RESEARCH

Frontier Research

Run large-scale reinforcement learning experiments on open infrastructure, from pretraining to post-training and evaluation.

FIG. 01 / SPIN-UP

Minutes

To launch a multi-node run

FIG. 02 / ENVIRONMENTS

2,500+

Open-source RL environments

FIG. 03 / REPRODUCIBILITY

100%

Declarative, versioned experiments

Environment Hub

Access and contribute to 2,500+ open-source RL environments and a community of researchers and developers.

Request training

Verifiers

A library of modular components for creating RL environments and training LLM agents.

Prime-RL

A framework for asynchronous reinforcement learning (RL) at scale.

Sandboxes

For secure code execution optimized for large-scale reinforcement learning.

Frontier research shouldn’t be gated by closed clusters. Spin up multi-node training runs in minutes, checkpoint across regions, and reproduce results with environment definitions that live alongside your code.

From supervised fine-tuning to large-scale RL, the same stack — Verifiers, Prime-RL, and Sandboxes — covers the full post-training loop.

Every experiment is declarative: environments, reward functions, and evaluation suites are versioned artifacts you can share, fork, and cite.

Platform

Everything this solution needs. None of the overhead.

1

Multi-Node in Minutes

Launch distributed runs on InfiniBand-connected clusters with SLURM or Kubernetes.

2

Cross-Region Checkpoints

Checkpoint and resume anywhere, without babysitting storage or networking.

3

Versioned Artifacts

Environments, rewards and eval suites are artifacts you can share, fork and cite.

4

Full Post-Training Loop

SFT through large-scale RL and evaluation on one consistent stack.

PI is the closed-loop AI stack where models observe their own failures, generate new training signal, and improve — without you writing a single reward function.

Deploying with

At industry standards

FIG. 01 / EFFICIENCY

3.2×

Avg. improvement per cycle

FIG. 02 / VELOCITY

48 h

First improvement deployed

FIG. 03 / SCALE

100B+

Parameters on-stack

FIG. 04 / LABOR

0

Reward functions written

  • Self-generating eval suites
  • Auto-instrumented agents
  • RL across 2,500+ environments
  • Serverless model inference
  • Real-time training observability
  • Production data flywheel

[ What teams say ]

"We used to spend two weeks curating evals. PI generates better evals from failures in two hours. We just don't think about reward engineering anymore."
2 wks → 2 hEval curation time

Compute. Find reliable compute operated globally from a single GPU to largest clusters.

On demand

Instant access to 1-256 GPUs. Use your GPUs across clouds in a single platform.

  1. 1.1

    SLURM, K8s Orchestration

    Orchestrate dynamic workloads with enterprise-grade scheduling and container automation.

  2. 1.2

    Infiniband Networking

    Scale distributed training with high-bandwidth interconnects across nodes.

  3. 1.3

    Grafana Monitoring Dashboards

    Visualize metrics in real time with customizable dashboards for full system observability.

Liquid Reserved Clusters

Request large-scale clusters from 50+ providers. Sell-back idle GPUs to our spot market.

  1. 2.1

    Get quotes from 50+ datacenters within 24 hours

    One request, parallel bids for options, from H100, H200, to B200, B300, GB300 NVL72

  2. 2.2

    Re-sell idle GPUs back to our spot market

    Resell idle nodes on our spot market with no manual ops. Reclaim capacity instantly when you need it.

  3. 2.3

    Direct assistance from our research and infra engineering team

    Dedicated solutions engineer from cluster bring-up through steady-state

[ Ready? ]

Your model should get smarter while you sleep.

Engineers, at full stride. Point PI at your checkpoint — first improvement in about 48 hours.