Understand and prepare your data
Check data quality, prepare useful inputs and keep the dataset version behind every model.
Train, evaluate, deploy and monitor machine-learning models in one platform. Give your applications a prediction API without assembling an entire ML platform yourself.
For data and analytics teams that want to use machine learning without building a platform first.
Why Sceptre existsProfile data, prepare features, train and tune models, compare results and operate the model you choose. Sceptre reduces repetitive platform work so data scientists can focus on the decisions that need their expertise.
Check data quality, prepare useful inputs and keep the dataset version behind every model.
Train multiple approaches automatically. Tune settings, compare experiments and evaluate the results that matter to your task.
Test on separate data, understand what influenced predictions and give stakeholders evidence they can review.
Record the model you approve, deploy it as a prediction API and track its health as new data arrives.
Tailor every part to your needs. Your team builds and maintains the integrations, deployment services, monitoring and upgrade paths.
A model learns patterns in your existing data, then uses them to predict outcomes for new data. Sceptre connects training, review, deployment and monitoring in one workflow.
Read the quick startAdd your data, check its quality and train models automatically. Compare results, test on separate data and review explanations before approving a model.
Business application → Sceptre prediction API → Model → Prediction. Your systems send data and receive a prediction, such as churn risk, a lead score or a demand estimate.
Track the deployed version and service health. Investigate changes in incoming data, called data drift. Check accuracy against actual outcomes when available, then decide whether to retrain or replace the model.
Run Sceptre on infrastructure your organisation controls. Keep sensitive data and model operations in your environment, reduce platform dependency and align deployment with your governance requirements.
Know why the model was chosen
Follow each model from its data to deployment and monitoring.
Give technical teams, business leaders and risk reviewers a shared record of the data, experiments, evaluations and approvals behind each deployed model.
Give data and analytics leaders one view of how projects move from experiments to prediction services. Help smaller teams deliver without assembling a large ML platform team.
Take a dataset to a usable prediction service without building every part of the ML platform yourself.
Bring disconnected tools into one workflow, with fewer integrations and systems to maintain.
Keep data, infrastructure and models under your organisation’s control. Your team owns the deployment decisions.
See which model was approved and deployed, why it was chosen and when it needs attention.
Practical answers about ownership, architecture and getting started.
Sceptre is an end-to-end machine-learning platform for business data in rows and columns. Train, compare, evaluate and approve models, deploy them as prediction APIs, and monitor them in one place.
Data and analytics leaders, data scientists, ML engineers and governance teams that want one workflow from data to deployed models. Smaller businesses can avoid assembling an entire ML platform, but still need the skills or support to operate their infrastructure.
Yes. Your data, infrastructure and models remain under your organisation’s control. Sceptre is Kubernetes-native: your cluster runs training jobs and prediction services. Your team manages access, capacity and maintenance as workloads grow.
Sceptre combines automated model training (AutoML) with model deployment and operations (MLOps). Versioned data and model files use S3-compatible storage. MLflow tracks experiments, a registry records model versions, and Kubernetes runs jobs and authenticated prediction services. Install with the public Helm chart and review the technical documentation for requirements.
See which inputs influenced a prediction and give reviewers evidence behind the model choice. The technical method is called SHAP. Explanations support review; they do not prove that a model is correct or fair.
Explore customer churn, lead scoring, customer propensity, demand, pricing, claims or fraud and credit risk. Your application calls the deployed API with new data and uses the prediction in its workflow. Each use case needs suitable data, validation and human oversight.
Bring CSV, Parquet, Excel, JSON or JSONL files within the documented size limits. Predict categories (classification), estimate numbers (regression), group similar records (clustering) or model observations over time (time series). Sceptre focuses on tabular machine learning, not general-purpose LLM training.
Review service health, the version deployed and changes in incoming data. Data drift is a signal to investigate. Measuring changes in prediction accuracy also requires actual outcomes for comparison. Your team reviews the evidence and decides whether to retrain or replace the model.
The current release is for local development, evaluation and compatibility testing. Shared or production use requires qualification against the production-readiness guide. Start Building takes you to the self-hosted evaluation instructions.
Train it. Evaluate it. Explain it. Approve it. Deploy it. Monitor it. From data to production, all from Sceptre.