World-leading cryptographic research
Our products are built on decades of peer-reviewed research in Multi-Party Computation, key management, and distributed systems.
Research output
Historical pillars
Multi-Party Computation
The core technology. MPC enables computation on encrypted data — no party sees the inputs of other parties. Developed from theoretical foundations by Ivan Damgård and colleagues.
Key Management
Threshold cryptography for distributed key generation, storage, and signing. No single point of failure — keys are split across multiple parties.
Distributed Ledger
Combining MPC with blockchain for transparent, verifiable computation. The foundation for decentralized credential registries and audit trails.
Active research projects
Access QKD
DKK 25.9MQuantum Key Distribution represents the next frontier in secure communication. The Access QKD project investigates how quantum-generated encryption keys can be integrated with MPC protocols to create communication channels that are provably secure against both classical and quantum computing attacks. The project bridges theoretical quantum cryptography and production-grade enterprise security infrastructure.
OSCAR DREAM
DKK 18.7MThe OSCAR DREAM project develops a privacy-preserving healthcare data platform that enables hospitals and research institutions to collaborate on patient data without centralizing sensitive medical records. By combining confidential computing with federated data architectures, the platform allows multi-institutional clinical research, population health studies, and treatment outcome analyses while each institution retains full custody of its data.
DIREC
The Digital Research Centre Denmark (DIREC) unites 230+ researchers from Danish universities to advance core digital technologies including cryptography, data science, and secure computation. Partisia contributes applied MPC research and real-world deployment expertise to the consortium, accelerating the transfer of academic breakthroughs in privacy-preserving technology into production systems used by enterprises and public institutions.
Completed projects
NEDO Japan Challenge
Completed in partnership with SoftBank, the NEDO Japan Challenge demonstrated practical quantum security protocols for enterprise telecommunications infrastructure. The project validated that MPC-based key management and quantum-resistant encryption techniques can be deployed at scale within existing Japanese telecom networks, establishing benchmarks for post-quantum security migration in critical communications infrastructure.
Interested in collaboration?
We partner with universities, research institutions, and industry on privacy-preserving technology projects.