Speakers

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This talk is about the evolution of using LLMs for real-world document understanding and structured extraction. Rather than focusing on a single method, it traces how our approach changed over time as model capabilities improved and new operational constraints emerged.

We began with an OCR-first pipeline that extracted text, key-value pairs, checkboxes, and confidence scores, then used an LLM to interpret that structured output. That gave us a useful confidence signal for routing uncertain cases to human review, but it also created new problems: brittle OCR outputs and weak reasoning between extracted text and document images.

As multimodal models improved, we shifted to using the model itself for both reading and extraction, which simplified the system and improved performance. But this also removed the confidence layer we had relied on. To recover it, we used a simple but surprisingly effective ensemble strategy: run the model multiple times with higher stochasticity and use agreement across runs as a proxy for confidence.

The talk closes with the next open challenge: how to keep the benefits of multi-pass confidence estimation without paying for multiple calls on every document. It’s a story about how practical AI systems evolve through iteration, tradeoffs, and a few useful hacks.

Many organizations can build an impressive AI demo. Far fewer can explain whether that demo still works after a prompt change, model update, tool change, policy update, or data refresh. As AI agents move from experiments into real business workflows, teams need operational patterns that look less like “prompt and pray” and more like disciplined software and data engineering.

This session introduces AgentOps as a practical operating model for production AI systems. We will cover evaluation datasets, golden prompts, tracing, regression testing, human approval gates, production monitoring, and control mechanisms such as escalation paths and kill switches. The focus will be on patterns data teams and engineering teams can actually apply, especially when AI behavior depends on enterprise data, retrieval pipelines, APIs, and changing business rules.

AI coding agents — tools like Claude Code and GitHub Copilot that autonomously read, write, and modify software through natural language — are transforming how software gets built. But without structured approaches, developers default to ad hoc interaction that produces inconsistent, unreliable results. The difference between a developer who uses AI agents effectively and one who fights them constantly often comes down to one thing: how well they communicate context and intent.

This talk presents a practitioner-developed framework for directing AI coding agents, built from real project experience and now being formalized into undergraduate and graduate curriculum. Attendees will learn concrete techniques: context engineering to steer agent behavior, structured decomposition to break work into agent-friendly tasks, critical evaluation patterns for catching AI mistakes, and strategies for evolving your workflow as the tools improve. The speaker shares honest lessons from production use — including where agents still fail in surprising and non-obvious ways.

The implications extend beyond software engineering. Any data professional working with AI tools faces the same core challenge: how do you direct AI to amplify your expertise rather than replace your judgment? The techniques presented are transferable to any workflow where humans and AI collaborate on complex tasks.

Every data team has lived the nightmare: a silent pipeline failure corrupts dashboards, breaks ML models, or delays a critical business report, and nobody notices until a stakeholder says something is wrong. Traditional monitoring catches these failures too late because data reliability is still treated as an operational concern instead of an engineering discipline designed into pipelines from the start.

This session introduces data contracts in practice, a framework for shifting reliability left by embedding schema agreements, quality guarantees, and SLA expectations directly into pipeline definitions. Rather than detecting issues downstream in dashboards or models, contracts are enforced at ingestion and transformation time, so bad data never propagates. The patterns discussed are tool-agnostic, validated in production Spark-based environments, and transferable to any modern orchestration stack.

A live demonstration shows a schema contract violation caught at ingestion, with lineage-aware alerting that immediately surfaces downstream impact in a real pipeline environment. Attendees leave with a concrete maturity model and a practical decision framework they can apply immediately to strengthen the reliability of their own data pipelines.

Unstructured data remains one of the largest untapped assets and operational bottlenecks within modern enterprises. Despite meaningful investments in automation, many organizations still rely on manual and error prone processes to interpret documents, emails, and other raw text inputs. Traditional rule based approaches often fail to scale with variability, limiting both efficiency and business impact.

This session positions document processing as a strategic data and AI capability. It compares legacy approaches with modern architectures powered by large language models, retrieval augmented generation, and cloud scale data platforms. Attendees will walk through the design of an end to end intelligent document processing pipeline, from ingestion of emails and attachments to document classification, contextual data extraction, and integration into downstream enterprise systems.

The focus is on building scalable and production ready solutions that improve data quality, accelerate decision making, and unlock operational efficiency.

In the world of loT, every additional hop in your data pipeline is a tax on speed, a risk to governance, and a driver of unnecessary cost. To solve this problem, we developed DataLink, an internal use wireless data collection platform that streams high fidelity data directly into Unity Catalog at near real time speeds. With Zerobus, we built an loT ingestion pipeline that delivers fast access and robust governance at a fraction of the traditional cost and complexity. This architecture transforms raw lab data from across the globe into structured insights in near real time. In this presentation, we will take a deep dive into our architectural strategy for connecting loT devices to Zerobus endpoints and setting up ingestion. We will also discuss how we leveraged alerts, dashboards, and automated failure analysis to streamline workflows for engineering teams. Finally, we will walk through a live demo showcasing the end-to-end pipeline from data generation to consumption.

Vision Transformers (ViT) have become a popular alternative to Convolutional Neural Networks (CNN) for vision analysis tasks. ViTs offer a variety of benefits when compared to CNNs including higher prediction performance, greater support for multiple input resolutions, and improved robustness to out-of-distribution data. Further, similar inference costs make ViTs a drop-in replacement for many use cases. Combined with modern training paradigms such as self-supervised pretraining, ViTs can generalize extremely well to unseen data or even unseen domains.

In this talk, I'll explain the key ideas behind ViTs and demonstrate how to get started training and applying your own models. As part of the talk, I'll introduce resources such as Hugging Face for accessing pretrained ViTs to reduce (or eliminate) training time and the need for large data sets. Lastly, I will show how publicly-available models can be adapted to challenging tasks in segmentation, objection detection, and classification.

Modern IoT systems generate massive volumes of continuous, high-velocity data from sensors, devices, and edge systems. Yet many architectures still rely on outdated patterns like batch processing, heavy ETL pipelines, or message queues that introduce latency, duplication, and operational complexity. This talk explores a new approach to IoT data architecture centered around event-driven design, zero-copy data movement, and unified streaming systems. Rather than focusing on specific tools, we'll break down the underlying principles that enable real-time data pipelines to scale efficiently, from ingestion at the edge to analytics and real-time applications. Attendees will leave with a clear understanding of how to design faster, simpler, and more scalable IoT data systems using modern architectural patterns.

What happens when an AI project survives the hype cycle, funding shifts, team turnover, model drift, and six full years of production? Spoiler: it doesn't look anything like the demos from year one.

In this talk, I'll share the unfiltered story of a long-running AI initiative at one of my clients, an effort that started as a promising idea in manufacturing and has quietly become a core part of daily operations. Over six years, we've retrained models a ton of times, switched models, battled bad data, outlasted CI/CD pipelines, and learned to measure ROI not in flashy metrics but in sustained, compounding business value—by enabling business scale.

Expect candid war stories: the tools and architectures that aged gracefully (and the ones we had to euthanize), the technology shifts we needed to keep up with, and the small but critical tweaks that turned "it works… mostly" into "it just works."

This isn't a fairy tale of effortless AI magic—it's the messy, human, practical reality of making AI stick around and deliver for years. If you're tired of one-and-done pilots and want to build something that lasts, lets have some real talk.

This session provides a technical deep-dive into Apache Druid, specifically tailored for data engineers who build data pipelines and data scientists who need immediate insights from them. We will deconstruct Druid’s unique hybrid architecture, which combines the best elements of column-oriented databases, search engines, and time-series databases.