Tracking repository statistics over time for projects on GitHub under IdahoLab, IdahoLabResearch and IdahoLabUnsupported.

DACKAR is a software product designed to analyze equipment reliability data and provide system engineers with insights into anomalous behaviors or degradation trends as well as the possible causes behind, and to predict their direct consequences.

The Resilience Development for Electric Energy Delivery Systems (ResDEEDS) tool walks users through the process of evaluating electric energy delivery systems (EEDS) for resiliency. It implements the steps of the INL Resilience Framework for EEDS and provides automated tracking of resilience planning and suggestions for mitigating hazards.

The Dispatch Optimization Variable Engine (DOVE) is software tool written in python, developed at Idaho National Laboratory (INL) that provides an easily accessible application-programming-interface (API) to performing resource dispatch optimization analysis for integrated energy system (IES) configurations.

The code adds a spectral solver capability to the MOOSE ecosystem. It operates on regular orthogonal grids, often used for representative volume elements. This new solver can operate on graphics processing units (GPUs) and can couple to existing MOOSE models.

Multiphysics Object Oriented Simulation Environment

RAVEN is a flexible and multi-purpose probabilistic risk analysis, validation and uncertainty quantification, parameter optimization, model reduction and data knowledge-discovering framework.

MontePy is the most user friendly Python library (API) to read, edit, and write MCNP input files.

This software provides dislocation-type defect identification and segmentation using a standard open source computer vision model, YOLO11, that leverages transfer learning to create a highly effective dislocation defect quantification tool while using only a minimal number of expert annotated micrographs for training.

Continuous Integration, Verification, Enhancement, and Testing