Research &
Development
Built on research. Proven in practice.
Grounded in decades of cryptographic research, Partisia Foundation transforms foundational theory into deployable, privacy-preserving digital infrastructure.
Academic Foundations
Partisia Blockchain is built on over three decades of cryptographic research and more than a decade of enterprise deployment experience.
Our architecture originates from formal research in secure multiparty computation, distributed consensus, and verifiable computation. These foundations ensure trust is mathematically proven, not assumed, enabling privacy, correctness, and accountability at infrastructure scale.
Ivan Damgård
Founding leader in secure multiparty computation since the 1980s.
Co-invented the Merkle–Damgård hash function
years of cryptography research
peer-reviewed publications
of real-world system deployment
Standards & Industry Contributions
Partisia actively contributes to global standards and industry initiatives shaping the future of privacy-preserving digital infrastructure.
Our work bridges theory and implementation, ensuring emerging standards reflect what is cryptographically possible and operationally viable, supporting adoption across regulated, enterprise, and public systems.
Key areas of contribution include digital identity (eIDAS2.0), post-quantum cryptography, blockchain standards (ERC-3643 Association), and confidential computation frameworks.
Standards & Industry Contributions
We actively shape and support standards that make privacy-preserving computation deployable at scale.
Our contributions ensure privacy, verification, and compliance coexist, by design.
Publications by Researchers
Explore peer-reviewed publications from Partisia researchers across cryptography, MPC, distributed systems, and privacy-preserving computation.
This body of work underpins the protocol’s design decisions and continues to influence academic and industry research worldwide. Researchers include:
Real-world MPC Projects
OSCAR DREAM
Advancing privacy-preserving health data analysis through secure collaborative computation. This project enables large-scale patient insight generation without exposing underlying medical data, supporting compliant, cross-institutional research while maintaining strict confidentiality guarantees.
Primary Focus: Maturing the Virtual Public Register into a production-grade confidential computing platform for real-world healthcare environments.
Standards & Industry Contributions
We actively shape and support standards that make privacy-preserving computation deployable at scale.
Our contributions ensure privacy, verification, and compliance coexist, by design.
Publications by Researchers
Explore peer-reviewed publications from Partisia researchers across cryptography, MPC, distributed systems, and privacy-preserving computation.
This body of work underpins the protocol’s design decisions and continues to influence academic and industry research worldwide. Researchers include: