Persistent memory and flash supply constraints continue to disproportionately impact smaller enterprise customers. This talk argues that resilience comes not from differentiation, but from deliberate simplicity, ecosystem alignment, supplier diversity, and operational flexibility.
We examine why enterprise customers like GEICO are uniquely exposed to supply disruptions, often facing longer lead times, higher costs, and reduced access to constrained components. These challenges are amplified when server platforms rely on specialized or low-volume configurations that fall outside the Total Available Market (TAM) for server commodities.
We advocate for “boring” enterprise server hardware platforms, intentionally aligned with widely available, high-volume storage components. Designing to the commodity TAM increases supply predictability, reduces lifecycle risk, and preserves configuration flexibility in the face of shifting availability. In this model, standardization becomes a strategic advantage rather than a constraint. We will include examples of GIECO server platforms that have adopted this architecture.
We discuss supplier strategy, emphasizing the importance of broad flash vendor engagement. Enterprises that qualify and incorporate multiple flash suppliers reduce single-source dependency, improve access during shortages, and create competitive dynamics that help stabilize both cost and availability.
The final lever is enterprise customer flexibility itself. Organizations that can adapt across capacity targets, budget timing, vendor selection, and long-range forecasts materially improve their ability to secure supply. Flexibility in accepting alternative configurations, smoothing demand signals, and committing to longer planning horizons becomes a critical enabler in constrained markets.
Through real-world examples and field-driven insights, attendees will learn:
* Why memory and flash constraints disproportionately impact smaller enterprises
* How aligning server platforms with commodity TAM improves availability and resilience
* The role of multi-vendor flash strategies in mitigating supply risk
* How enterprise flexibility in capacity, budget, vendors, and forecasting can unlock supply advantages
Attendees will leave with a clear framework for designing supply-aware, vendor-diverse, and intentionally “boring” enterprise systems—demonstrating that in a constrained environment, flexibility and standardization are the true drivers of long-term success.
ChatGPT began AI's watershed moment that triggered IT infrastructure's tectonic shift and race in extraordinary and lasting commitments to AI Factory. Many governments and enterprises alike are making enormous capital and people investments to not be left behind the AI boom. Corporate boardrooms are evaluating purposeful infrastructure plans. What is the best architectural decision - retrofitting, built from scratch or adopt a wait-and-see? This fork in the road has given pause and decision paralysis to some infrastructure decision makers. Our talk examines the AI Factory Spectrum to identify solutions that advance the infrastructure challenge sustainably.
Learn about the new SNIA Emerald V1.0 Device Power Measurement Test Specification, the tools and methods to measure an enterprise data storage device. A useful new metric for system supply chain and hypervisor vendors to evaluate devices with enterprise data enter workloads. In the near future, some regulatory bodies may cross-reference in their regional energy conservation programs. Learn about the changes as part of SNIA Emerald V5.0 System Power Measurement Test Specification, the tools and methods to measure an enterprise data storage system. A cross-referenced specification by the USA EPA Energy Star program and the EU Lot 9 Commission for vendors to test, report and submit enterprise data center workloads metrics as part of procurement requirements set by regulatory bodies as part of their regional energy conservation programs.
As the demand for cloud services continues to grow, so does the environmental impact of datacenters. Accurately measuring and managing carbon emissions is essential to advancing sustainability goals—but today’s approaches to carbon assessment vary widely across the industry. The panelists include Sustainability experts from Google, Meta, and Microsoft to discuss how the cloud industry can align on Product Category Rules (PCRs) and Lifecycle Assessment (LCA) standards to drive consistency, transparency, and real impact. PCRs serve as foundational guidelines for conducting LCAs, the methodology used to quantify the carbon footprint of devices and services. With a standardized PCR framework, cloud providers can perform have comparable, credible, and actionable carbon assessments—supporting better decision-making across procurement, design, and operations. Our panelists will explore the current state of carbon accounting practices in datacenters, highlight challenges in today’s fragmented landscape, and share insights into collaborative efforts underway to build unified sustainability frameworks. Attendees will gain a clearer understanding of how the industry can move from individual initiatives to collective impact, accelerating progress toward net-zero ambitions through measurable, standardized carbon assessment.