#btqtechnologies

WisdomTree Quantum Computing ETF Secures BTQ Technologies, Boosting U.S. Market Presence

Today, BTQ Technologies Corp., a global leader in quantum technology for mission-critical networks, announced its inclusion in the WisdomTree Quantum Computing Fund. This strategic inclusion marks a turning moment for the company as it expands its footprint in the U.S.-themed ETF market and gains visibility among quantum ecosystem investors.

Transitioning to the Quantum Internet

BTQ Technologies, a vertically integrated quantum company, is helping the world transition to the quantum internet. The company's main selling point is its full-stack, neutral atom quantum computing platform strategy. This platform has advanced post-quantum security, middleware, and end-to-end hardware.

These technologies are developed for high-stakes applications in critical industries like:

International banking and finance.

Telecoms and network resiliency.

Optimization of logistics and supply chain.

Medical and life sciences research.

National defense and security operations.

The company's vast patent portfolio and reputation for producing “commercially significant quantum advantage” make it important in this industry.

Insight from Leadership

Olivier Roussy Newton, CEO and chairman of BTQ Technologies, noted the inclusion and industry change. Roussy Newton said investors are searching for specific strategies to obtain exposure to companies defining quantum computing as it nears commercial inflection.

He said being in the WQTM fund shows how infrastructure, security, and cryptographic resilience are the global quantum stack's basic layers.

Understanding WQTM Fund/Index

Cboe BZX Exchange trades the WisdomTree Quantum Computing Fund (WQTM), a U.S.-listed ETF. The fund was founded in October 2025 to capture long-term development as the quantum sector moves from theory to commercialization.

The fund mimics the WisdomTree Classiq Quantum Computing Index's price and yield. Co-developed with quantum software leader Classiq, this index evaluates potential constituents using a tight framework. The review focuses on two metrics:

Relevance: How important a business's operations are to quantum computing.

Purity: Quantum technology exposure compared to other commercial fields.

The ranking seeks to include both global technical leaders and pure-play quantum inventors who are promoting quantum technology. As of February 2026, WQTM had $26.4 million in assets and 0.45% expense ratio.

Recent Strategic Advances

The inclusion in WQTM follows BTQ Technologies' technological and business advances. BTQ has been expanding its physical and cooperative presence, according to business reports:

In order to accelerate the development of its Quantum Computing in Memory (QCIM) technology, the business recently opened a new Quantum Hardware Commercialization Hub in New York City and hired key engineers.

Silicon Innovation: BTQ and ITRI validated the QCIM Quantum Secure Chip in silicon.

Software & Emulation: BTQ, QPerfect, and SDT launched MIMIQTM-powered quantum emulation on QUREKATM to broaden their services.

Market context and risks

Fast innovation and high uncertainty characterize quantum computing. BTQ management acknowledges various risks, even though they believe in quantum-resistant algorithms and vulnerabilities. These include the fluctuating need for post-quantum and encryption technology personnel, the speculative nature of R&D, and the availability of continuing funding.

The organization also notes that economic conditions, legal changes (particularly blockchain-related ones), and the indirect consequences of global events like COVID-19 may delay or make funding research activities harder.

BTQ becomes Europe's first fully integrated neutral atom quantum firm by buying QPerfect.

BTQ and QPerfect

A worldwide quantum technology business that protects mission-critical networks, BTQ Technologies Corp., exercised its option to fully purchase QPerfect SA. A major strategic manoeuvre. QPerfect is a well-known neutral atom quantum computing company based in Strasbourg, France, at the European Centre for Quantum Science (CESQ).

BTQ becomes the first fully integrated neutral atom quantum technology company to go public after a €2 million minority equity transaction. Subject to stock market and French foreign direct investment approval, the transaction should finalise by 2025 or January 2026.

Vertically Integrating Quantum Platform

The acquisition transformed BTQ from a post-quantum security expert to a full-stack, fully integrated quantum technology company that includes computers and quantum cryptography. By combining encryption, emulation, and fault-tolerant quantum control under a single corporate structure, BTQ hopes to accelerate the global migration to quantum-safe infrastructure.

