Metastasis accounts for approximately 90% of cancer deaths. Traditional approaches treat metastasis reactively, after it appears on imaging. Our approach focuses on predicting and preventing metastasis by analyzing the biological processes that enable cancer spread as a multi-step cascade that can be understood, predicted, and potentially interrupted.
Clinicians currently make treatment decisions based primarily on the characteristics of the primary tumor, with limited insight into its metastatic potential. Current approaches lack comprehensive tools to predict which tumors are most likely to metastasize and when.
We use computational modeling to create comprehensive tumor profiles that simulate metastatic potential across the known biological steps of cancer spread. Our approach recognizes that metastasis involves multiple biological functions, each encoded by specific genes that can be analyzed to predict metastatic risk.
Our operational approach is a multi-stage process designed for maximum impact. Each step builds upon the last, creating a cascade of strategic advantage.
We provide the world's first platform for designing and testing anti-metastatic drugs in silico. We identify novel targets within the cascade and help de-risk a new generation of preventative therapies.
A first-in-class prognostic tool that quantifies the likelihood of a primary tumor to metastasize, based on its unique genomic signature.
Integrates whole-genome sequencing data with key clinical markers to generate a single, actionable metastasis score.
Our model, trained on thousands of patient profiles, predicts metastatic events with over 90% accuracy.
Provides clinicians with a clear, evidence-based rationale for adjuvant therapy decisions, moving beyond the one-size-fits-all standard of care.
Our platform directly maps its analytical and generative capabilities to each critical step of cancer metastasis, providing a comprehensive, stage-by-stage intervention strategy.
Driver mutation identification & essentiality scoring
VEGF pathway disruption strategies
Cell adhesion restoration & mobility prevention
MMP enzyme knockout strategies
Immune visibility restoration
Receptor blinding strategies
Organ-specific targeting prevention
Forced hibernation induction
Interactive Framework: Click on any step above to explore detailed intervention strategies. This framework leverages our core endpoints to create a cohesive, actionable plan for metastasis prevention.