Data Collaboration

The Data Collaboration platform is designed to transform clinical research by facilitating seamless data sharing among researchers. It supports the open science movement by allowing researchers to request, access, and analyze clinical data with ease. This platform fosters transparency and collaboration, providing a secure and user-friendly environment for data sharing, which can unlock the potential of existing clinical data and accelerate healthcare advancements.

Key features include robust security measures that ensure data protection without compromising accessibility. The platform allows for data de-identification before collaboration, safeguarding sensitive information. Additionally, it employs AI and rules-based algorithms to manage confidential data securely, enabling efficient collaboration.

How Data Collaboration Works

1. Data Request Process: Sponsors, such as pharmaceutical companies and academic institutions, submit anonymized data from completed trials. This data must meet specific quality and ethical standards before being uploaded.
2. Data Access Process: Researchers submit requests for access to datasets relevant to their research. Access is granted based on predefined criteria, including the scientific merit of the proposal.
3. User-Friendly Interface: The platform offers a streamlined interface that allows users to search for data using various filters, such as disease area and trial phase. Users can view metadata about datasets to understand their context before requesting access.

Privacy & Security

• Access Control Policies: Policies specify who can access what data based on their role and need-to-know basis.
• Approval Workflow: A formal approval process ensures each access request is reviewed and authorized by a designated authority.
• Authentication Mechanisms: Multi-factor authentication (MFA) and Single Sign-On (SSO) solutions verify user identities and streamline the request process while maintaining security.
• Data Encryption: Sensitive data is encrypted both at rest and in transit, ensuring it remains inaccessible without proper permissions.
• Network Security Controls: Firewalls are configured to restrict outbound traffic to necessary endpoints and block unauthorized downloads.
• Audit and Monitoring: Detailed logs of all access requests, approvals, and denials are maintained to ensure transparency and accountability.