Understand demand
Connect workload metrics, understand historical patterns, and forecast changes in demand.
Learn moreKUBERNETES RESOURCE FORECASTING
Resource decisions that move with demand.
From historical metrics to future demand. From advice to controlled scaling.
↓Resource forecasting and scaling for a single Kubernetes cluster. Connect metrics, compare forecasts, and understand every recommendation.
Connect workload metrics, understand historical patterns, and forecast changes in demand.
Learn moreCompare models and combine look-ahead consensus with constraints and safeguards.
Learn moreStart with observation, then authorize admission and replica scaling while reviewing outcomes.
Learn moreCAPABILITIES
Manage inputs, understand forecasts, bound actions, and keep evaluating actual outcomes.
One workload with its own metrics, intervals, bounds, and fallback.
Choose a fixed method or dynamic algorithms per module, guided by backtests and actuals.
Account for readiness time and combine multiple candidates into consensus.
Define business windows and explicit behavior when inputs fail.
Configure OOM protection and bridge outages with time-limited, scale-up-only cached decisions.
Evaluate capacity readiness against actual demand and trace advice through execution.
Query state with skills and schedule analyses delivered by email.
Review modules needing attention and applied scaling activity.
HOW IT WORKS
Organize metrics and policies around a module, with clear inputs and outcomes at every stage.
Templates · Data quality
Models · Rolling backtests
Lead time · Constraints
Admission · Scaling
GRADUAL AUTOMATION
Compare forecasts with actuals, then review resource advice. Authorize admission and scaling separately, within their respective bounds.
Safety and fallbackDOCUMENTATION
Guides for your first workload and everyday operations.
Understand demand with reliable metrics. Manage changes with clear bounds.
Read the documentation