Research Methodology

Collaboration
and Quality

We believe AI agents should augment human capability, not replace it. We design for collaborative orchestration where humans and agents work together across strategy and execution.

Difficult, realistic, reliably verifiable, and hard to hack tasks are essential to progress RL research. We obsess over these criteria and develop multi-modal pixel-perfect environments as a conduit for them.

Onboarding Procedures

Existing Environments & Datasets

/

Bespoke Solutions

Discovery

001

Requirements assessment. Research objectives, model capabilities, task specifications.

3-5 days

Provision

002

Environment and dataset access configured. Infrastructure setup with API credentials and documentation.

2-3 days

Benchmark

003

Initial model evaluation across task set. Performance baselines and capability gaps identified.

1-2 days

Train

004

Model training on trajectory datasets. Duration scales with model architecture, compute allocation, and performance targets.

Highly variable

New benchmark

005

Final evaluation. Performance deltas quantified, new capability boundaries documented.

1-2 days

Fig 1: Standard Customer Onboarding Gantt Chart

Onboarding Procedures

Existing Environments & Datasets

/

Bespoke Solutions

Discovery

001

Requirements assessment. Research objectives, model capabilities, task specifications.

3-5 days

Provision

002

Environment and dataset access configured. Infrastructure setup with API credentials and documentation.

2-3 days

Benchmark

003

Initial model evaluation across task set. Performance baselines and capability gaps identified.

1-2 days

Train

004

Model training on trajectory datasets. Duration scales with model architecture, compute allocation, and performance targets.

Highly variable

New benchmark

005

Final evaluation. Performance deltas quantified, new capability boundaries documented.

1-2 days

Fig 1: Standard Customer Onboarding Gantt Chart

green trees beside white building during daytime

Designed for validity

Integrity

Temporal Integrity

Frame-accurate state control captures state-action pairs with millisecond precision, preserving causal relationships across multi-step trajectories. Models learn correct temporal dependencies rather than spurious correlations from drift.

Grounding

Deterministic Grounding

Information leakage prevention through careful segmentation of state information eliminates training data poisoning. Deterministic execution ensures identical outcomes for identical inputs, enabling reproducible experiments.

Grounding

Deterministic Grounding

Information leakage prevention through careful segmentation of state information eliminates training data poisoning. Deterministic execution ensures identical outcomes for identical inputs, enabling reproducible experiments.

Realism

Temporal Integrity

Pixel-perfect clones extend beyond surface appearance with multiple layers of fidelity replicating functional behavior, state management, and interaction patterns. Multi-layer realism enables transfer learning from training to deployment without degradation.

Data Distribution

Realistic Data Dsitribution

Task sets reflect in-distribution usage patterns rather than edge cases or synthetic scenarios. Training on realistic distributions improves model generalization to actual deployment conditions.

Data Distribution

Realistic Data Dsitribution

Task sets reflect in-distribution usage patterns rather than edge cases or synthetic scenarios. Training on realistic distributions improves model generalization to actual deployment conditions.

Bespoke Generation

Bespoke Task Generation

Custom task specification to evaluation-ready deployment in under 24 hours. Automated generation enables rapid iteration on difficulty calibration, verification mechanisms, and task diversity.

We build infrastructure
for frontier-defining problems.

Access research-grade infrastructure for agent development. Deterministic environments with frame-accurate state control, high-fidelity trajectory datasets, and mixed-modality training capability.

Frontier Data Laboratory

Contact

Social Channels

Company Resources

Newsletter

Copyright ©2026 Chakra Labs. Unauthorized duplication or use of the content of this website is prohibited.

We build infrastructure
for frontier-defining problems.

Access research-grade infrastructure for agent development. Deterministic environments with frame-accurate state control, high-fidelity trajectory datasets, and mixed-modality training capability.

Frontier Data Laboratory

Contact

Social Channels

Company Resources

Newsletter

Copyright ©2026 Chakra Labs. Unauthorized duplication or use of the content of this website is prohibited.

We build infrastructure for frontier-defining problems.

Access research-grade infrastructure for agent development. Deterministic environments with frame-accurate state control, high-fidelity trajectory datasets, and mixed-modality training capability.

Frontier Data Laboratory

Contact

Social Channels

Company Resources

Newsletter

Copyright ©2026 Chakra Labs. Unauthorized duplication or use of the content of this website is prohibited.