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Pillar III · Predictive Analytics

Forecasts you can show a board.

Aixys runs gradient-boosted, generalised linear, and time-series models against your historical data, with cross-validated performance estimates and interpretable feature attributions. The output is a forecast you can defend in a meeting: confidence intervals, drivers, sensitivity, and the assumptions you are betting on.

Model families
6
Default attribution
SHAP
Out-of-time holdout
OOT
Yield forecast · gradient boosted
MAPE 4.2% · OOT holdout
45678M00M06M12M18M24M30MonthYield (t/ha)forecast →
01 · capability

What you can do

Click any card to expand. Every action carries provenance — what data was used, what was decided, when, by whom.

01.5 · attribution

The forecast, explained

Aixys ships every forecast with SHAP attributions so the drivers of each prediction can be read out loud. No model is a black box.

SHAP · global feature attributionGradient-boosted regressor · 240 trees
SHAP · 0Rainfall · Apr–May+0.38Soil N · pre-plant+0.31GDD · growing degree days+0.22Cultivar (C2 baseline)+0.15Planting date-0.09Disease pressure (rust)-0.18
Reading: the top three drivers — April–May rainfall, pre-plant soil N, and growing degree days — together account for ~91% of the model's variance in explained yield. Rust pressure subtracts from yield, as expected.
02 · in practice

How it shows up in the field

Three representative scenarios drawn from real research workflows. Click any to expand the follow-up that the team typically runs next.

03 · sectors

Where this belongs

Industries where this module is most directly relevant. The underlying engine is general — sector templates accelerate the work.

AgricultureOperations researchDemand planningRisk analyticsBiotech R&DField engineering
Continue · 03

See the predictive analytics module against your own data.

A 30-minute working session with the Aixys studio. Bring a real dataset; leave with an analysis, a plan, and answers to your team's hardest research-ops questions.