tamarind-cli

Tamarind Bio provides computational tools for biotech research and development, focusing on the design and optimization of proteins, antibodies, peptides, enzymes, and small molecules. The platform offers AI and physics-based methods to design improved variants, de novo binders, and novel molecules, aiming to accelerate scientific workflows without requiring users to manage infrastructure or conduct literature reviews.

The platform supports a range of protein engineering applications, including predicting immune protein structures at scale, redesigning and optimizing CDRs for antigens, predicting binding poses of antibody-antigen complexes, and optimizing sequences for properties such as thermostability and solubility. Users can access published methodologies and tools such as AlphaFold, RFdiffusion, MPNN, and GROMACS through a central interface, enabling them to leverage advanced computational biology techniques. Tamarind Bio handles high-performance computing, parallelization, and GPU orchestration, allowing the processing of large datasets and hundreds of thousands of inputs efficiently.

Delivery options include a web interface and programmatic API, designed to be accessible for scientists and researchers. The platform emphasizes security and data ownership, with user inputs and derivatives hosted on a SOC 2 compliant, secure cloud. Only authorized organization members can access data, and each computation is isolated to prevent contamination. Tamarind Bio states that users retain ownership of their inputs and derivatives, and the platform follows enterprise-grade security practices.

The service is positioned as suitable for scientists in the life sciences, including those working on protein therapeutics, industrial enzymes, and peptides.