BTQ Technologies Elevates Quantum Computing Efforts with New Hub and Expert Talent in New York
BTQ Technologies Corp., a leader in the quantum technology sector, has officially unveiled its new commercialization hub in New York City's Flatiron District. The hub is designed to accelerate the company's Quantum Compute in Memory (QCIM) program as well as advance its quantum-secure silicon roadmap. This strategic move comes with the addition of several high-caliber engineering professionals, a step aimed at strengthening BTQ's position within the rapidly growing field of quantum technology.
The Flatiron District, known for its vibrant tech community, serves as the perfect location for BTQ's new hub. This base allows the company to draw on local talent and collaborate with other innovators in the field. The new development promises to empower BTQ to meet the increasing demand for advanced quantum computing solutions, which are anticipated to play a critical role in various sectors, including finance, logistics, and national security.
At the helm of this new facility are Sean Hackett, Head of Silicon Product, and Zach Belateche, Head of Hardware. Both leaders are Stanford alumni and played pivotal roles in developing BTQ's patent portfolio that underpins the QCIM architecture. Joining this expert leadership team is Anne Reinders, Head of Cryptography, who adds valuable experience from nearly a decade with Intel specializing in hardware security and applied cryptography.
As if to reinforce BTQ's ambitious goals, the company has strategically brought onboard several seasoned engineers from nationally and internationally renowned firms. Notable hires include Fabien Goncalves, who was instrumental in developing crucial safety-critical systems at Apple, and Michael Anfang, who adds expertise in quantum control from PsiQuantum and augmented reality hardware experience from Facebook Reality Labs.
The goal of these strategic expansions is to enhance BTQ's ability to validate and commercialize its quantum silicon products more effectively. The engineering team's concentration of expertise in areas such as quantum control systems and post-quantum cryptography aims to shorten the timeline from initial architectural concepts to production-ready silicon. This initiative is key as the giant leap towards realizing quantum hardware that meets the stringent security requirements of government and enterprise partners becomes increasingly essential.
BTQ is already working in collaboration with ITRI (Industrial Technology Research Institute) in 2026 to validate its QCIM chip architecture, leveraging this new facility to accelerate rapid prototyping, testing, and integration with commercial partners. ITRI is recognized as one of the leading applied research organizations worldwide, providing BTQ with valuable support to enhance its innovations.
Olivier Roussy Newton, CEO of BTQ Technologies, remarked on the significance of these developments. He stated, "We are thrilled to welcome such a dense network of talent from blue-chip technology and semiconductor companies to BTQ. This team dramatically strengthens our ability to execute more quickly on QCIM and to build and commercialize quantum-secure hardware products."
In agreement, Sean Hackett expressed that, "QCIM was designed from the ground up to bridge advanced cryptography and modern silicon. With this team now in place, we can move faster across architecture, prototyping, and validation, focusing on turning QCIM into production-ready silicon that meets real government and enterprise security requirements."
With a new commercialization hub established and a strong engineering team in place, BTQ Technologies is now poised to enter the next phase of execution in its quantum computing journey. The primary focus will be on validating silicon technology, perfecting system integration, and achieving commercial deployment of its innovative solutions. As quantum technology continues to evolve, BTQ's forward strides aim to solidify its status as a leading player in this transformative field.
In conclusion, the opening of this hub not only signifies BTQ's commitment to advancing quantum technology but also highlights the critical importance of collaboration and innovation in overcoming the challenges posed by traditional computing systems. As they embark on this new chapter, BTQ Technologies stands ready to redefine what's possible in the quantum landscape.
A Strategic Move in the Heart of New York
The Flatiron District, known for its vibrant tech community, serves as the perfect location for BTQ's new hub. This base allows the company to draw on local talent and collaborate with other innovators in the field. The new development promises to empower BTQ to meet the increasing demand for advanced quantum computing solutions, which are anticipated to play a critical role in various sectors, including finance, logistics, and national security.
Key Leaders and Team Expansion
At the helm of this new facility are Sean Hackett, Head of Silicon Product, and Zach Belateche, Head of Hardware. Both leaders are Stanford alumni and played pivotal roles in developing BTQ's patent portfolio that underpins the QCIM architecture. Joining this expert leadership team is Anne Reinders, Head of Cryptography, who adds valuable experience from nearly a decade with Intel specializing in hardware security and applied cryptography.
As if to reinforce BTQ's ambitious goals, the company has strategically brought onboard several seasoned engineers from nationally and internationally renowned firms. Notable hires include Fabien Goncalves, who was instrumental in developing crucial safety-critical systems at Apple, and Michael Anfang, who adds expertise in quantum control from PsiQuantum and augmented reality hardware experience from Facebook Reality Labs.
Advancements in Silicon Validation
The goal of these strategic expansions is to enhance BTQ's ability to validate and commercialize its quantum silicon products more effectively. The engineering team's concentration of expertise in areas such as quantum control systems and post-quantum cryptography aims to shorten the timeline from initial architectural concepts to production-ready silicon. This initiative is key as the giant leap towards realizing quantum hardware that meets the stringent security requirements of government and enterprise partners becomes increasingly essential.
BTQ is already working in collaboration with ITRI (Industrial Technology Research Institute) in 2026 to validate its QCIM chip architecture, leveraging this new facility to accelerate rapid prototyping, testing, and integration with commercial partners. ITRI is recognized as one of the leading applied research organizations worldwide, providing BTQ with valuable support to enhance its innovations.
Quotes from Leadership
Olivier Roussy Newton, CEO of BTQ Technologies, remarked on the significance of these developments. He stated, "We are thrilled to welcome such a dense network of talent from blue-chip technology and semiconductor companies to BTQ. This team dramatically strengthens our ability to execute more quickly on QCIM and to build and commercialize quantum-secure hardware products."
In agreement, Sean Hackett expressed that, "QCIM was designed from the ground up to bridge advanced cryptography and modern silicon. With this team now in place, we can move faster across architecture, prototyping, and validation, focusing on turning QCIM into production-ready silicon that meets real government and enterprise security requirements."
Looking Ahead
With a new commercialization hub established and a strong engineering team in place, BTQ Technologies is now poised to enter the next phase of execution in its quantum computing journey. The primary focus will be on validating silicon technology, perfecting system integration, and achieving commercial deployment of its innovative solutions. As quantum technology continues to evolve, BTQ's forward strides aim to solidify its status as a leading player in this transformative field.
In conclusion, the opening of this hub not only signifies BTQ's commitment to advancing quantum technology but also highlights the critical importance of collaboration and innovation in overcoming the challenges posed by traditional computing systems. As they embark on this new chapter, BTQ Technologies stands ready to redefine what's possible in the quantum landscape.
Topics Consumer Technology）
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