Neuromorphic AI in Space Tutorials (by BrainChip) atpi.eventsair.com/edhpc-202… In space applications, every milliwatt matters. Satellites rely on ultra-low-power chips to process data on-board, where sending everything back to Earth is often impossible or inefficient. This makes efficient machine learning deployment on embedded hardware not just useful, but essential. Introduction The goal of the tutorials is to show how advanced AI capabilities can be packed into tiny, power-constrained devices, enabling smarter, faster, and more autonomous satellite systems. ... Why AI in Space? Why neuromorphic AI in Space? BrainChip Akida IP is the only Event-based AI on the commercial market – IP and silicon Use cases for Neuromorphic Processing in space: o Lunar landing o Docking in space o Earth observation o Space Situational Awareness o Satellite detection (use case OHB Giasaas) ... Outline of hands-on tutorial In the first tutorial, we teach why there is a paradigm shift in Space from purely deterministic classic programming to the use of low-power AI in specific use cases. We show the vast improvement in capabilities coming with the use of AI in Space. In the second tutorial, we demonstrate how to take an ML model from dataset preparation all the way to bare-metal deployment on a microcontroller with a hardware accelerator. Speakers: Gilles Bézard (BrainChip) – Part 1 & 2 Alf Kuchenbuch (BrainChip) – Part 1 @BrainChip_inc #BRN #Akida #Space #AI #neuromorphic

So geht das Herr @bundeskanzler !