PQC Hardware
Compute-In-Memory (CIM) and RTL accelerator IP for NIST post-quantum standards. Low-power for edge, high-throughput for SoC.
MODULE · CIM & RTL>> 初始化系統協定...
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WisRoot Tech builds post-quantum cryptography and zero-knowledge proof systems for the next decade of digital trust.
Quantum computing will break today's public-key cryptography — NIST has already finalized PQC standards and set 2030 / 2035 federal deadlines. At the same time, AI and digital identity demand that users prove who they are without giving everything away. We address both with one stack.
Compute-In-Memory (CIM) and RTL accelerator IP for NIST post-quantum standards. Low-power for edge, high-throughput for SoC.
MODULE · CIM & RTLPost-quantum identity wallet with selective disclosure. Prove "I am over 18" without revealing date of birth. World-record-class memory footprint.
A cryptography-led team designs custom security protocols tuned to your stack — from anonymous credentials to PQC-secure handshakes.
BY DESIGN · BESPOKEZero-knowledge proofs · PQ digital signatures · Anonymous credentials
x86 · ARM · RISC-V · Mobile-grade performance
High-speed IP · FPGA reference · ASIC · Compute-In-Memory
EUDI Wallet · DMV mobile licenses · OpenID
Anonymous LLM access · Private inference
Solvency proofs · Compliant privacy · KYC-by-ZKP
Low-power PQC · Secure boot · Drones & automotive
CEO & Founder
Cryptographer focused on post-quantum cryptography, zero-knowledge proofs, and hardware acceleration. Adjunct Assistant Professor at NCCU; long-standing contributor to PQC research.
Chief Scientist
PhD, Harvard University. 20+ years of cryptography research, with multiple contributions to NIST cryptographic standards. Previous faculty at NTU EE.
CTO
PhD, NTU EECS. Specializes in digital IC design, ASIC tape-out, and embedded systems — providing the hardware acceleration foundation for privacy-preserving computation.
PQC migration, ZKP integration, IP licensing, product pilots.
contact@wisroot.tech →