products & services

Enabling Quantum-Safe and Secure Networking

Quantum Corridor®’s purpose-engineered quantum network was established to provide connectivity between the internet’s and Quantum superhub in Chicago to the rest of the Midwest region. It provides quantum-safe communication today, architected for available Quantum Key Distribution (QKD) architected to evolve to Quantum Networking in the future. This architecture is also compatible with upcoming satellite QKD systems and is Post-Quantum Cryptography (PQC) ready. Fully Trade Agreements Act (TAA)- compliant, the network’s dedicated and private fiber infrastructure interconnects data centers, internet exchanges, universities and research partners, as well as military campuses.
network highlights
- Single telecommunications carrier with indefensible rights of use.
- Offering Quantum-safe communications today, the network supports a variety of deployment models, including Quantum Key Distribution (QKD) solutions to further its crypto-resilience and agility.
- Architected for future quantum networking requirements, including the transition from CPU/GPU to QPU and the implementation of quantum memory and repeaters.
- Its 40+ Tbps capacity is fully scalable and programmable, making it the fastest secure communication network in the Western Hemisphere.
- Supports any services from Gigabit Ethernet (GE) up to 400GE today, ready for 800GE when introduced.
- Fully compliant with all Department of Defense requirements, including TAA-compliant fiber and electronics.
- Will be extended through Quantum Commercialization Centers (QC3), which will provide space and access to quantum computing technology for emerging companies and research institutions.ation.

“The Quantum Corridor® platform is the first of its kind to enable quantum communication across distances, allowing researchers to collaborate on making these breakthrough applications and devices a reality. The disruptive technologies that will emerge from quantum research will span materials science, electrical engineering, nano-optics, bioscience, machine learning, and more.”

—Prof. Alexandra Boltasseva, Purdue Quantum Science and Engineering Institute