WAP
The Next-Generation High-Performance Crypto Application Processor
Future-Ready with Seamless Post-Quantum Migration
As quantum computing continues to accelerate, legacy public key cryptography like RSA and ECC face increasing vulnerabilities. The global cybersecurity community is entering a transformative period—referred to as Y2Q (Year to Quantum)—requiring immediate adoption of quantum-safe cryptographic technologies.
To address this, the U.S. government’s NSA CNSA 2.0 mandate requires all federal systems and supply chains to adopt post-quantum certified cryptographic (PQC) algorithms by 2033. In response, WiSECURE proudly introduces WAP—a fully PQC-ready processor supporting the latest NIST-standard algorithms ML-KEM (for key encapsulation) and ML-DSA (for digital signatures), while remaining backward-compatible with RSA and ECC. This hybrid model ensures smooth, low-risk migrations to quantum-resilient infrastructure.
A Next-Generation Cryptographic Platform Balancing Security, Performance, and Flexibility
The WAP is a high-performance cryptographic application processor purpose-built to meet the evolving cybersecurity demands of the post-quantum era. Designed with a hardware-based “Root of Trust”, it supports the deployment of customizable application firmware or dedicated ASIC implementations. Positioned between rigid traditional security chips and less-secure MCUs, WAP delivers the ideal blend of robust security, exceptional performance, and architectural flexibility.
Perfectly suited for edge devices such as drones, secure boot processes, blockchain cold wallets, hardware authenticators, and Hardware Security Modules (HSMs), WAP is the foundation for mission-critical, future-proof security systems.
Key Features
- Supports NIST PQC Standards
- Complies with PQC algorithms:
- FIPS203, Kyber (ML-KEM) – Key Encapsulation Mechanism.
- FIPS204,Dilithium (ML-DSA) – Digital Signature Algorithm.
- Hybrid Signature Support for seamless interoperability with existing R public key cryptographic systems.
- PUF (Physical Unclonable Function) technology ensures a unique, tamper-resistant master key.
- Built-in high-speed AES(up to 256 bits) engine for symmetric encryption (up to 1 Gbps), optimized for low-power edge applications.
- Modular chip design supports tailored cryptographic solutions for specific applications .
- Accelerates development while reducing R&D costs and deployment risks.
Leading the Future of Cybersecurity
WiSECURE is at the forefront of secure computing, with deep expertise in post-quantum cryptography and secure chip architecture. The WAP processor is engineered to meet the next decade’s cybersecurity challenges across government, finance, manufacturing, and ICT sectors.
The launch of WAP not only reflects a technological leap for Taiwan in the field of PQC security chips, but also cements WiSECURE’s role as a trusted innovator and global leader in quantum-resilient cybersecurity.
FIDO-compliant authentication devices
Hardware Security Modules (HSMs)
Blockchain cold wallets and hardware wallets
Smart meters and industrial IoT security
Online payments and financial cybersecurity
Encrypted drone communication links
