Beyond Connectivity: Exploring the Quantum Front with EPB Quantum Lab
Amdocs visits the EPB Quantum Lab in Chattanooga to explore how fiber, quantum computing and AI could converge to unlock new opportunities for the telecommunications industry
What if the next major leap in artificial intelligence isn't just about more powerful processors, but an entirely different way of computing? And what if fiber networks become a critical foundation for making that future possible?
These were some of the exciting possibilities explored during a recent Amdocs visit to the EPB Quantum Lab in Chattanooga, Tennessee, where our team met with EPB representatives to discuss the convergence of fiber infrastructure, quantum technologies and AI.
The visit opened the door to exploring how Amdocs' fiber expertise could complement emerging quantum capabilities, potentially creating new opportunities for service providers and their customers.
Quantum Computing: A New Front for AI
Quantum computing represents a fundamental shift in how information is processed.
Unlike traditional computers, which rely on bits representing either 0 or 1, quantum computers use qubits, which leverage principles of quantum mechanics such as superposition and entanglement. These properties allow quantum computers to approach certain complex computational problems in ways that classical computers cannot easily replicate.
One of the most compelling possibilities lies in accelerating exponentially the learning pace of artificial intelligence.
Today's AI engines require enormous computational resources to train models, analyze data and identify patterns. Quantum computing could eventually help accelerate specific AI workloads by enabling certain calculations and optimization processes to be handled more efficiently.
This could open up new possibilities for AI-driven discovery, advanced simulations, complex decision-making and network optimization.
While practical quantum advantages for large-scale AI training are still being researched, the long-term potential is significant. As AI continues to reshape industries, quantum computing could become another powerful tool for pushing the boundaries of what intelligent systems can accomplish.
Why Fiber Matters in a Quantum World
Quantum technology may represent a new front in computing, but it also needs a foundation for connectivity.
That's where fiber comes in.
Fiber networks already serve as the backbone of modern digital communications, connecting homes, enterprises, cloud platforms and data centers. In the emerging quantum ecosystem, specialized optical fiber infrastructure can also support quantum networking, enabling the transmission of quantum information using photons.
This creates an intriguing opportunity for telecommunications providers to evolve beyond traditional connectivity services and potentially play a role in the quantum economy.
The convergence of these technologies could enable:
- Quantum networking: Connecting quantum devices and systems through specialized fiber networks to support new forms of information exchange.
- AI acceleration: Exploring how quantum computing could help solve complex optimization and machine-learning challenges.
- Next-generation security: Supporting quantum communication technologies and new approaches to protecting sensitive information.
- New enterprise services: Enabling service providers to explore quantum-ready infrastructure and emerging offerings for businesses, research institutions and industries with demanding computational needs.
"Leading operators are positioning themselves as critical agentic-AI suppliers for autonomous network operations."
For Amdocs, these possibilities align with our broader focus on helping service providers transform their networks, modernize operations and unlock new sources of value.
EPB: Bringing Quantum Innovation to Life
EPB Quantum Lab is helping advance the practical development of quantum technologies through its quantum initiatives in Chattanooga.
By bringing together advanced fiber infrastructure, quantum networking capabilities and access to quantum computing resources, EPB Quantum Lab is creating an environment where organizations can experiment, innovate and explore real-world applications.
Our visit provided an opportunity to learn more about this emerging ecosystem and discuss where Amdocs' capabilities and experience could contribute.
In particular, the intersection of fiber services, intelligent network operations and quantum infrastructure presents an exciting area for further exploration.
As quantum technologies mature, service providers may have opportunities not only to deliver the connectivity supporting these systems but also to develop new services around their deployment, orchestration and management.
Exploring What's Next, Together
Innovation often begins with curiosity, collaboration and a willingness to explore what comes next.
A special thank you to Kirk McLemore and the EPB Quantum Lab team for hosting us, sharing their insights and opening up a fascinating discussion about the future of quantum technology.
The visit was an exciting opportunity to explore new possibilities at the intersection of three transformative technologies: quantum as a potential accelerator, AI as the intelligence, and fiber as the enabler.
We look forward to continuing the conversation and exploring where these technologies could take us together.
The next chapter of AI may well be powered by quantum — and connected by fiber.
Want to Learn More or Get Involved?
Curious about the opportunities quantum computing and networking could create for Amdocs and our customers? Interested in exploring how our fiber capabilities could help enable the next generation of quantum-powered services?
Reach out to Iris Harel & Mary Ghedini to learn more about the EPB visit, ongoing discussions and opportunities to get involved as we explore this exciting new front.
