BTQ Technologies has detailed advancements across its quantum security platforms, outlining commercial progress in areas addressing the escalating threat to digital assets posed by the development of quantum computing. The company’s full-year 2025 update highlights strides in its four core business lines, QCIM, QPerfect, Quantum Secure Systems & Networks, and Bitcoin Quantum, and a strategy focused on deploying quantum technology now, rather than waiting for future capabilities. BTQ’s mandate centers on upgrading the cryptography protecting trillions of dollars in digital value without disrupting existing infrastructure, a transition the company acknowledges will be the most complex cryptographic transition to date. According to BTQ, its full-stack platform is designed to protect current internet value while preparing customers for the benefits of quantum advantage, with its Quantum Secure Systems & Networks referenced in a Post Quantum Financial Infrastructure Framework submitted to the SEC.
BTQ’s Full-Year 2025 Progress Across Core Business Lines
BTQ Technologies continued to execute a full-stack strategy designed to secure critical infrastructure for the post-quantum era while building enabling software, hardware, and network infrastructure for quantum-secure systems. The company detailed its progress across multiple divisions in a recent corporate update, emphasizing a strategic focus on deploying quantum technology for immediate, real-world applications rather than solely pursuing distant future capabilities. BTQ’s approach centers on securing existing infrastructure, particularly financial systems, against the emerging threat posed by quantum computers capable of breaking current encryption standards. This proactive stance is particularly relevant given the accelerating urgency surrounding post-quantum migration, with governments and industries shifting from awareness to active implementation planning. The company’s QCIM division, focused on hardware acceleration and secure elements, made significant strides toward commercialization in 2025.
A pivotal moment was the USD $15 million development and joint investment agreement with ICTK, South Korea’s leading secure-element manufacturer, designed to co-develop the QCIM secure element platform. This partnership aims to expedite the development, validation, and eventual commercial release of a production-grade post-quantum hardware platform applicable to diverse sectors including defense, critical infrastructure, and IoT. BTQ further bolstered its capabilities by integrating Radical Semiconductor’s CASH architecture, a memory-centric acceleration technology, and by recruiting key personnel from industry leaders like Apple, PsiQuantum, and Samsung. Olivier Roussy Newton, Chief Executive Officer of BTQ Technologies, said, “We made meaningful progress in translating core research and architecture into commercial pathways across silicon, digital asset infrastructure, and quantum software.” The company anticipates validated FPGA IP availability for early partners in the second quarter of 2026, potentially leading to initial design wins, with development boards slated for release in the third quarter.
Beyond hardware, BTQ is also expanding its software and network infrastructure capabilities. The pending acquisition of QPerfect will add crucial building blocks for advanced neutral atom emulation and control, a leading qubit modality. Simultaneously, BTQ is actively involved in shaping industry standards, holding leadership roles within QuINSA and chairing the Quantum Communications Working Group, with its QPoW recognized as the alliance’s first consensus work item. The company’s full-stack platform, encompassing secure digital money infrastructure, post-quantum silicon, and quantum-safe blockchain infrastructure, is designed to support a seamless transition to quantum-resilient networks across a broad range of industries.
QSSN Secures Digital Assets & Fiat Money Transition
The convergence of quantum computing and financial networks is rapidly shifting from theoretical risk to practical concern, demanding immediate attention to securing the infrastructure underpinning global transactions. While widespread, fault-tolerant quantum computers remain years away, the threat to current cryptographic systems is not distant; the digitization of fiat money and the rise of digital assets, including stablecoins, have created a landscape acutely vulnerable to future quantum attacks. BTQ Technologies’ Quantum Secure Systems & Networks (QSSN) division is positioned within this evolving environment, focusing on establishing a post-quantum settlement layer designed to safeguard the transfer and issuer controls for these digital forms of value. This isn’t simply about anticipating a future threat, but addressing a present-day need for enhanced security in a rapidly digitizing financial world.
BTQ recognizes the complexity of transitioning to post-quantum cryptography, acknowledging that cloud-based software updates will not suffice for the vast network of interconnected devices now managing financial transactions. The company’s approach centers on providing high-performance, tamper-resistant hardware, firmware, and software adaptable to evolving standards across diverse regions, a necessity for maintaining trust in a world increasingly reliant on digital infrastructure. The company is actively piloting QSSN in live environments, demonstrating its ability to function within real-world financial systems. The urgency surrounding this migration is palpable, with governments, standards bodies, and regulated industries moving from awareness to active implementation planning, particularly concerning digital money infrastructure and secure hardware.
