A Discovery Engine Built for Scale and Translational Impact

Our differentiated platform integrates bioinformatics, innate immunology, medicinal chemistry, and high-throughput biology to deliver first-in-class and best-in-class small molecules across foundational oncology modalities. 

Our differentiated platform integrates bioinformatics, immunology, medicinal chemistry, and high-throughput biology to deliver first-in-class and best-in-class therapeutics across foundational oncology modalities. 

Target identification, structure-based design, and predictive modeling to rapidly prioritize and refine drug candidates.

A proprietary collection of small molecule library designed to enable faster hit identification.

Parallel synthesis, rapid SAR iteration, and robust biological screening to accelerate design-make-test cycles.

A multidisciplinary team equipped to run efficient, high-impact discovery programs with a clear path to early clinical proof-of-concept.

Small Molecule-Driven Discovery

Small molecules target pathways that regulate immune activation, tumor growth, immune suppression, and resistance mechanisms. Our platform leverages the advantages that small molecules offer.

Access to intracellular and hard-to-drug targets
Favorable pharmacokinetics
Titratable exposure to manage adverse events
Strong potential for combination therapy

Why Our Platform
Translates into
Better Therapeutics

Explore our Drug Candidates
Modality-Agnostic Innovation
Support for multiple therapeutic classes allows selection of the optimal modality for each biological target.
Complementary Mechanistic Action
Targeting multiple aspects of tumor biology enables deeper therapeutic effects and rational combinations.
Scalable Across Targets and Tumor Types
Rooted in pathways shared across diverse cancers, enabling broad pipeline expansion.