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Everyone is talking about models, agents, and copilots.

Yet many AI initiatives struggle long before a prompt is ever written or a model is ever deployed.

The reality is that AI systems inherit the strengths—and weaknesses—of the data ecosystems beneath them. Fragmented data, undocumented business rules, inconsistent metadata, disconnected systems, and poor feedback mechanisms often become the true barriers to AI success.

While leading large-scale modernization efforts involving more than 100 million records across legacy databases, documents, spreadsheets, and operational systems, I discovered that the hardest AI challenges were not AI challenges at all. They were data challenges.

In this session, I'll share practical lessons from transforming decades-old systems into modern, AI-ready platforms. We'll explore the hidden engineering work that happens before machine learning, retrieval-augmented generation (RAG), agents, and decision intelligence can deliver value. Attendees will learn how to identify foundational risks, reconstruct critical context from legacy systems, establish trustworthy data pipelines, and design feedback mechanisms that enable AI systems to improve over time.

If you're building AI applications, platforms, or agents, this session will help you understand why successful AI starts long before the model—and how to build the foundation that allows AI to succeed.

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Srinivasa Rao is a Data Engineer In Time Tec and Platform Lead with over 10 years of experience designing and modernizing large-scale data systems. He has led complex public sector data transformation initiatives involving over 100 million records across decades of legacy systems, migrating them into modern cloud-based architectures using Azure and Microsoft technologies.

His work focuses on solving real-world data challenges — from fragmented legacy environments to building scalable, validated data platforms that support modern applications and AI use cases.

Srinivas is also the founder of DeepTrics, an initiative focused on bridging the gap between academic learning and real-world software development by providing hands-on industry experience to students.

He actively shares insights on data engineering, AI readiness, and system design, helping professionals understand the true foundation behind intelligent systems.

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Room 1210 at CWI: Ada Pintail building

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