QCOP and QNO — turning infrastructure into managed services.
The Quantum Corridor Orchestration Platform (QCOP) transforms physical network infrastructure, partner capabilities, and proof-of-concept milestones into scalable, enterprise-ready services — powered by the Quantum Network Orchestrator (QNO) and operated through the Quantum Corridor Command Center (QCCC).
A unified interface for quantum-safe service access.
The Quantum Corridor Orchestration Platform (QCOP) is Quantum Corridor's market-facing platform: the access layer through which enterprise, research, and government customers engage quantum-safe connectivity, partner compute resources, timing capabilities, and managed network services.
QCOP abstracts the complexity of QKD links, quantum timing nodes, partner hardware, and optical infrastructure into a consistent, manageable interface for customer service delivery — backed by the Quantum Corridor Command Center (QCCC) for real-time device management and lab testing.
Request a QCOP briefingQuantum-Safe Connectivity
QKD-enabled links, post-quantum cryptography readiness, and crypto-agile transport — all delivered through a consistent service framework.
Quantum Compute Access
Secure access to partner quantum hardware, including QCi's DIRAC-3 optimization machine — the first quantum computer on a commercially ready quantum-safe network in the U.S.
Precision Timing Services
Picosecond quantum timing and synchronization — demonstrated at 1–2 ps precision across 44 km of live commercial fiber — available to finance, defense, and critical infrastructure customers.
Visual route builder for real-time network control.
The QNO's visual route builder allows clients to select diversity and network aggregation in real time — creating elastic connectivity sessions across on-net network points of presence and layering in their choice of network security mode.
Service Requests & Provisioning
Customers submit and track service requests — from new connections to QKD link trials and timing service activations — through a managed workflow.
Route Design & Optimization
QNO selects and optimizes network paths based on security requirements, performance targets, and customer policies — supporting both dedicated and on-demand routing.
Security Mode Selection
Choose from QKD-secured, PQC-protected, or crypto-agile transport options for each workload — managed through the orchestrator without manual reconfiguration.
Visibility & Reporting
Real-time network visibility, service status dashboards, and customer-facing reporting across all active Quantum Corridor services.
A control plane for quantum-safe service delivery.
The Quantum Network Orchestrator (QNO) is the operational backbone of Quantum Corridor's service platform — managing route selection, security mode configuration, service provisioning, and customer reporting across the network.
QNO enables Quantum Corridor to deliver quantum-safe services as repeatable, manageable products — rather than one-off engineering projects. As the network scales, QNO becomes the layer that makes complexity invisible to customers.
Access multiple quantum compute platforms in one environment.
Customers can access multiple quantum compute platforms through Quantum Corridor's integrated quantum-as-a-service environment — running the same workloads against multiple QPUs for optimal problem-solving capability.
The operational backbone of QCOP.
The Quantum Corridor Command Center (QCCC) is a purpose-built network management platform developed in-house — giving Quantum Corridor's team direct, audited control over every device, link, and test in the network.
Multi-Site Device Management
Direct console access to live platforms — including routers, switches, encryption devices, optical networking equipment, and more — via audited, session-logged SSH connections across multiple sites simultaneously.
Automated QLab Test Suites
Six-category automated optical testing: WAN emulation, OTDR fiber characterization, spectral/channel utilization, jitter (PDV), optical power, and round-trip time — all streaming live as data flows through the path.
AI-Assisted Diagnostics
Integrated investigation prompts surface cross-site issues in real time — enabling engineers to query device behavior across distributed nodes from a single interface, with sub-millisecond latency visibility.
From proof-of-concept to repeatable services.
Quantum Corridor's platform roadmap turns experimental milestones — cross-state QKD, picosecond timing, quantum compute access — into productized service offerings that enterprise and government customers can subscribe to, contract for, and scale.
Milestone → Service
Every public proof point becomes the foundation for a productized service tier — from Toshiba QKD demonstrations to Infleqtion timing pilots.
Partner Ecosystem Access
The platform integrates Ciena's optical infrastructure, QCi quantum compute, Infleqtion timing systems, Purdue's research capabilities, and partner hardware into one unified access layer.
Scalable Enterprise Services
QNO-managed service delivery enables Quantum Corridor to grow from pilot programs to contracted, multi-customer deployments without linear increases in operational complexity.
Schedule a QCOP or QNO technical briefing.
Our team works with enterprise architects, security officers, and infrastructure leads to map QCOP and QNO capabilities to specific organizational requirements.