BTQ Technologies Corp. (CBOE CA: BTQ, FSE: NG3, OTCQX: BTQQF) is stepping up its ambitions in quantum security through a newly announced partnership with QPerfect, a Strasbourg-based quantum computing startup. The collaboration aims to develop quantum-secure applications powered by neutral atom quantum processors, a move that could have far-reaching implications for digital transactions, smart contracts, and secure communications.
This partnership was announced in tandem with QPerfect CEO Philippe Blot’s participation in the France Quantum roundtable, “How Emulators Can Accelerate Your Quantum Technology Adoption?” The event, held under the high patronage of President Emmanuel Macron and attended by French Minister for the Armed Forces Sébastien Lecornu, underscores the growing importance of quantum technology on the global stage.
BTQ brings to the table its expertise in post-quantum cryptography and quantum algorithms, while QPerfect contributes advanced emulation and error correction capabilities. The goal, to deliver fault-tolerant quantum algorithms that enable quantum-secure transactions, one-shot signatures, decentralized identity, quantum money, and secure communications.
QPerfect’s Quantum Logic Unit (QLU) is central to this effort. The QLU translates high-level quantum circuits into optimized machine code for neutral atom quantum processors, making it easier to bridge the gap between quantum algorithm design and real hardware execution. QPerfect’s flagship emulation platform, MIMIQ, is designed to test quantum algorithms with speed and accuracy that outpaces both traditional simulators and current quantum computers.
One of the standout areas of focus is quantum one-shot signatures. BTQ has been at the forefront of developing this cryptographic primitive, which is designed to underpin secure quantum communication systems and the future quantum internet. One-shot signatures are particularly valuable for financial transactions, smart contracts, and decentralized identity management, as they use self-destructing quantum keys and post-quantum secure verification mechanisms to address vulnerabilities in digital transactions and blockchain systems.
Under the agreement, QPerfect will provide research resources and emulation tools, assembling a dedicated team to support the collaboration. BTQ will lead the design and implementation of quantum algorithms and quantum-safe cryptographic protocols. Both companies will work together on project planning, patent applications, and sharing their findings with the scientific community.
The partnership has set a clear roadmap, aiming for a formal implementation by June 30, 2025. By that date, the teams expect to have developed and tested practical quantum algorithms for one-shot signatures, with prototypes and blueprints compatible with next-generation neutral atom quantum computers.
Olivier Roussy Newton, CEO of BTQ Technologies, sees the partnership as a significant step toward achieving quantum advantage. “By combining BTQ’s strengths in post-quantum cryptography and one-shot signature technology with QPerfect’s expertise in quantum software and hardware, we’re opening the door to a new generation of applications, including quantum-secure transactions and next-generation quantum communications,” Newton said.
Philippe Blot, CEO of QPerfect, added that the partnership marks a turning point in applied quantum cryptography. “This collaboration reflects QPerfect’s commitment to enabling powerful real-world quantum applications through modular, fault-tolerant architectures, tailored here for BTQ’s unique vision,” Blot said.
Both companies are planning to negotiate further implementation agreements by the end of June 2025. The partnership between BTQ and QPerfect is a clear signal that the race to develop practical, secure quantum applications is heating up, with neutral atom quantum processors at the center of the action.
