Modern tools for structure-based drug design

Go from protein structure to prioritized compounds with docking, simulation, and binding-affinity workflows in one modern platform.

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Ligo Biosciences logo
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Structure-based drug discovery without the usual bottlenecks

For biotech teams that want trustworthy computational support without assembling and maintaining a stack of disconnected tools.

From first structure to lead optimization, Rowan helps teams:

Ligand binding

Ligand binding

Interrogate protein–ligand binding with docking workflows, short-timescale MD, and interaction analysis tools. Study binding modes, specific contacts, and pose stability in one place.

Virtual screening

Virtual screening

Screen libraries of compounds against a pocket with Rowan's high-speed batch-docking workflow.

Free-energy perturbation

Free-energy perturbation

Use RBFE calculations to prioritize analogs, estimate affinity shifts, and support potency & selectivity optimization.

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Visualization & collaboration

Visualization & collaboration

Inspect protein structures, binding poses, conformer ensembles, and MD trajectories directly in the browser, then securely share results with your team.

Property prediction

Property prediction

Predict ligand properties such as pKa, solubility, permeability, and solvent-dependent conformer populations to support structure-based design decisions.

Covalent inhibitors

Covalent inhibitors

Evaluate covalent warhead reactivity with Fukui indices, transition-state modeling, and reaction-path analysis.

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Python API

Python API

Integrate Rowan into existing computational pipelines with our Python API, or use it as a programmable backend for agentic scientific workflows.

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Security

Data is protected with industry-standard security practices, including optional deployment into your virtual private cloud.

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Trusted by

11,000+

scientists

Over

2.5 million

calculations run

Cited by

40+

preprints and papers

Your virtual lab bench

Move from large-scale screening to candidate selection in one computational environment.

Virtual screening

100K+

Hit-to-lead

1K–100K

Lead optimization

100–1K

Candidate selection

10–100

How would computation change your R&D?

Hear what scientists have to say.

Rowan makes it easy for us to run reliable computational workflows without building or maintaining our own compute infrastructure. This helps us move faster across Curie's portfolio companies while keeping the focus on advancing the pipeline. The new solvent-dependent conformer workflow is an exciting, impactful addition.
Rainer Wilcken
Drug discovery
Senior Director, Drug Maker, Computational Chemistry, Curie.Bio