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We build quantum solutions that transform industries and safeguard the world
pitch_v1_importColumbiaFounded 2025
QuantumTelecommunicationsCybersecurity
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We build quantum solutions that transform industries and safeguard the world
pitch_v1_import🚀 Invitation: Step Inside EigenQ’s Quantum Lab – Where the Future of Quantum Security Comes to Life ⚛️ \r\n\r\nEigenQ proudly announces the expansion of its Quantum Lab, a state-of-the-art facility showcasing the next generation of quantum-secure computing, communications, and sensing technologies. \r\n\r\nWe’re inviting U.S. Federal government representatives, OEMs, defense partners, and technology integrators to experience firsthand how EigenQ is advancing quantum cybersecurity and infrastructure protection. \r\n \r\n💡 Inside the Quantum Lab, visitors can explore: \r\n• 🧩 PCIe Post-Quantum Unit (PQU) and M.2 PQC Module \r\n• 🎲 Quantum Random Number Generator (QRNG) API Server \r\n• 📡 QHotspot — Quantum Wireless Hotspot \r\n• 🔐 Quantum Site-to-Site VPN and Quantum Encryption Module (QEM) \r\n• 🛡 Quantum-Resistant Video Conferencing and Quantum-Safe File Sharing \r\n• 🌌 Quantum-Enhanced Radar Sensing \r\n• 🧠 The Double Slit Experiment and Michelson’s Interferometer \r\n• ⚙️ HPE Server Room Integrations \r\n \r\n🔭 Join us to see how EigenQ is bridging today’s infrastructure with tomorrow’s quantum era, transforming quantum science into real-world, deployable security solutions.
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A Major Step Forward in Quantum Factorization: Researchers unveil a new quantum factoring algorithm that could accelerate the arrival of “Q-day.”\r\nA team of physicists has introduced a new quantum factoring method based on the Quantum Number Theoretic Transform (QNTT), which achieves major resource reductions compared with Shor’s algorithm, cutting gate count, circuit depth, and runtime by factors ranging from roughly 10× to over 1,000× in simulation and hardware tests. The findings, detailed in a new preprint, suggest that large-scale quantum attacks on classical cryptography could arrive much sooner than previously estimated, underscoring the urgent need for coordinated adoption of post-quantum cryptography and responsible disclosure practices.\r\n\r\nThis result suggests that “Q-day”, when quantum computers can break classical encryption, may be closer than previously thought, and it highlights the urgent need for accelerated post-quantum cryptography adoption and coordinated responsible disclosure.\r\n\r\n📄 Read the full preprint here: https://www.preprints.org/frontend/manuscript/63009198e949e24aec54cb63dccf0ee1/download_pub
EigenQ is a disruptive U.S.-based quantum technology company advancing quantum cybersecurity, quantum internet, and quantum computing. EigenQ’s PQC+™ solutions, the first NIST-certified, accelerate government, defense, and space organizations in achieving quantum readiness and meeting federal mandates and global standards. Backed by deep quantum expertise and strategic partnerships with HPE and WNC, EigenQ delivers scalable, future-proof, cutting-edge quantum technology solutions to protect mission-critical systems and position the U.S. to lead the quantum era. Deep Quantum Expertise - Team consists of leading researchers in applied quantum technology from the University of Waterloo. Defensible Technology - Hard to replicate, broad and robust portfolio, 150+ IP items. Commercial-ready Solutions - 7 years and $22 million in technology development. Global manufacturing and sales channel established. Defining the Quantum Standard - Actively contributing members of ETSI, who are defining the new quantum standards and advising policy makers.
As we enter the quantum era, the critical infrastructure in the U.S. is at risk. Existing technologies are not prepared to address this emerging threat. Government agencies are required to quantum-proof their systems now (Presidential Executive Order (EO) 14144: Jan. 16, 2025, amended on June 6). HARVEST NOW, DECRYPT LATER! 1. Breaking public-key encryption - A foundational risk - nearly every security protocol, from VPN handshakes to SSL certificates, depends on these same algorithms. 2. Weakening secure communications - Loss of confidentiality and authenticity across global communication systems. 3. Endangering critical infrastructure - Quantum attacks could jeopardize essential sectors like energy, healthcare, and transportation if migrations lag behind. 4. Quantum computing doesn't just pose one cybersecurity risk. It cascades across encryption, identity, and trust. Each layer of digital security built on public-key cryptography must eventually change to stay secure in the quantum era.
José R. Rosas-Bustos
employee
Nir (Benda) Ben-David
advisor
Bryan Matthews
employee
Mitchell Shivers
board