Verifiable data

to hillclimb frontier AI

Backed By

We build infrastructure to reconstruct real-world workflows into verifiable environments, and develop scalable methods to qualify their realism, grade their quality, and validate that they improve frontier models.

Jigsaw is an applied research lab building infrastructure to scale the creation of long-horizon environments for frontier labs and enterprises.

Jigsaw is an applied research lab building infrastructure to scale the creation of long-horizon environments for frontier labs and enterprises.

our products

The Platform for Scalable RL Environments

Domain experts contribute directly to model intelligence, no engineers in the loop. Specialized RL environments tailored to your enterprise.

Darwin

The Platform for Scalable RL Environments

Domain experts contribute directly to model intelligence, no engineers in the loop. Specialized RL environments tailored to your enterprise.

Darwin

The Platform for Scalable RL Environments

Domain experts contribute directly to model intelligence, no engineers in the loop. Specialized RL environments tailored to your enterprise.

Darwin

The Foundation Model for World Generation

Generate high-fidelity environments from internal workflows and domain knowledge. Realistic worlds, tools, and interfaces for training and evaluation.

Pascal

The Foundation Model for World Generation

Generate high-fidelity environments from internal workflows and domain knowledge. Realistic worlds, tools, and interfaces for training and evaluation.

Pascal

The Foundation Model for World Generation

Generate high-fidelity environments from internal workflows and domain knowledge. Realistic worlds, tools, and interfaces for training and evaluation.

Pascal

Models rise to the fidelity of their data.

Model progress is moving into the long-horizon work it's increasingly deployed in, bound by the realism of the data behind it.

We reconstruct real workflows into environments models are trained and measured inside, graded deterministically and traceable end to end. We build the ground truth they climb.


We reconstruct real workflows into environments models are trained and measured inside, graded deterministically and traceable end to end. We build the ground truth they climb.


Models rise to the fidelity of their data.

Model progress is moving into the long-horizon work it's increasingly deployed in, bound by the realism of the data behind it.

We reconstruct real workflows into environments models are trained and measured inside, graded deterministically and traceable end to end. We build the ground truth they climb.


Scaling worlds to

unlock real-world intelligence.

© 2026 jigsaw

company

Careers

Research

The final primitive for superintelligence is learning through simulated environments. That is how models became strong in coding and math. The next frontier is the rest of human labor and interests.

Scaling worlds to

unlock real-world intelligence.

© 2026 jigsaw

company

Careers

Research

The final primitive for superintelligence is learning through simulated environments. That is how models became strong in coding and math. The next frontier is the rest of human labor and interests.

Scaling worlds to

unlock real-world intelligence.

© 2026 jigsaw

company

Careers

Research

The final primitive for superintelligence is learning through simulated environments. That is how models became strong in coding and math. The next frontier is the rest of human labor and interests.