Oncology Research Labs are at the forefront of cancer classification research. Facing the challenge of analyzing vast oncology data spread across multiple institutions, they often seek a solution that allows for model training on large datasets without the risk of exposing sensitive data.
Accessing and utilizing large-scale oncology data from multiple medical centers introduces significant privacy and security challenges. Pathology images, considered Protected Health Information (PHI), cannot be freely shared among organizations, necessitating a secure method of collaborative analysis.
The platform is designed for ease of use without requiring extensive technical knowledge from participants.
Advanced encryption techniques prevent potential adversaries from intercepting or recreating the model from network traffic.
The platform supports various models and scales according to the collaborative needs.
No direct data sharing occurs between institutions.
Easily deploy in any environment (AWS, GCP, Azure) to minimize data movement while maximizing data security and privacy.
The secure federated learning study by the Dana Farber Cancer Institute in collaboration with Duality Technologies showcases significant operational benefits for medical research, including agility, flexibility, and privacy-protection for sensitive data for all participants in federated collaborations.
This approach demonstrates full control over sensitive medical data by the data custodians, eliminating the need for data transfer, as well as many additional benefits, proving to be a pivotal solution for multi-institutional collaborative oncology research.
Maximize the value of sensitive, regulated, or confidential data.