DRAGONFLY · PROTOTYPE APPS

Turn scientific images into measurements you can understand.

From 3D image registration to pore and deformation analysis, use practical guides and Prototype Apps manuals to choose tools, understand parameters and review results in Dragonfly.

Request an access code online and receive the review result by email. Approval grants website access; apply for licenses separately after signing in. For help, contact info@imagefly.app.

Start with your analysis question

Prototype Apps: analysis inside Dragonfly

The manual library covers reconstruction, imaging, filtering, measurements, simulation and crystallography. Each manual explains installation, inputs, parameters, outputs and known limitations. Plugins run in your Dragonfly environment; some compute tools require a separate environment setup.

Browse and search the app manuals →

The ImageFly online workspace

Invited users can sign in with their email and access code and connect an image from Google Drive to a workflow we provide. The current trial supports Sobel edge detection for one PNG, JPEG or single-page TIFF, with TIFF results saved to Google Drive. A ZIP may contain exactly one supported image.

Recipe Builder and Technical Chatbot

Describe your goal. Codex or Claude Code on the backend workstation creates a complete recipe and returns a downloadable ZIP. Extract it, then select the .py file in recipe_library using Prototype Apps → Recipe Executor in Dragonfly. You can also ask Dragonfly technical questions and read the answers in your browser.

Open Recipe Builder → · Open Technical Chatbot →

The workspace is invitation-only and processes one queued job at a time. Generated recipes pass static checks and need review before execution. Hosted computation for 3D volumes, arbitrary script execution and live scene viewing are not available yet.
Already invited? Open your workspace →

How to get started

  1. Choose a guide that matches your data and analysis goal.
  2. Read the linked manual and check the environment, input requirements and parameters.
  3. Review results on a small region before analysing the full dataset, and record the settings you use.