Home
Scaling AI Infrastructure: Lessons from the Lenovo and Nscale Partnership - Six Five On The Road
Scaling AI Infrastructure: Lessons from the Lenovo and Nscale Partnership - Six Five On The Road
Patrick Moorhead and Daniel Newman are joined by Lenovo’s Conor Malone and NSCALE’s Stu Pann to discuss the real-world challenges of scaling AI infrastructure from pilot projects into production environments.
As AI systems move out of pilot mode, infrastructure challenges become operational realities.
Patrick Moorhead and Daniel Newman sit down with Conor Malone VP, CSP, ISG of Lenovo and Stu Pann Senior Advisor at Nscale to break down what it actually takes to deploy and operate production-grade AI infrastructure. They focus on the gap between early experimentation and real-world execution, where systems grow denser, power demands rise, and deployment complexity accelerates.
Drawing on lessons from the Lenovo–NSCALE partnership, their discussion highlights how close collaboration between infrastructure providers and CSPs can reduce deployment risk, shorten timelines, and improve operational stability. As these advanced computing environments continue to scale, our guests underscore why architectures, processes, and partnerships must evolve continuously to keep pace with rising performance and efficiency demands.
Key Takeaways Include:
🔹 Scaling AI infrastructure is harder than early pilots suggest: Moving from experimentation into production exposes gaps in power availability, cooling capacity, deployment processes, and operational maturity that pilots rarely reveal.
🔹 Execution discipline matters as much as platform choice: Successful deployments depend on coordinated delivery, repeatable processes, and operational rigor, not just hardware specifications.
🔹 Power and cooling are defining constraints at scale: High-density AI systems force organizations to rethink data center design, energy access, and thermal management strategies.
🔹 Platform partnerships reduce deployment risk: Collaboration between infrastructure providers and CSPs helps manage complexity across design, delivery, and ongoing operations.
🔹 Production AI requires continuous evolution:As systems become denser and more demanding, architectures and operating models must adapt to support long-term scalability and stability.
Learn more at Lenovo.
Watch the full video at sixfivemedia.com, and be sure to subscribe to our YouTube channel, so you never miss an episode.
Listen to the audio here:
Disclaimer: Six Five On The Road is for information and entertainment purposes only. Over the course of this webcast, we may talk about companies that are publicly traded, and we may even reference that fact and their equity share price, but please do not take anything that we say as a recommendation about what you should do with your investment dollars. We are not investment advisors, and we ask that you do not treat us as such.
MORE VIDEOS

Software-Defined Systems: The Architecture Decisions Shaping The Future Of How We Move, Live And Work - Six Five On The Road at CES 2026
Mark Ng of Texas Instruments joins Six Five On The Road at CES 2026 to discuss how software-defined architectures, real-time intelligence, and semiconductor design are reshaping vehicles and other intelligent physical systems, and why long-term architectural decisions now matter more than ever.
Other Categories
CYBERSECURITY

Threat Intelligence: Insights on Cybersecurity from Secureworks
Alex Rose from Secureworks joins Shira Rubinoff on the Cybersphere to share his insights on the critical role of threat intelligence in modern cybersecurity efforts, underscoring the importance of proactive, intelligence-driven defense mechanisms.
QUANTUM

Quantum in Action: Insights and Applications with Matt Kinsella
Quantum is no longer a technology of the future; the quantum opportunity is here now. During this keynote conversation, Infleqtion CEO, Matt Kinsella will explore the latest quantum developments and how organizations can best leverage quantum to their advantage.

Accelerating Breakthrough Quantum Applications with Neutral Atoms
Our planet needs major breakthroughs for a more sustainable future and quantum computing promises to provide a path to new solutions in a variety of industry segments. This talk will explore what it takes for quantum computers to be able to solve these significant computational challenges, and will show that the timeline to addressing valuable applications may be sooner than previously thought.



