Research Division
Applied Cryptography & Interoperability Division
Engineering the practical mechanisms that enable secure, compliant, cross-domain digital systems.
This division focuses on applied engineering research: how cryptographic primitives, protocols, and interoperability standards are implemented in real systems across finance, industrial domains, and sovereign compute.
Core Research Areas
- Applied interoperability frameworks — Cross-chain, cross-domain, and cross-network protocol research.
- Token engineering & verifiable asset models — Secure tokenization, on-chain/off-chain synchronization, compliance metadata.
- Secure multi-party operations & threshold schemes — Applied MPC and distributed signing for regulated environments.
- Governed digital workflows — Regulator-grade evidence flows, institutional compliance patterns, and distributed audit models.
Long-Term Objectives
- Publish applied standards for interoperable intelligent infrastructure.
- Define safe token engineering practices for regulated sectors.
- Advance research into compliant cryptographic workflows.
Intersections with QIST Technologies
Applied Cryptography & Interoperability research ensures QIST's stacks remain implementable, compliant, and interoperable across domains.
- WAHH
- Profy
- QSIG
- Tunnel (QSCF)
- DDIP Platform