Abstract
Modern AI platforms don’t have to choose between deterministic precision and probabilistic exploration—they need both. Deterministic tools provide the certainty required for high-stakes operations like transactions, security, and compliance, while probabilistic agents bring adaptability and discovery to complex, evolving problems. In this talk, we’ll explore how to design platforms that combine these modes effectively: long-running agents grounded by frequent truth checks, tools that guarantee reliable outcomes where variability is unacceptable, and hybrid systems that thrive in uncertainty when the right tool for the job is probabilistic reasoning. Using real-world examples—from detecting anomalous clusters to health agents debating diagnostic hypotheses—we’ll show how this dual-layer approach leads to platforms that are not only more capable, but also more trustworthy.
Speaker

Aaron Erickson
Senior Manager and Founder of the DGX Cloud Applied AI Lab @NVIDIA, Previously Engineer @ThoughtWorks, VP of Engineering @New Relic, CEO and Co-Founder @Orgspace
Aaron Erickson founded the Applied AI Lab for DGX Cloud at NVIDIA, which specializes in building foundation models and agentic systems to solve broad industry problems like time series-based anomaly detection. Previously, he held engineering leadership roles at ThoughtWorks and New Relic before founding Orgspace, a startup that pioneered generative AI–driven organizational design. He is the author of The Nomadic Developer and Professional F# 2.0, and most recently launched NVIDIA’s Llo11yPop project, applying AI agents to govern GPU resources at global scale.