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Event Recap: Operationalizing AI at Scale: The Enterprise AI Factory Playbook

Boston, MA | Davio’s Seaport | May 5th, 2026

 
 

Moderater & Panel

Evan McNiel

HPE

Manager of Sales - Private Cloud AI


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Lakshmanan Velayutham

National Grid

Director of Enterprise Architecture


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Radha Kuchibhotla

CVS Health

Lead Director AI Solutions and Design


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Aaron Kincaid

PTC

Senior Director AI and Tools Enablement


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Timothy Smith

Takeda

Head Data Sciences Communities


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Rajesh Nandyalam

TriNet

Senior Vice President, Global Product Engineering


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Speaker

Stirling Holbrook

HPE

Sales Specialist — Private Cloud AI


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Executive Summary

Organizations are moving beyond AI experimentation and confronting the operational realities of deploying AI at enterprise scale. Across industries including healthcare, pharmaceuticals, utilities, and professional services, leaders are focused on converting pilots into production-ready systems that deliver measurable business outcomes. While enthusiasm around AI remains high, many organizations are discovering that long-term success depends less on model selection and more on foundational disciplines such as governance, data quality, architecture, and organizational alignment.

A recurring theme throughout the discussion was the growing gap between rapid AI adoption and enterprise readiness. Teams are often pressured to deploy AI quickly, but many initiatives fail because underlying data environments, governance structures, and operational processes are not prepared to support scalable AI workloads. Enterprises are learning that AI cannot be treated as a standalone innovation initiative. It must be integrated into broader business, compliance, and operational strategies, particularly in highly regulated industries where explainability, auditability, and human oversight remain critical.

Leaders also emphasized that AI maturity requires cultural transformation alongside technical transformation. Adoption depends on cross-functional collaboration, measurable success metrics, and AI literacy across the organization. The organizations making progress are those establishing disciplined frameworks for experimentation, implementing governance from the beginning, and aligning AI initiatives directly to business value rather than deploying technology for visibility alone.

Key Themes

Key Themes

  • Moving from pilot to production requires foundational discipline.
    Successful AI deployments depend on architecture, governance, scalability, resiliency, and operational readiness—not just model performance.
  • Business value must be clearly measurable.
    AI initiatives are increasingly evaluated against defined outcomes such as operational efficiency, customer experience, revenue impact, and risk reduction.
  • Data quality and governance determine AI success.
    Poor data quality, weak semantic structures, and fragmented governance frameworks remain leading causes of AI project failure.
  • Governance must be embedded into the architecture.
    Compliance, security, ethical controls, and policy enforcement cannot be treated as post-deployment considerations.
  • AI adoption is both a technical and cultural transformation.
    Organizations must address user adoption, behavior change, AI literacy, and workforce enablement alongside technical implementation.

Actionable Takeaways for Enterprise Leaders

Actionable Takeaways for Enterprise Leaders

  • Start with well-architected principles before scaling AI.
    Apply core disciplines such as scalability, resiliency, observability, and serviceability at the design stage to avoid failed deployments later.
  • Define measurable business outcomes before deployment.
    Establish clear success metrics tied to operational efficiency, revenue impact, customer satisfaction, or process improvement.
  • Improve data quality before expanding AI initiatives.
    Invest in semantic layers, metadata management, and standardized knowledge structures to improve model performance and reliability.
  • Embed governance directly into AI architectures.
    Integrate security, compliance, auditability, and policy enforcement into the core design rather than treating them as external controls.
  • Implement strong human validation for high-risk use cases.
    Maintain human oversight in regulated or safety-critical environments, particularly where decisions affect customers, patients, or financial outcomes.
  • Control AI costs through workload-aware model selection.
    Match workloads to the appropriate model size and complexity instead of defaulting to the largest and most expensive LLMs.
  • Establish AI governance and agent registries early.
    Track deployed agents, workflows, and integrations to reduce duplication, improve visibility, and maintain operational control.
  • Create enterprise-wide AI literacy standards.
    Standardize terminology, governance expectations, and AI education to reduce confusion and improve collaboration across teams.
  • Adopt policy-based AI governance models.
    Shift from manual approval bottlenecks toward automated policy enforcement aligned with regulatory and business requirements.
  • Prepare for evolving security threats and operational risks.
    Update incident response, monitoring, and risk management frameworks to address AI-driven attacks, autonomous agents, and evolving threat vectors.

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