CryptoMinds Lab
We build tools for work where correctness is non-negotiable — from GPU-accelerated homomorphic encryption to AI-drafted clinical study reports where every sentence knows its source.
Our Products
YUENIX-FHE
Coming SoonCUDA-Accelerated Fully Homomorphic Encryption
A GPU-accelerated FHE framework built on PhantomFHE. Supports BGV, BFV, CKKS, TFHE/FHEW schemes and CKKS-to-TFHE/FHEW scheme switching, with significant speedups through CUDA-native optimizations.
- GPU-Accelerated FHE
- Three-Layer Architecture
- CUDA-Native Performance
- Multiple FHE Schemes
ClinAI Studio
LiveTurn statistical output into a Clinical Study Report you can file.
An AI writing platform for clinical research teams. The first module covers the Clinical Study Report: sections follow ICH E3, and every paragraph can be traced to the tables, protocol, and statistical analysis plan behind it.
- ICH E3 Authoring
- Sentence-Level Provenance
- Append-Only Audit Trail
- The Human Keeps the Signature
Why CryptoMinds
Privacy-First Computing
Our FHE framework lets you compute on encrypted data — no decryption needed, no data exposure.
GPU-Accelerated Performance
CUDA-native architecture delivers significant speedups over CPU-based FHE alternatives.
AI for Clinical Research
ClinAI Studio drafts ICH E3 Clinical Study Reports with sentence-level provenance — every claim traceable to its source.
Open Research Foundation
Built on peer-reviewed research and open-source foundations — transparent by design.
Built in Hong Kong
Engineering and research from Hong Kong SAR, serving developers and enterprises globally.
Developer-First Tools
Clean APIs, thorough documentation, and tools designed for engineers who ship.
Ready to Accelerate?
Whether you need GPU-powered homomorphic encryption or traceable AI drafting for clinical study reports, we have the tools to move your work forward.