Every claim on the Quantum Corridor website is backed by a public reference. This library provides direct access to news and updates, partner statements, white papers, and coverage that document our network milestones and service capabilities.
These milestones have been publicly announced by Quantum Corridor and its partners, covered by independent media, or documented through third-party news and updates.
Quantum Corridor, Ciena, and Toshiba completed the world's first trial of 1.6 Tb/s quantum-safe encryption on a live commercial network — validating Ciena WL6e optical encryption with NIST-certified PQC algorithms and Toshiba QKD-generated keys simultaneously on the same fiber between Chicago and Hammond, IN.
Financial Times Markets coverage of the Quantum Corridor, Ciena, and Toshiba milestone. The trial demonstrates a practical, infrastructure-preserving migration path: existing 800G WL5e deployments gain PQC protection via a software upgrade while new 1.6 Tb/s WL6e capacity adds full optical-layer encryption — no wholesale infrastructure replacement required.
In December 2025, Quantum Corridor and Toshiba successfully demonstrated Quantum Key Distribution over a live fiber network spanning from Chicago's 350 Cermak data center to Digital Crossroad in Hammond, Indiana — the first cross-state QKD demonstration over commercial fiber in the United States.
Quantum Corridor and Infleqtion demonstrated picosecond-precision quantum timing for critical infrastructure over the Quantum Corridor network. The demonstration documented resilient PNT capabilities for finance, defense, and data center applications — 1,000× more precise than GPS nanosecond timing.
QCi's Dirac-3 quantum optimization machine was placed on the Quantum Corridor network, enabling enterprise access to quantum compute resources over a secure quantum-ready network for the first time.
Ciena's experts explain why organizations need to prepare now for the quantum security threat, and how quantum-safe networking infrastructure like Quantum Corridor provides the foundation for long-term data protection.
Crain's Chicago Business highlights the Midwest quantum ecosystem — including the Quantum Corridor, the IQMP Bloch Tech Hub, Argonne, Fermilab, and the University of Chicago — as uniquely positioned to lead the commercialization of quantum technology.
Technical overview of QKD deployment over metropolitan commercial fiber infrastructure, covering architecture, challenges, and results from the Quantum Corridor network.
Downloadable white papers covering QKD, quantum networking, data security, and the Quantum Corridor network architecture.
Technical overview of QKD deployment over metropolitan commercial fiber infrastructure — architecture, challenges, and results from real-world Quantum Corridor network deployment.
Exploration of how integrated space and ground-based systems can extend quantum communication capabilities beyond terrestrial fiber networks.
Overview of the quantum data security landscape: how QKD, post-quantum cryptography, and crypto-agile architectures help organizations protect sensitive data today and into the quantum era.
Research overview from Purdue University's Quantum Science and Engineering Institute on quantum networking, infrastructure, and collaboration with Quantum Corridor.
An overview of Quantum Corridor's commercial quantum-ready network architecture and its role in connecting enterprise, research, and government partners across the Midwest.
An accessible introduction to quantum networking, QKD, and quantum computing — written for enterprise and government decision-makers who need to understand the landscape without deep technical backgrounds.
How Quantum Corridor's infrastructure strategy ensures long-term relevance as quantum technology evolves — covering crypto-agility, scalable capacity, and quantum-safe network services.
Quantum Corridor, Ciena (NYSE: CIEN), and Toshiba successfully trialed 1.6 Tb/s quantum-safe encryption on Quantum Corridor's live commercial network between Chicago and Hammond, IN — the world's first at this speed. The trial validated Ciena's WaveLogic 6 Extreme (WL6e) optical encryption running NIST-certified PQC algorithms alongside Toshiba QKD-generated keys, with existing 800G WL5e traffic operating simultaneously on the same network. Covered by BusinessWire, Financial Times, and Ciena.
Financial Times coverage of the world's first 1.6 Tb/s quantum-safe optical encryption trial on Quantum Corridor's live commercial network. The milestone combines Ciena's WaveLogic 6 Extreme (WL6e) high-speed encryption, NIST-certified post-quantum cryptography (PQC) algorithms, and Toshiba QKD-generated keys — offering a practical, infrastructure-preserving migration path for enterprises and critical infrastructure operators.
A White House executive order establishes Federal policy for accelerating the transition to NIST-approved post-quantum cryptography standards and protecting high-value systems from advanced cryptographic attacks, including future quantum-computing threats.
QCi's DIRAC-3 quantum optimization computer — an all-optical entropy machine supporting up to 10,000+ variables — is now installed at Digital Crossroad on the Quantum Corridor network. First quantum computer hosted on a commercially ready quantum-safe network in the U.S.! Covered by Yahoo Finance, HPCwire, and Lightwave.
Quantum Corridor and Infleqtion demonstrated picosecond-level timing and synchronization across 44 km of live commercial fiber — achieving 1–2 ps precision between Chicago data centers, 1,000× more precise than current GPS nanosecond timing. The system outperforms GNSS by 20–40× and maintains holdover during GPS disruptions. Covered by BusinessWire, Quantum Zeitgeist, TipRanks, and NextGen Defense.
Proof-of-concept passes quantum keys end-to-end over a photonic network spanning from the heart of Chicago to Northwest Indiana — the first successful implementation of QKD over a commercial fiber network in North America between two Tier III data centers! Integrated with existing Ciena Waveserver encryptors. Covered by Yahoo Finance, Quantum Computing Report, and The Quantum Insider.
Ryan Lafler, President & CTO, discusses Quantum Corridor's vision for a 40 Tbps public-private quantum network and what it means for enterprise and government partners in the region.
The Bloch Tech Hub designation recognizes the Indiana-Illinois quantum and deep tech corridor, including Quantum Corridor's network, as a national priority innovation ecosystem.
Quantum Corridor officially launches its commercial quantum-ready fiber network, connecting Chicago and Northwest Indiana with the first quantum-safe, high-capacity optical infrastructure of its kind.
For NDA-protected technical documentation, pilot program details, or custom briefing materials, contact the Quantum Corridor team directly.