Restore with Richardson–Lucy
A CUDA deconvolution engine with iteration, regularisation, and Wiener controls available for each job.
FIREBAL / FLUORESCENCE DECONVOLUTION
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.
BUILT FOR YOUR IMAGES
Configure the optics, process on a GPU, and take your restored images back to your analysis tools.
A CUDA deconvolution engine with iteration, regularisation, and Wiener controls available for each job.
Generate a point-spread function for widefield, confocal, or light-sheet imaging, or upload a measured PSF.
Process channels and timepoints with automatic GPU tiling. Download the result as an ImageJ-compatible TIFF.
HOW IT WORKS
Choose a TIFF image and check its dimensions and axis order.
Choose your PSF and configure the processing settings for your image.
Submit the job and follow its progress while the GPU processes your stack.
Inspect the output and download the restored volume for further analysis.
ACCESS
Self-registered accounts begin on the free tier. Existing team members can use their shared account.
FREE ACCESS
Get familiar with the workflow on shared GPU workers.
TEAM ACCESS
Sign in to use the access assigned to your account.
THE PEOPLE BEHIND FIREBAL
Deconvolution & CUDA core
Platform & infrastructure
Microscopy & validation