CEO Olivier Roussy Newton said the acquisition makes BTQ Technologies a vertically integrated quantum technology pioneer, merging hardware and software capabilities to produce quantum-secure industrial solutions. This roadmap integrates hardware, software, security, and neutral atom computing, making BTQ a credible quantum solution provider.

Integrating Advanced Quantum Technologies

The MIMIQ emulator and Quantum Logical Unit (QLU) control framework are QPerfect's major products that tackle key quantum technology deployment barriers.

Commercial Traction and MIMIQ Emulator One of the most advanced quantum emulators is MIMIQ. Before deploying quantum algorithms on hardware, developers can swiftly design and test them in software. MIMIQ is licensed through recurring software contracts and cooperative R&D. Leading quantum companies and enterprise clients in North America, Asia, and Europe use it.

Eureka (France and Singapore) and peer-reviewed articles with major hardware partners have shown the platform's size and accuracy in error correction and control system modelling. This validation is important because QuEra and Quantinuum, two industry leaders selected for Stage B of the DARPA Quantum Benchmarking Initiative, collaborated.

QLU, or Quantum Logical Unit The QLU is a multi-layered framework and critical control layer that ensures system stability and enables scalable, fault-tolerant quantum system deployment outside of labs. QPerfect is developing a QLU prototype to bridge machine-level error-corrected code and high-level quantum circuits for neutral atom quantum processors.

Competitiveness and European Growth

QPerfect's integration makes it Europe's leading software-driven neutral atom designer, according to BTQ. The merged BTQ and QPerfect entity prioritises the software and control layer (MIMIQ and QLU) needed to make neutral atom systems practical, error-tolerant, and interoperable, while competitors focus on huge hardware arrays. A modular stack comprising the QLU and MIMIQ may connect with several academic applications and neutral atom approaches, like aQCess in France.

BTQ will locate its European R&D in Strasbourg at CESQ to strengthen partnerships with renowned institutions and national programs. This localisation in a strong academic and industry context aims to speed up the transition from quality science to solid, marketable products. The Strasbourg centre plans to test quantum-safe digital signatures in operational systems and the QLU on local neutral atom hardware.

Strategy for Quantum Advantage

The united company will commercialise quantum-secure applications using a strategic roadmap:

Develop a blueprint for quantum one-shot signatures, a post-quantum cryptographic primitive for scalable quantum systems, and start the QLU prototype.

Hardware Integration & Demonstrations: Test quantum one-shot signatures on real hardware and demonstrate the QLU prototype using neutral atom hardware being built in Strasbourg, bridging physics and cryptography in practice.

Quantum Advantage and Industrialisation: Demonstrate commercial quantum advantage on scalable neutral atom platforms to start industrialising BTQ's fault-tolerant quantum computing systems and enable post-quantum cryptography applications.

Strategic Hiring and Cambridge Research Pact Accelerate Post-Quantum Transition at BTQ Technologies. BTQ Technologies and Cambridge

BTQ Technologies Corp., which protects mission-critical networks, is leading the quantum revolution with big scientific advances, strategic alliances, and large new hiring. The company, which recently started trading on Nasdaq, has seen significant market momentum with a 121% stock value increase over the last week and a 414% year-to-date return. The company's post-quantum cryptography (PQC) and quantum computing technologies are attracting investors.

Software-Application firm BTQ Technologies develops computer-based post-quantum cryptography for blockchain and related applications.

