From Theory to Deployment
AI DCT enables direct access to quantum computing resources through the EPB Quantum Center in Chattanooga, Tennessee—a first-of-its-kind facility combining both quantum computing and quantum networking in a single commercial environment.
This is not experimental access. It is production-grade infrastructure.

Why Chattanooga Matters
- The EPB Quantum ecosystem is the first commercially available quantum network in the U.S. (quantum.epb.com)
- The Quantum Center integrates IonQ’s Forte Enterprise quantum computer, designed for real-world workloads (quantum.epb.com)
- Companies can purchase access time, removing the need for multi-billion-dollar infrastructure investments (quantum.epb.com)
- Hybrid systems combine quantum + classical (NVIDIA DGX + ORNL) for practical deployment (epb.com)
This positions AI DCT as a gateway layer, abstracting complexity and enabling clients to:
- Run quantum optimization (logistics, finance, AI training acceleration)
- Develop quantum-enhanced AI models
- Test quantum-native algorithms in a real network environment
- Access quantum infrastructure as-a-service
In essence, AI DCT transforms quantum from a research domain into a cloud-accessible compute layer.

QaaS via AI DCT
AI DCT builds on top of the EPB infrastructure to provide a simplified, enterprise-ready interface:
Core Offerings
This allows AI DCT to serve as the “AWS of Quantum + AI infrastructure”, but with integrated token economics and decentralized compute orchestration.

Quantum Compute Access Layer
- API-driven access to quantum processors
- Workload orchestration between classical GPUs and quantum systems
- Tokenized or credit-based compute access models
Quantum Simulation & Emulation
- Pre-deployment testing of quantum algorithms
- AI-assisted quantum circuit design
Enterprise Integration
- Plug-ins for AI pipelines, financial modeling, logistics engines
- Hybrid compute scheduling (GPU ↔ Quantum switching)
Developer Ecosystem
- SDKs and sandbox environments
- Access to real quantum hardware—not simulators



