10/5/2026 - How I Vibe Coded an ESP32 Device to Run a Custom Muse AI Assistant

In this live AI Learning Lab session, Kyle dives into hands-on tech experiments, testing Suno’s latest music and spoken-word capabilities before demoing a custom hardware project. Using an inexpensive ESP32 board and Meta’s Muse SDK, he shows how AI-assisted programming allows anyone to flash microcontrollers and build personalized physical interfaces without a background in electrical engineering. Beyond the hardware build, Kyle surveys the rapidly evolving landscape of autonomous assistants, comparing conversational tools like Muse and Instinct with specialized decision-making engines like Jev. He also examines multimodal breakthroughs such as the Griffin video model, sharing candid insights on navigating the messy reality of managing multiple agents across everyday workflows. #AISalon,#Kyle,#SunoAI,#MuseAI,#ESP32,#AIAgents,#VibeCoding,#TechDemo Chapters: 00:00:00 AI Salon Welcome 00:04:05 Generating Music Suno 00:09:45 Prompting Lyric Ideas 00:14:22 Testing Song Generations 00:22:34 Muse Hardware Intro 00:27:44 Setting Up Device 00:31:40 Testing Device Live 00:36:28 Vibe Coding Hardware 00:44:48 Prototype Hacking Potential 00:46:40 Marty Ficazio Preview 00:50:50 Joining AI Salon 00:54:12 Agent Vault Security 00:57:08 Agent Workflow Clutter 01:00:51 Instinct Agent Overview 01:04:35 Single Agent Personalities 01:07:54 System One Decisioning 01:12:43 Griffin Multimodal Demo 01:16:01 Creating Safe Words 01:17:16 Suno Speech Feature 01:23:20 Spoken Word Experiments 01:26:30 Suno Music Licensing 01:27:59 Wrapping Up Live