Build better AI together. Without moving data.

You're stuck at 78% accuracy and you've exhausted every architecture, finetuning technique you know

The people who could help can't access your data. Transferring it means sharing data, anonymization pipelines, and setting up matching environments on their side

They submit models to your workspace. Containerized execution on your data. Results on leaderboard. No transfer, no setup, no approvals.

Your model performs well on your test set but you have zero signal on other distributions

Testing your model on external data means data sharing agreements, format alignment, transfer logistics, and months of back and forth before you run a single evaluation

Your model runs on their data at their site in an identical container. You get metrics back. No data moves, no pipeline to build.

Your model plateaued. More diverse training data would push it further.

The datasets you need sit in other organizations. Pooling them means ETL pipelines, schema alignment, governance sign-off, storage provisioning, and weeks of data engineering

Federated training across multiple sites. Each dataset stays local. Model learns from all of them. You skip the entire data pipeline and approvals.

You want to go beyond incremental gains. You need a few smart people iterating fast on the same problem.

Everyone has a different setup. Different Python versions, CUDA drivers, preprocessing steps. Half the time goes to making things run, not making things better.

One workspace, identical execution environment for everyone. Submit, compare, improve, resubmit. Focus on the model, not the infra.

A vendor claims 95% accuracy on their cherry-picked demo set

Testing on your data means giving them access, negotiating NDAs, trusting their evaluation script, and hoping metrics are even comparable

Five vendors submit to your workspace. Same holdout set, same evaluation pipeline, one leaderboard. Numbers decide.

EU AI Act enforcement August 2026. You need to prove your model is fair and robust across populations.

Bias testing across demographics requires data from multiple sites. Centralizing it means months of governance reviews, anonymization, data engineering, and storage provisioning

Distributed audits across sites. Identical evaluation conditions everywhere. Real evidence from real populations without moving a single record.

You need a domain-specific LLM tuned on your clinical notes, legal contracts, or manufacturing logs

Uploading to an external API means network transfer, storage costs, losing control over retention, and governance teams blocking it entirely

LoRA, adapters, full fine-tuning. Everything executes on your machine. No upload, no external dependency, no approval needed.

You're assembling an agent. Each component needs a vision, NLP, reasoning, or embedding model. Five candidates per slot.

Running each candidate means setting up five different environments, managing conflicting dependencies, writing custom eval scripts, and manually comparing results

Benchmark all candidates in identical containers on your data. Pick the best per component. Assemble from tested parts.

You read a paper claiming SOTA. You try to reproduce it. Different numbers.

Different OS, library versions, data splits, random seeds. You can't tell if the model is better or the setup is different.

Isolated containers. Pinned dependencies. Same holdout set, same metrics, same conditions for every submission. Reproducible by design.

You're sitting on high-value data. Genomic, financial, industrial. Others would train on it.

Exporting means anonymization pipelines, format conversion, transfer infrastructure, legal review, and you lose control the moment it leaves

Others submit models to your workspace. Compute runs locally. You meter access. Data stays on your machine, value unlocked.

You have a candidate model. Looks good in dev. Stakeholders want it deployed now.

Running a proper bake-off means standing up 10 environments, loading production data into each, writing evaluation harnesses, and collecting results manually

10 alternatives, same production data, same evaluation pipeline, one leaderboard. Ship the one that wins.

Four offices, three time zones. Every team thinks their model is best.

Comparing results means reconciling different preprocessing, test splits, metric implementations, and environment configurations

One dataset, one evaluation pipeline, one leaderboard. Every team submits into the same containerized environment. Scores settle it.