Molecular design endpoints for AI agents.
Give AI the tools to design and screen compounds, predict protein structures, and assess target binding.
1
Get your API key
Enter your email and add credits. Your key is issued after checkout.
Get API Key2
Copy this into your AI agent (Codex, Claude Code, OpenCode, or Hermes)
Set up EverRouter for me: fetch
3
Tell your agent your goal
Describe what you want to design or analyze. Your agent can find a matching endpoint and prepare the request.
COMPUTE CATALOG
Find the operation you need.
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FAQ
Molecular design API questions
What is EverRouter?
EverRouter is a developer API for molecular design and computational biology. It gives AI agents and applications access to endpoints for compound design, molecule screening, protein structure prediction, docking, simulation, and related workflows.
What can I do with the EverRouter molecular design API?
You can use the catalog to find available operations for biologics and small-molecule research, including molecule generation, peptide generation, protein folding, molecular docking, simulation, and chemistry utilities.
Can AI agents use EverRouter?
Yes. EverRouter is designed for AI agents such as Codex, Claude Code, OpenCode, and Hermes. After you add your API key, your agent can read the endpoint instructions, choose a matching operation, and prepare an API request.
How do I get an EverRouter API key?
Open the developer access page, register with your email and organization details, and add credits. Your API key is issued after checkout and can then be used to access the compute catalog.
Do I need to install local scientific software?
No. EverRouter exposes hosted compute endpoints over an API, so you can submit supported molecular design and analysis jobs without setting up each model or scientific tool locally.
How does EverRouter pricing work?
Each available endpoint shows its current price in the catalog. Add credits to your account, then use those credits for the operations you run. The catalog provides the endpoint-specific cost before submission.