EikoTwin v2026.1 – release notes

EikoTwin DIC

The new version of EikoTwin DIC includes a brand new Python API, simplifies marker tracking, and enables new analyses.

• New Python API
  • Creation of custom sensors/fields
  • Direct access to the database for post-processing by script
• Creation of custom sensors/fields
• Direct access to the database for post-processing via script
• Marker tracking now possible without DIC
• Batch mode: automation of command line processing and integration into a workflow
• Support for new CAE formats (LS-Dyna, MSC Nastran, etc.)
• Interface improvements
• New experimental modal analysis plugin (optional): extraction of natural frequencies and modal shapes from DIC time data, visualisation of vibration modes for optimisation and diagnostics

EikoTwin Vision

We spent hours fine-tuning EikoTwin Vision’s behaviour to make it simpler, faster and more enjoyable to use.

• Interface improvements for greater stability and fluidity
• Faster calibration
• Integration of NI cards: -10/10V BNC input/output, direct camera triggering

EikoTwin Digital Twin

EikoTwin Digital Twin receives a host of improvements with more robust analysis and greater boundary condition control capabilities.

• Node-by-node control of boundary conditions, even for 3D simulations
• Improved sensitivity analyses
• Better stability
• Batch mode: scheduling of sensitivity or identification analyses
• Linux version compatible with server calculations (slurm)

Matériel

This year also sees the addition of extra equipment, including our workbench and additional capabilities for applying controlled speckles.

• New mobile workbench
  • Adapted workspace (keyboard + mouse)
  • Large storage drawer
  • Foldable and rotating arm
  • Complete system storage (camera, tripod, lighting)
  • Direct connection for data acquisition and triggering
• Additional equipment: speckle applicator roller, large-format stencils