Manifold AI

Manifold is an AI-powered clinical research platform designed to address the evolving needs of life sciences R&D. Many research organizations, including cancer centers and those studying rare diseases, face significant challenges with fragmented data, manual workflows, and the sheer volume and complexity of biomedical information. These hurdles slow down the pace of discovery and make it difficult to translate research into improved patient outcomes. Manifold's customers, such as the Indiana University Melvin and Bren Simon Comprehensive Cancer Center and the Winship Cancer Institute of Emory University, are looking for ways to streamline their operations, accelerate their research, and foster collaboration. They need a robust infrastructure that can handle large-scale, multimodal data (spanning genomics, imaging, clinical records, and more) and provide intuitive tools for analysis and insights.

Manifold offers a comprehensive solution to these challenges by providing a unified platform that simplifies data collection, harmonization, and management. Our AI-driven tools automate tedious tasks, enabling researchers to move from data to insights in minutes rather than months. This allows research teams to focus on high-impact work, such as developing new treatments and understanding disease mechanisms, rather than getting bogged down in data wrangling. We empower researchers by making complex data more accessible and analyzable, even for those without extensive coding expertise, through features like natural language search and automated analysis. By breaking down data silos and facilitating secure collaboration across institutions, Manifold helps accelerate the entire research lifecycle. Our ultimate goal is to make it significantly faster and more cost-effective to conduct modern research studies, thereby unlocking new possibilities in precision medicine and improving patient care. We are committed to providing a trusted research environment that supports our customers in their mission to make groundbreaking discoveries.