FPGA / PQC TECHNOLOGY

FPGA PQC Cryptography Hardware Acceleration

High-performance, low-latency, and low-power post-quantum security solutions for the quantum era

With the rapid advancement of quantum computing, traditional public-key cryptographic systems face potential threats. Post-Quantum Cryptography (PQC) has become a key technology for global cybersecurity and semiconductor industries. Alpenglow Tek provides FPGA-based PQC hardware acceleration solutions to ensure data transmission security.

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WHY FPGA FOR PQC

Why FPGA for PQC Acceleration

PQC algorithms (e.g., CRYSTALS-Kyber, CRYSTALS-Dilithium) are highly compute-intensive and memory-access intensive. Executing them on traditional CPUs or GPUs often results in high latency, large power consumption, and inefficiency. Since CPU and GPU hardware architectures are fixed and highly generalized, they are difficult to optimize for specific cryptographic operations.

In contrast, FPGA features reconfigurability, allowing custom hardware architectures based on PQC algorithm requirements. Through highly parallelized computing and dedicated data path design, it achieves lower latency and lower power consumption with fewer resources, balancing flexibility and upgradeability.

CORE ADVANTAGES

Core Technical Advantages

Customized Hardware Architecture Design

Dedicated hardware optimization for polynomial arithmetic, modular arithmetic, and NTT (Number Theoretic Transform) in PQC algorithms, significantly improving computing efficiency.

Low Latency & High Throughput

Through parallelized data paths and pipeline design, significantly reducing encryption/decryption latency and increasing overall system throughput, suitable for real-time secure communication and high-performance applications.

Low Power & Resource Efficiency

FPGA can complete PQC operations with lower hardware resources and power consumption, which is especially suitable for edge devices and embedded systems.

Reconfigurable & Long-Term Security

Supporting algorithm updates and standard evolution, as PQC standards continue to develop, quick upgrades via FPGA reconfiguration reduce system risks and maintenance costs.

OUR SOLUTION

Alpenglow Tek FPGA PQC Solutions

Alpenglow Tek combines FPGA design expertise and system integration capabilities to provide complete services from architecture planning, hardware design, algorithm optimization to system verification. Our PQC hardware acceleration solution can be used as a prototype platform before mass production or as a final solution for high-security products to help customers quickly introduce post-quantum security technology.

FPGA PQC Solutions
APPLICATIONS

Application Domains

Secure Communications & Network Equipment

VPN, 5G/6G infrastructure, data centers and high-security network equipment.

Government & Defense Security Systems

Critical infrastructure, defense communications and protection of classified information.

IoT & Edge Device Security

Smart cities, Industrial Internet of Things (IIoT), smart grids and sensing nodes.

Automotive Electronics & Smart Transportation

V2X communication, Internet of Vehicles security and self-driving system information security protection.

FinTech & Blockchain

High-security digital signatures, identity verification, and transaction protection.

DEMONSTRATION

Technical Results & Demonstrations

Explore Alpenglow Tek's technical achievements and actual system verification in the field of post-quantum cryptography hardware acceleration

Through actual FPGA platform demonstrations, we present the hardware acceleration results and system integration capabilities of post-quantum cryptographic algorithms, demonstrating the technical advantages of high performance, low latency, and low power consumption.