From a diffraction pattern
to a complete structural analysis.

Import common XRD formats, manage multiple patterns and process batches to build a reliable basis for analysis.

Extend conventional phase search to automatic analysis of complex mixtures, linking candidates with structural models.

Rietveld refinement often involves extensive setup and iteration. iPowder combines established computational engines with automation while preserving direct control over individual parameters.

Compare samples for research platforms, industrial quality analysis and materials screening.

Future extensions Advanced features such as ODF analysis.

Extend beyond 1D patterns to 2D detector data for micro-XRD, in situ experiments and area-diffraction applications.

Extend routine processing into crystal structure analysis, supporting model construction and evaluation.

Integrate magnetic structure analysis with model setup, parameter analysis, pattern comparisons and output.

iPowder AI combines scientific databases, knowledge, analysis rules and computational tools rather than simply connecting a general-purpose model.

AI interprets questions, organizes workflows and explains results. Scientific algorithms perform XRD computations, providing an explicit computational basis and reproducibility.

Reduce repetitive work and improve large-dataset processing for university facilities, materials screening platforms and industrial laboratories.

Planned improvements Automatically generate analysis reports.

Connect instruments, experimental tasks and analysis through APIs, scheduling and AI Agents to build experimental loops.

Develop iPowder into an intelligent XRD analysis and decision hub for autonomous laboratories.