The Impact of Inference: Performance
Traditional performance meant deterministic response times. Identical inputs produced near-identical execution times. Optimizations reduced latency, but variance was minimal. Insert AI inference and performance engineering has been flipped upside down. Latency depends on model size, tokenization, batching strategies, and generation settings. Identical inputs may produce different response times. The new dimension of performance is variance—not just how fast the system responds, but how response times distribute across requests, how many tokens per second are processed, and how efficient each response is relative to cost.
In this episode of Pop Goes the Stack, Lori MacVittie, Joel Moses, and special guest Nina Forsyth dive into the impact of AI inference on measuring performance. It's time to rethink performance observability, focus on infrastructure optimization, agent-to-agent interactions, and robust measurement techniques. Listen in to learn how traditional approaches must evolve to manage this multi-dimensional puzzle.
Creators and Guests
Host
Joel Moses
Distinguished Engineer and VP, Strategic Engineer at F5, Joel has over 30 years of industry experience in cybersecurity and networking fields. He holds several US patents related to encryption technique.
Host
Lori MacVittie
Distinguished Engineer and Chief Evangelist at F5, Lori has more than 25 years of industry experience spanning application development, IT architecture, and network and systems' operation. She co-authored the CADD profile for ANSI NCITS 320-1998 and is a prolific author with books spanning security, cloud, and enterprise architecture.
Guest
Nina Forsyth
Nina has been focused on product innovation and optimization throughout her career. Whether steering a product from concept through launch or measuring the performance of an existing solution, she prioritize users every step of the way.
Producer
Tabitha R.R. Powell
Technical Thought Leadership Evangelist producing content that makes complex ideas clear and engaging.
