BTQ Technologies Corp News: Expands QCIM Program in U.S
BTQ Technologies Corp news
To grow its US operations, quantum-secure networking leader BTQ Technologies Corp. built a Quantum Hardware Commercialization Hub in New York City. The new Flatiron District building will house the company's Quantum Compute in Memory (QCIM) program and ambitious quantum-resistant silicon roadmap.
The Vancouver-based company's expansion marks a turning point from theoretical architecture to silicon validation and commercial execution. BTQ has assembled a “dense network of talent” from Tokyo Electron, Apple, Meta, and Texas Instruments to lead this effort.
A Strategic New York Beachhead
BTQ is opening a research and development center in New York City's Flatiron District to boost its US presence and capitalise on the area's engineering and encryption expertise. Sean Hackett, Head of Silicon Product, and Zach Belateche, Head of Hardware, run the hub. The major developers of the QCIM architecture patents are both Stanford graduates.
The BTQ Head of Cryptography, Anne Reinders, has ten years of Intel experience in applied cryptography and hardware security. Senior engineers tasked with accelerating the transition from architectural to market-ready silicon are joining this core leadership team.
The “Blue-Chip” Talent Boom
The caliber of BTQ's QCIM engineering hires is particularly impressive. Former Apple Special Projects Group engineering lead Fabien Goncalves is a key hire. Goncalves is well recognized for creating low-latency, safety-critical embedded systems for Apple's automotive hardware program. As BTQ integrates hardware, his system design and production-grade embedded software expertise will be vital.
The team adds senior FPGA and systems engineer Michael Anfang. He worked on Facebook Reality Labs (Meta) augmented reality technologies and PsiQuantum quantum control platforms. The startup also hires Cale Woodward, who led digital design and verification for mixed-signal ASICs at Texas Instruments from RTL design to silicon tape-out.
Steve Nease, a Tokyo Electron ASIC and SoC designer who spearheaded advanced-node tapeouts, and Dzmitry Branavets, a ST Engineering low-level software specialist, are also important additions. They provide “deep, hands-on experience” in post-quantum cryptography and semiconductor manufacturing.
The QCIM Roadmap Joins Cryptography and Silicon
This expansion uses Quantum Compute in Memory (QCIM), a proprietary architecture, to bridge the gap between cutting-edge cryptographic algorithms and modern silicon fabrication. Sean Hackett says QCIM was built from scratch to meet commercial and government security standards.
The 2026 relationship with ITRI will accelerate BTQ's silicon certification efforts. Globally renowned applied research institute ITRI and BTQ are testing the QCIM chip architecture in actual silicon. ITRI and the New York hub will collaborate on testing, system integration, and rapid prototyping.
“We are thrilled to welcome such a dense network of talent from blue-chip technology and semiconductor companies,” said BTQ Technologies CEO Olivier Roussy Newton. “This team dramatically strengthens our ability to execute more quickly on QCIM and to build and commercialize quantum-secure hardware products”.
Quantum Internet Security
“BTQ is a vertically integrated quantum corporation that protects mission-critical networks as the world moves from classical systems to the “quantum internet.” The full-stack platform includes neutral-atom quantum computing, middleware, and post-quantum security.
Quantum vulnerabilities to encryption standards make BTQ's mission imperative. BTQ develops quantum-safe silicon solutions for banking, telecommunications, logistics, and military quantum computer defenses.
BTQ is planning to move from research to production-ready silicon with a reinforced engineering staff and a new New York headquarters. As the business nears tapeout, the IT community will watch to see if this “concentration of talent” can influence quantum-secure technological regulations.
