공시 • Jun 17
IonQ Introduces Clavis XG Multiplex IonQ announced Clavis XG Multiplex, a new addition to the company’s Clavis XG Quantum Key Distribution (QKD) portfolio designed to make quantum security even more practical and deployable across metropolitan fiber networks. Clavis XG Multiplex enables high-performance, physics-based key distribution on a customer’s existing network infrastructure without requiring operators to redesign, isolate or dedicate optical networks for quantum security. The result is a lower cost, practical way to reduce long-term cryptographic risk now, on the network segments where sensitive data and exposure risk often concentrate, while broader post-quantum cryptography (PQC) migration continues across the enterprise. This multiplex solution is the latest offering in IonQ’s quantum security and PQC portfolio. One of the most pressing security needs is the “harvest now, decrypt later” threat, which is the top quantum-related concern of 61% of respondents surveyed in a recent study. Data that must remain confidential for decades, including financial, regulated and strategic information, often move across local area networks (LANs) under organizational control. These types of local networks are attractive targets for data harvesting now, to be decrypted in the future. The new offering builds on IonQ’s Clavis XG QKD portfolio, delivering enterprise-grade reliability and stable operation in live metro and LAN fiber environments. Combined with Clarion KX, IonQ’s end-to-end, quantum-safe key exchange software platform, Clavis XG Multiplex forms a unified quantum security architecture that brings together quantum-derived keys and post-quantum cryptography to help customers move from planning to production deployment. IonQ delivers quantum security deployment from a platform designed for real-world operations: practical, scalable, and aligned with how organizations build defense-in-depth protections for data that must remain secure over the long term. 공시 • Apr 29
Ionq and Florida Lambdarail Launch Quantum-Safe Network Initiative in Florida IonQ and Florida LambdaRail announced an agreement to support delivering on FLR's vision for a quantum-safe network spanning Florida. The groups’ first step will seek to create a nearly 100 mile quantum corridor from Palm Beach County to Miami-Dade connecting three research and education institutions. The Master Service Agreement (MSA), announced at the 2026 eMerge Americas Conference + Expo, represents one of the most advanced efforts in the United States to transition critical fiber infrastructure toward quantum-secure communications. The intended first phase will establish a three-node corridor linking select area colleges over the existing Florida LambdaRail fiber network. The system will use IonQ’s quantum key distribution (QKD) technology, enabling detection of any interception attempt and significantly strengthening protection against future cyber threats. Quantum computing is expected to challenge many of today’s widely used encryption standards. As a result, governments and institutions have begun preparing for scenarios in which encrypted data collected today could be decrypted in the future. Similar efforts, in Switzerland and Romania, to this Florida initiative, are addressing that risk by introducing quantum networking, which shifts part of the security model from mathematical complexity to physics-based protection. Florida LambdaRail, a nonprofit network connecting universities, research institutions, and public sector entities across the state through dedicated fiber infrastructure, will serve as the backbone for the deployment. Its existing footprint enables the initiative to move directly into real-world implementation rather than remaining in a laboratory setting. Following completion of the initial corridor, the initiative is expected to expand across the Florida LambdaRail network, connecting additional institutions statewide, subject to future funding and stakeholder participation. 공시 • Apr 16
IonQ, Inc. to Report Q1, 2026 Results on May 06, 2026 IonQ, Inc. announced that they will report Q1, 2026 results After-Market on May 06, 2026 공시 • Apr 15
Ionq and Air Force Research Laboratory Achieve Key Photonic Interconnect Milestone IonQ, Inc. has achieved a foundational technical milestone by photonically interconnecting two independent trapped-ion quantum systems. This achievement marks the first demonstration of connected, commercial quantum computers, a critical step toward scaling quantum computation beyond a single processor. By successfully linking two remote quantum systems, IonQ has validated the generation, transmission, and detection of photons used to enable quantum entanglement between two commercial IonQ computers at a distance for the first time. This major commercial result reinforces prior lab demonstrations and the theory of using photonic links to interconnect separated trapped-ion platforms while preserving the coherence necessary for advanced quantum operations. The successful demonstration of these network qubits underscores the repeatability and reliability of IonQ’s hardware as the company transitions toward fault-tolerant, modular systems. This research was, in part, funded by the U.S. Government through an agreement with the Air Force Research Laboratory (AFRL). The project highlights IonQ’s ongoing engagement with federal and defense partners to advance national security and scientific research capabilities including its advancement to Stage B of DARPA’s quantum benchmarking initiative; the launch of its IonQ Federal division; the appointment of former Chief of Space Operations for the U.S. Space Force, General John Raymond to its Board of Directors; and its world record achievement in quantum computing performance – 99.99% two-qubit gate performance. 
