New DCE 9000 Standard to Fortify AI-Driven Data Center Infrastructure

ARLINGTON, Va. – April 29, 2026 – As the relentless surge in artificial intelligence continues to place unprecedented strain on the world's digital backbone, a coalition of industry titans is racing to build a new foundation of quality and reliability. The Telecommunications Industry Association (TIA) today announced significant progress on its Data Center Excellence (DCE 9000) initiative, the first-ever quality management system (QMS) standard purpose-built for the physical infrastructure of data centers.

This ambitious effort, advancing under the TIA QuEST Forum, aims to standardize quality expectations for the critical power, cooling, and mechanical systems that form the bedrock of the digital world. With a draft standard targeted for September 2026 and a full certification framework planned for 2027, the initiative reflects the urgency and scale of the challenges posed by AI-driven infrastructure growth. The group will detail its progress in a Data Center World webinar on May 27th.

A New Blueprint for Data Center Quality

For years, the data center industry has operated in a fragmented quality landscape. While standards like the Uptime Institute's Tiers or TIA's own ANSI/TIA-942 define what a data center should be in terms of design and availability, there has been no unified standard defining how the vast supply chain building this infrastructure must operate to ensure quality.

Operators have largely relied on the generic ISO 9001 standard or developed their own proprietary requirements, creating a complex and often inefficient web of expectations for equipment manufacturers and construction firms. DCE 9000 is designed to fill this critical gap. It builds upon the high-level structure of ISO 9001 but integrates best practices from mature, high-stakes industries by incorporating elements from TL 9000 (telecommunications), IATF 16949 (automotive), and AS 9100 (aerospace). This hybrid approach creates a framework that is both globally recognized and specifically tailored to the unique lifecycle of data center equipment—from design and manufacturing through to installation, commissioning, and field service.

The initial scope of DCE 9000 will focus on the systems most crucial to data center uptime: mechanical, power, and cooling infrastructure. By establishing common, auditable requirements for these components, the standard aims to proactively address quality issues that can lead to costly downtime and service disruptions, a risk that is magnified by the complexity and density of modern AI workloads.

Streamlining a Fractured Supply Chain

The lack of a common quality standard has been a persistent source of friction and inefficiency. Suppliers are often forced to navigate a labyrinth of different requirements for each data center operator, leading to redundant audits, increased complexity, and administrative overhead that ultimately slows down deployment without guaranteeing better outcomes.

Joseph Waggoner, QMS Audit Lead at Trane Technologies, highlighted this issue in a statement: “As data center demand grows, suppliers are increasingly navigating different requirements from every operator, creating unnecessary complexity. Engaging in the Data Center Excellence Workgroup and supporting the DCE 9000 standard helps establish a consistent set of expectations across the industry, improving efficiency, quality, and reliability.”

The new standard promises to create a single, unified benchmark. For manufacturers and service providers, this means a reduction in redundant customer audits and a clearer path to demonstrating their capabilities. For operators, it offers a more reliable way to assess and manage supplier maturity across a global value chain.

Jennifer Stepniowski of Johnson Controls, who leads one of the technical sub-teams, noted the unique challenges the industry faces. “The data center industry is scaling at a pace that legacy quality frameworks were never designed to handle,” she stated. “By dividing the work across focused sub-teams with deep domain expertise, we’re building a standard that reflects how data center supply chains actually operate—from design through commissioning and beyond.”

This focus on real-world operations is a core tenet of the initiative. One sub-team, led by Joseph Waggoner, is specifically tasked with addressing persistent industry pain points related to installation, commissioning, testing, and field quality.

An Alliance of Industry Giants

The most compelling evidence of DCE 9000's potential impact is the formidable coalition of companies driving its development. The working group, which has grown to over 100 participants from more than 50 organizations, reads like a who's who of the digital infrastructure world.

Hyperscalers like Google, Amazon Web Services, and Oracle are working alongside major data center operators such as Iron Mountain and Verizon Wireless. They are joined by a vast array of equipment manufacturers and construction firms, including Schneider Electric, Eaton, Vertiv, Cummins, Trane, Johnson Controls, and Carrier. The initiative is chaired by Gino Tozzi, Google’s Global Head of Data Center Quality, who was instrumental in bringing the initial problem to TIA.

This broad collaboration ensures the standard will be practical, relevant, and widely adopted. The work is divided among four core technical sub-teams, each led by industry practitioners and supported by experienced standards development coaches:

• Team A, led by Vijai Venkata of Modine, is handling the foundational sections covering organizational context, leadership, and planning.
• Team B, led by Jennifer Stepniowski of Johnson Controls, is focused on design, development, and control of the supply chain.
• Team C, led by Joseph Waggoner of Trane, is tackling operational controls, manufacturing, and commissioning.
• Team D, co-led by Govind Ramu of Google and Chad Kymal of Omnex, is developing requirements for performance evaluation, auditing, and continual improvement.

Furthermore, a dedicated Measurements Sub-team, also led by Govind Ramu, is working to establish a consistent, industry-wide approach to quality metrics, enabling true benchmarking for the first time. As a founding participant, Modine emphasized the importance of this work. “The rapid expansion of AI workloads continues to drive the need for consistent, industry‑wide quality frameworks,” said Vijai Venkata, Quality Director at Modine. He noted the standard will support “reliable performance, infrastructure resilience, and stronger supply‑chain outcomes.”

With a clear timeline and the backing of the industry's most influential players, the DCE 9000 standard is poised to transition from a conceptual framework to a tangible, certifiable reality. Its development marks a pivotal moment for the data center industry as it re-engineers its foundational practices to build a more resilient and reliable future for the digital world.