QCIM Integration of Radical Semiconductor’s CASH Architecture
BTQ Technologies is actively translating quantum-resistant cryptographic research into tangible hardware solutions, most notably through the integration of Radical Semiconductor’s CASH (Coherent Architecture for Secure Hardware) architecture into its QCIM (Quantum Crypto Infrastructure Module) division. This strategic move, following the acquisition of Radical’s assets, brought co-founders Sean Hackett and Zach Belateche onboard as Head of Silicon Product and Head of Hardware Security respectively, bolstering BTQ’s technical leadership as it pushes toward commercial deployment. The CASH architecture, a memory-centric design, is intended to accelerate post-quantum cryptography, addressing the critical need for high-performance, tamper-resistant hardware capable of securing interconnected devices against future quantum-based attacks. This integration isn’t merely about future-proofing; it’s a response to the immediate vulnerabilities exposed by the impending transition to post-quantum cryptography, particularly within systems managing vast amounts of digital value.
BTQ recognized the limitations of software-only solutions for devices like mobile phones, IoT endpoints, and critical infrastructure components, necessitating a hardware-based approach. This partnership is designed to expedite the process from initial design to certified, production-ready hardware suitable for deployment in defense, infrastructure, and financial applications. Further validation of the QCIM platform is underway through a strategic collaboration with the Industrial Technology Research Institute (ITRI), focusing on generating initial silicon performance estimates and reducing development risk. BTQ has also invested heavily in building a dedicated quantum hardware commercialization hub in New York City, attracting talent from industry leaders like Apple, PsiQuantum, and Samsung. Notable hires, including Fabien Goncalves as Embedded Software Lead and Dr. Hunter Kippen as Applied Cryptographer, demonstrate a commitment to assembling a world-class engineering team. The company continues to advance key engineering hires for the QCIM program.
QPerfect Advances Neutral Atom Emulation & Control
The pursuit of practical quantum computing took a significant step forward in 2025 as neutral atom technology matured, promising a scalable path toward fault-tolerant algorithms. BTQ Technologies’ pending acquisition of QPerfect positions the company at the forefront of this development. Unlike superconducting or trapped ion approaches, neutral atom qubits offer inherent scalability due to their ability to be arranged in arbitrary geometries using optical tweezers, a characteristic that QPerfect has been diligently refining. This focus on emulation and control is crucial, as building a quantum computer isn’t simply about creating qubits, but about orchestrating their interactions with extreme precision. QPerfect’s advancements center on developing the software and middleware necessary to manage these complex systems, effectively bridging the gap between theoretical quantum algorithms and tangible hardware. The company’s work isn’t limited to the quantum realm; it’s about creating a platform that can integrate seamlessly with existing classical computing infrastructure.
This integration is vital because the initial applications of quantum computers are expected to be hybrid, leveraging the strengths of both quantum and classical processors. The potential of neutral atom platforms is attracting considerable attention within the quantum community, and QPerfect’s contributions are helping to accelerate the field. The company’s technology allows customers to deploy fault-tolerant quantum algorithms on highly scalable quantum hardware, a feat that has proven elusive for many other qubit modalities. This scalability is particularly important for tackling complex problems that require a large number of qubits, such as materials discovery, drug design, and financial modeling.
Bitcoin Quantum Launches First Quantum-Safe Testnet
The conventional wisdom surrounding quantum computing often focuses on its distant potential to break existing encryption, but BTQ Technologies is demonstrating that the threat isn’t purely hypothetical; it’s prompting immediate action within the cryptocurrency space. Rather than waiting for sufficiently powerful quantum computers to emerge, the company has launched the first quantum-safe fork of Bitcoin, a live testnet designed to prove the viability of migrating the world’s largest cryptocurrency to post-quantum cryptography and provide a testing ground for quantum-threatened digital assets. This proactive approach signifies a shift from theoretical vulnerability to practical mitigation, addressing a present danger alongside future possibilities. The launch of the Bitcoin Quantum testnet follows a year of focused execution for BTQ across its core business lines, including QCIM, QPerfect, QSSN, and the digital asset infrastructure underpinning this new blockchain.
During 2025, the company advanced commercialization pathways in secure silicon, deepened its role in post-quantum financial infrastructure, and expanded its neutral-atom software capabilities, culminating in this functional testnet achieved in just five months. BTQ’s mandate, as the company articulates, is to “deploy quantum today, not tomorrow,” recognizing that quantum computers will inevitably integrate with existing networks handling vast sums of digital value. This necessitates upgrading cryptographic systems without disrupting the infrastructure they protect, a particularly complex undertaking given the prevalence of mobile devices, IoT endpoints, and embedded systems.
