What we work with
Each shows up in products you can buy today and in the research we keep contributing to.
Decentralized identifiers, verifiable credentials, and zero-knowledge proofs combined: prove a claim (over 18, EU-resident, accredited) without handing over the document behind it or trusting a central registry.
A way for multiple parties to jointly compute over their inputs while keeping those inputs private. Each party learns the result and nothing else. No single party (including us) ever sees the raw data.
A decentralized, immutable ledger that hosts smart contracts, and lets a contract add a privacy layer parallel to the ledger by allocating MPC nodes to compute on secret-shared inputs.
Verifiable identity, delegation, and authorization for AI agents. Decentralized identifiers and zero-knowledge proofs make every autonomous action traceable to a responsible human or organisation.
MPC-based key distribution that never assembles the full key at any single node. Pure software on existing infrastructure, NIST PQC algorithms, optional QKD integration through the standard ETSI 014 API.
Research DNA
Partisia was spun out of Aarhus University by Professor Ivan Damgård and the cryptography research group that invented much of the math the rest of the industry now uses. We continue to publish, sit on standards bodies, and contribute to open-source reference implementations.
One of the cryptographers whose foundational work on commitment schemes, multi-party computation, and zero-knowledge proofs powers the privacy-preserving systems being deployed today.
Further reading