Johannes Kolbe
AI Lead / Machine Learning EngineerNone
Hey,
I'm Johannes, an ML Engineer and AI Lead at TEQYARD, who loves to tell educative stories about Machine Learning methods and AI. Preferably I'm doing this in Open Source communities.
I've been working with Computer Vision for more than 10 years, ranging from designing my own Haar-Cascade face detection, over research on autonomous cars all the way to helping people configure their photobooks in a smart and easy way.
Abstract
In the field offices of the Magical Institute for Commons and Energy (MICE), practitioners face a reality that city-center Arch-Chancellors often ignore: the world is a difficult place for data. High-latency connections, limited power, and the sheer cost of moving "Big Data" make traditional centralized AI a logistical nightmare. The MICE solution? The Federated Ritual. Instead of moving the data to the model, we move the model to the data. This session is a beginner-to-intermediate guide to Federated Learning (FL), a decentralized machine learning architecture that is uniquely suited for the infrastructure challenges often found across rural and low-bandwith environments. Through the lens of a MICE field-operation, we will explore: Distributed Wisdom: Why MICE prefers "Local Enlightenment"—training models on-device (at the edge) to save energy and bandwidth. The Messenger Imp (Asynchronous FL): Using Python to handle updates from devices that only come "online" for an hour a day. We’ll look at how we send tiny model weights instead of massive datasets. The MICE Cauldron (Aggregation): A practical look at the Flower (flwr) framework. We’ll show how to aggregate knowledge from a hundred scattered "Magical Slates" (mobile devices) into a single, powerful "Global Spell." Resilience in the Wild: Strategies for "Heterogeneous Magic"—making sure the ritual still works when some wizards have powerful staves and others have simple wands. By the end of this talk, you’ll understand how to implement Federated Learning using Python to build AI systems that are resilient, privacy-conscious, and—most importantly—functional in environments where "the cloud" is often just a distant dream.