BTQ Technologies and ICTK Sign Memorandum of Understanding to Advance Quantum-Secure Hardware Solutions

Summary :

BTQ Technologies and ICTK Sign MOU: The companies will explore joint development of quantum-secure hardware solutions, combining BTQ’s cryptographic expertise with ICTK’s secure chip technologies.
Focus Areas Include Cold Wallets and Embedded Security: Collaboration will assess the co-creation of secure cold wallets, integration of BTQ’s CASH architecture, and applications in digital identity and IoT.
Strengthening Hardware Against Quantum Threats: By combining post-quantum cryptography with hardware-based protections like PUF, the partnership aims to deliver advanced security for devices in a post-quantum world.

BTQ Technologies Corp. announces the signing of a Memorandum of Understanding (MOU) with ICTK Co., Ltd.

Through this strategic collaboration, the 2 companies will explore the joint development of next-gen hardware systems designed to be secure in the age of quantum computing.

The agreement outlines plans to explore cold wallet and embedded device security solutions that bring together BTQ’s deep expertise in post-quantum cryptography (PQC) with ICTK’s experience in secure chip technologies, including Physical Unclonable Functions (PUF) and PQC integration at the hardware level.

Strengthening Future of Device Security
The collaboration will focus on combining complementary strengths in cryptography and hardware design, centered around 3 key areas of innovation:

Post-Quantum Cryptography (PQC)
As quantum computing advances, many of today’s encryption methods will become vulnerable. PQC is a new class of cryptographic algorithms designed to remain secure even against quantum-level attacks. BTQ is a specialist in this field, and ICTK is exploring how to bring these protections directly into hardware to help ensure secure communications, data storage, and transactions well into the future.

Physical Unclonable Functions (PUF)
PUF technology turns every silicon chip into a unique, unreplicable fingerprint by leveraging tiny, random variations from the manufacturing process. This identity can be used to verify devices and generate cryptographic keys without ever storing them – greatly reducing the risk of hacking. ICTK applies this technology to secure chips used in finance, digital ID, and IoT devices.

BTQ’s CASH Architecture
CASH is BTQ’s proprietary cryptographic accelerator, purpose-built to handle complex, quantum-safe algorithms quickly and efficiently. The companies will explore integrating this architecture into ICTK’s hardware platforms to enhance both security and performance.

Areas of Collaboration

Co-developing a quantum-secure cold wallet for storing digital assets.
Embedding BTQ’s CASH architecture into ICTK’s secure chipsets.
Exploring opportunities across digital identity, IoT security, and quantum-resilient financial infrastructure.

“Our partnership with ICTK is a significant step toward delivering secure, scalable, and future-proof hardware,” said Olivier Roussy Newton, CEO, BTQ Technologies. “Together, we aim to build the backbone of quantum-secure systems across industries that rely on trusted devices.“

“This is an important step toward building a quantum-secure future,” said Jungwon Lee, CEO, ICTK. “Together with BTQ, we look forward to combining our innovations to bring new security solutions to market.“