GeometriX ships as Python packages on PyPI today. Pick your side of the platform, install, and run a real example. Python 3.12 required.
These two packages are the platform. modeva uses a free developer tier with signed-license activation; the knowlytix family is Apache-2.0.
from modeva import DataSet from modeva.models import MoLGBMRegressor ds = DataSet() ds.load("BikeSharing") model = MoLGBMRegressor(name="LGBM", max_depth=2, n_estimators=100) model.fit(ds.train_x, ds.train_y.ravel()) # then: test suite, explanations, comparisons # ts.explain_pdp(features="hr"), tsc.compare_accuracy_table(...)
from knowlytix.harness import Harness, HarnessConfig h = Harness(HarnessConfig(stores_dir="gms_stores")) h.register_gms_tools() h.register_modeva_tools() response = h.run( "Load BikeSharing, train XGB depth-2, " "run FANOVA, diagnose accuracy") h.save()
Every GeometriX product ships today inside one of two installable packages.
| GeometriX product | Package today | Where to start |
|---|---|---|
| Model Studio | modeva | from modeva import DataSet · modeva.models |
| Model Assurance | modeva | TestSuite APIs — ts.diagnose_*, ts.explain_*, tsc.compare_* |
| Agent Studio | knowlytix | from knowlytix.harness import Harness |
| Agent Assurance | knowlytix | knowlytix.harness.testing · knowlytix.benchmark |
| Governance | knowlytix | knowlytix.harness.governance |
| Knowledge Fabric | knowlytix | knowlytix.knowledge · knowlytix.kal |
User guides and full API reference for the predictive stack; package documentation for the agentic stack. Unified GeometriX docs are consolidating here.
modeva.ai docs →Published notebooks: BikeSharing and SimuCredit (high-code and low-code), plotting, and a California Housing pipeline — runnable in Colab.
Example notebooks →FinStructBench ships in the box: auto-generated questions from document graphs, scored against graph-verified ground truth, with a CLI.
Research & benchmarks →