Find the best model configuration in hours, not weeks.
Hyper Tune
Why It Matters

Hours instead of weeks
Intelligent search plus early-stopping pruning cuts search time by up to 80% — teams iterate on models at a pace grid search can't approach.

Better models, smaller compute bill
Bayesian optimization finds superior configurations while spending GPU budget only on promising trials — quality and cost move in the same direction.

Results you can trust and reproduce
MLflow-tracked optimization runs make every search auditable and repeatable, not a one-off experiment nobody can recreate.
The Cloudly Advantage

Sells into existing ML teams
Research-heavy enterprises already wasting GPU hours on grid search are pre-qualified buyers — no ML-maturity education needed, just a cost-and-speed upgrade.

Compounds the cost-savings narrative
Bundled with ComputeOrchestrator, the combined "fewer GPU hours at lower cost per hour" pitch produces headline savings figures BD can lead with.

Natural TrainForge and PipelineForge add-on
Optimization runs as a pipeline step within our orchestration stack — an easy upsell that raises contract value on every platform deal.

MLflow synergy with ExperimentHub
Shared MLflow foundations mean HyperTune results land directly in ExperimentHub's registry — a seamless integration story competitors must stitch together.

Ray and SageMaker services pull-through
Ray Tune cluster operations feed our Cluster Services practice; SageMaker HPO integration opens AWS consultancy and migration conversations.
The Final Takeaway
Fast, low-risk POC — A one-week bake-off — HyperTune vs. the client's grid search on their own model — produces undeniable results and a short path to contract.
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Optuna
Core to the HyperTune technology stack.
Ray Tune
Core to the HyperTune technology stack.
Hyperopt
Core to the HyperTune technology stack.
AWS SageMaker HPO integration
Core to the HyperTune technology stack.