FIREBAL / FLUORESCENCE DECONVOLUTION

Sharper stacks.
Simpler workflow.

GPU-powered Richardson–Lucy deconvolution for your fluorescence images. From TIFF stack to restored volume, in your browser.

A verified account is required. Free-tier access to get started.

Widefield · Confocal · Light-sheet Multi-dimensional TZCYX images CUDA processing No local installation

BUILT FOR YOUR IMAGES

The tools you need. In one place.

Configure the optics, process on a GPU, and take your restored images back to your analysis tools.

Restore with Richardson–Lucy

A CUDA deconvolution engine with iteration, regularisation, and Wiener controls available for each job.

Work with your optics

Generate a point-spread function for widefield, confocal, or light-sheet imaging, or upload a measured PSF.

Keep the full stack

Process channels and timepoints with automatic GPU tiling. Download the result as an ImageJ-compatible TIFF.

HOW IT WORKS

A clear path from input to output.

01

Upload your stack

Choose a TIFF image and check its dimensions and axis order.

02

Set the parameters

Choose your PSF and configure the processing settings for your image.

03

Run deconvolution

Submit the job and follow its progress while the GPU processes your stack.

04

Review and download

Inspect the output and download the restored volume for further analysis.

ACCESS

Start with a verified account.

Self-registered accounts begin on the free tier. Existing team members can use their shared account.

FREE ACCESS

Try your first stack.

Get familiar with the workflow on shared GPU workers.

  • Deconvolution workspace and PSF generation
  • Up to 200 MB per stack
  • One processing job per day

TEAM ACCESS

Continue your work.

Sign in to use the access assigned to your account.

  • Shared account for FIREBAL and CAO
  • Account-specific processing and storage limits
  • Profile, retained uploads, and job history

THE PEOPLE BEHIND FIREBAL

Microscopy meets scientific computing.

Farhad Niknam

Deconvolution & CUDA core

Friedrich Loparev

Platform & infrastructure

Research collaborators

Microscopy & validation