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Operationalizing AI at Scale: The Enterprise AI Factory Playbook

Palo Alto, CA | The Sea by Alexander’s Steakhouse | April 14th, 2026

 
 

Moderator & Panel

Chad Smykay

Hewlett Packard Enterprise

AI CTO & Distinguished Technologist, Industry Verticals, North America


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Tarik Hammadou

NVIDIA

Director Developer Relations, AI for Retail & CPG


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Mitalee Gujar

Amazon

Director of Engineering


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Sriram Madhavan

Applied Materials

Design Engineering Director


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Patrick McQuillan

Visa

Global Head of AI & Data Governance


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Executive Summary

Enterprises are moving from experimentation with AI to operational deployment, but many are encountering friction in scaling initiatives effectively. While foundational models and tooling have advanced rapidly, organizations are struggling with integration into legacy systems, unclear ownership of use cases, and inconsistent alignment between AI initiatives and business objectives. The gap between technical capability and operational execution is emerging as the primary constraint to realizing value.

A recurring challenge is balancing standardization with flexibility. Over-standardization can limit innovation, particularly in emerging areas such as generative and agentic AI, while lack of governance introduces risk, inefficiency, and inconsistent outcomes. Leading organizations are adopting a hybrid approach, applying structured controls for repeatable AI use cases while allowing more flexibility in exploratory and high-innovation environments. This is particularly relevant as enterprises transition from traditional AI/ML to more dynamic, agent-driven systems.

At the same time, organizations are recognizing that AI success is less about technology selection and more about problem definition, data readiness, and cultural adoption. Misaligned incentives, such as deploying AI for visibility rather than value, are leading to failed initiatives and low ROI. The enterprises making progress are those that prioritize clear use cases, align AI with business strategy, and build feedback loops that enable continuous learning and improvement.

Key Themes

Key Themes

  • Balancing standardization and innovation.
    Structured frameworks are required for reliability and compliance, but excessive standardization can limit experimentation and slow progress in emerging AI use cases.
  • AI as a force multiplier, not a standalone solution.
    AI delivers value when applied to clearly defined problems and embedded into workflows, rather than deployed for its own sake.
  • Data readiness and feedback loops are critical.
    Incomplete, outdated, or poorly governed data limits model performance, making continuous data pipelines and feedback mechanisms essential for maintaining relevance.
  • Legacy systems and technical debt as barriers.
    Fragmented architectures and siloed data environments continue to slow AI adoption, requiring modernization alongside deployment.
  • Misalignment between AI initiatives and business value.
    Many AI projects are driven by external pressure or internal visibility rather than customer needs, resulting in low adoption and limited ROI.

Actionable Takeaways for Enterprise Leaders

Actionable Takeaways for Enterprise Leaders

  • Anchor AI initiatives to clear business problems.
    Define specific use cases tied to measurable outcomes before deploying AI solutions.
  • Adopt a dual approach to governance.
    Apply strict controls for repeatable, high-risk use cases while maintaining flexibility for experimentation in emerging areas.
  • Invest in data pipelines and feedback loops.
    Continuously update models with new data and validate outputs against real-world outcomes to prevent performance degradation.
  • Modernize selectively to enable AI integration.
    Prioritize modernization efforts that unlock data accessibility and interoperability rather than attempting full system overhauls.
  • Avoid deploying AI for visibility or trend alignment.
    Evaluate whether initiatives deliver tangible value to customers or operations, not just internal or market signaling.
  • Empower domain teams to experiment responsibly.
    Identify AI champions within business units and provide them with tools and autonomy to test and scale use cases.
  • Define accountability for AI outputs.
    Maintain human oversight and clear ownership, particularly in customer-facing or high-risk applications.
  • Start with repeatable, high-impact workflows.
    Focus initial deployments on processes that are repetitive, data-driven, and constrained by human capacity.
  • Prepare for iterative failure and learning.
    Treat early initiatives as learning cycles, using failures to refine models, processes, and governance structures.

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