Bioinformatics
in your browser
Run 290+ published tools, from Boltz-2 to AutoDock Vina, on hosted GPUs. No code and nothing to install.
Trusted by 16,500+ researchers and published in
290+ tools. One platform.
Find any published method by name, task, or discipline, and run it in your browser.
Built for scientific use cases.
Predict protein structures and complexes.Dock ligands and screen whole libraries.Design binders, antibodies and proteins.Align sequences and build phylogenies.Validate models before you build on them.
One home for all of bioinformatics.
Chain tools, run batches, script the API.
Real science, running every day.
Results cited in peer-reviewed journals.
- researchers signed up
- 16,500+
- published tools, ready to run
- 290+
- NVIDIA GPUs, matched to each tool
- T4–B300
- AntibioticsAnti-MRSA bacteriocin models checked with Ramachandran plots.Walailak University
- Microbial BiotechnologyComparing PET-active lipase surfaces by solvent accessibility.Barcelona Supercomputing Center and ICP-CSIC
- Journal of Medicinal ChemistryHow PepGate narrowed 30 peptides to one lead.Zhejiang University
Updated every week.
New tools and fixes to keep pace with you.
- SketchIQ and PDB viewer
The molecule drawer becomes SketchIQ and the PDB viewer gains PyMOL-style tools, alongside new tools for cryo-EM model building, protein generation and DNA modeling.
- Mol-1 and Prompteina
Mol-1 and Prompteina arrive in beta for predicting biomolecular complexes and for designing proteins from a plain English description.
- RFD4-Proteina and BioEmu2
RFD4-Proteina arrives in beta for designing binders, enzymes and ligand pockets, and BioEmu2 samples equilibrium ensembles of proteins, nucleic acids and ligands.
- ANARCI and MD trajectory analysis
ANARCI now renumbers antibody and TCR structures, and MD trajectory analysis results read as one report with publication-ready figures.
Focus on research, not infrastructure
Start free with 200 credits a month and no installs. Upgrade when your project needs more compute.