecting pretraining, agent capability gains and reproducible reinforcement learning environments.

01 — PRETRAINING Dataset

3D Assets Data

Structured 3D asset data for foundation-model pretraining, helping models build an understanding of three-dimensional space and objects.

  • 3D ASSETS
  • PRETRAINING
02 — CODING AGENT Dataset

Terminal Bench 4 Coding Agent Training Data

Training data built around real terminal programming tasks, designed to strengthen how coding agents execute.

  • TERMINAL BENCH 4
  • CODING AGENT
03 — CAD · RL RL Environment

Industrial & Architectural CAD RL Environment

Interactive CAD reinforcement learning environments for industrial and architectural design, supporting gains on benchmarks such as ALE and CADBench.

  • RL ENVIRONMENT
  • ALE
  • CADBENCH
04 — 3D MODELING · RL RL Environment

Blender 3D Modeling RL Environment

Reinforcement learning environments built around Blender 3D modeling workflows, supporting 3D-modeling agent training and gains on the ALE benchmark.

  • BLENDER
  • RL ENVIRONMENT
  • ALE

How we work

From real work to training signal.

Not more puzzles — real tasks, captured in a form models can learn from and teams can measure.

  1. 01

    Capture real work

    We start from real workflows — terminal programming, industrial and architectural CAD, 3D modeling in Blender.

  2. 02

    Build the training signal

    We turn those tasks into structured data and interactive RL environments that models can train against.

  3. 03

    Measure & improve

    Reproducible evaluation shows what an agent can do, where it fails, and how to keep it improving.

Our mission

Not just more questions — making real work the infrastructure of AI progress.

We turn real work into trainable, evaluable and reproducible data and evaluation assets — so our partners know exactly what their agents can and can't do, and how to keep them improving.

Get in touch

Let's build the signal that moves your models forward.

Whether you're training a foundation model, shipping an agent or building evaluations — we'd love to talk.