New Leadership Drives CASH Architecture

BTQ Technologies hired co-founders Sean Hackett and Zach Belateche full-time after acquiring Radical Semiconductor's assets to accelerate hardware commercialization. Zach Belateche leads Hardware Security, while Sean Hackett leads Silicon Product. Anne Reinders remains Head of Cryptography. This elite leadership team aims to commercialize Radical's CASH architecture. A memory-centric acceleration architecture dubbed CASH was built for post-quantum cryptography's computational needs. Processing-in-memory approaches reduce data movement to increase throughput per watt, unlike CPU and GPU technology. CASH can produce 1 million digital signatures per second and AES encryption five times faster than leading secure hardware solutions, according to performance evaluations. CASH is ideal for smart cards, hardware wallets, payment terminals, and Internet of Things devices due to its tiny size and low power consumption. The CASH architecture supports CNSA 2.0 and cryptographic standards including NIST FIPS 203, 204, and 205 to adapt to industry frameworks and U.S. policy. CASH will be integrated as a crypto-agile engine within BTQ's QCIM (Quantum Compute in Memory) platform as PQC standards evolve, allowing clients and partners to move to quantum-safe standards without disrupting present operations or requiring hardware upgrades.

Researching Quantum Photonics with Cambridge

BTQ expanded its technology with a major Cambridge research cooperation. This partnership should fund novel quantum photonic device inverse design investigations. Inverse-design methodology is used to find non-intuitive device geometries. Luca Sapienza, a Cambridge associate professor of quantum engineering leading the project, says this technology “allows us to explore device configurations that push beyond the boundaries of conventional photonic engineering.” BTQ CEO Olivier Roussy Newton calls the agreement a “significant milestone” that places BTQ at the forefront of quantum-age developments. The following developments will revolutionize various key quantum infrastructure domains, including: Quantum computing infrastructure: Enabling on-chip quantum processors. In quantum-secure communications, QKD technologies are improved to produce unhackable networks. Industrial quantum applications aim to improve precise measuring and sensing.

QSSN Pilots Improve Global Standards for Digital Asset Security

BTQ Technologies' Nasdaq listing advances the quantum internet.

Starting September 26, 2025, the Nasdaq Global Market will list BTQ Technologies Corp.'s common shares under the ticker "BTQ." If the company meets all regulatory requirements, such as Form 40-F registration statement efficacy, this strategic move should boost its growth by boosting its access to funding and investors.

Vertically integrated Vancouver-based quantum technology business BTQ Technologies secures mission-critical networks and leads the quantum internet revolution with its strong patent portfolio and patented neutral-atom computing platform. Despite leaving OTCQX, the company will remain listed on CBOE Canada and Börse Frankfurt to maintain liquidity across several marketplaces.

The uplisting expands BTQ's investor base and financial resources. According to CEO Olivier Roussy Newton, the uplisting will make its “unique and differentiated quantum platform” more accessible to investors and assist drive expansion.

BTQ shares will no longer be traded on OTCQX when Nasdaq commences. It will remain listed on the Frankfurt Stock Exchange (FSE: NG3) and CBOE Canada (BTQ) to maintain liquidity in many global marketplaces. The firm must meet SEC and Nasdaq standards, including Form 40-F registration statement efficacy, to be listed.

Quantum Security Via Vertical Integration

BTQ Technologies, a vertically integrated quantum company, is helping the industry become reality. It is developing a full-stack, neutral-atom quantum computing platform. Modern post-quantum security, innovative middleware, and end-to-end hardware make up this comprehensive system.

The company prioritises providing mission-critical network security in high-value industries like finance, telecommunications, logistics, medical sciences, and defence. BTQ's quantum-age security proactivity sets it apart. By explicitly integrating post-quantum cryptographic security into its software and hardware, BTQ eliminates vulnerabilities that future quantum attacks could exploit. This integrated approach protects the business from post-quantum threats by safeguarding data streams before quantum adversaries can compromise them.

BTQ holds many patents with the claim of inventing the first commercially significant quantum advantage, a performance advantage over classical computer systems. Thanks to post-quantum cryptography primitives, a proprietary middleware stack, and custom neutral-atom arrays, the company's full-stack technology allows safe and high-throughput quantum operations.

Future growth and strategy

Nasdaq IPO is important to BTQ's long-term objective. It expects Nasdaq's vast finance markets to help expand its neutral-atom quantum computing platform. This will allow the company to deploy quantum-enabled devices faster and win larger mission-critical network security contracts.

Olivier Roussy Newton, CEO, stressed that more investors are needed to fund R&D. This financing is needed to bring BTQ's technology to production and speed quantum-enabled network infrastructure development.