📝 SUMMARY This week's call was a small but packed session (Patrick Chouinard, Ty Wells and Juan Torres, with Shah Martinez joining later), with lower attendance due to a time change and the midterm. The group covered a lot of ground: tooling and agent setups (Ty's move to Duet as a "master agent controller", Patrick's continued use of T3 Code), Patrick's "AOE API meter" dashboard for tracking API spend, quotas and resets across providers, and Juan's WaveSpeed walkthrough with per-model tracking questions and a Minimax H3 360 Orbit LoRA demo, feeding his planned photo-to-3D-style-video pipeline for AI Boot Studio. Patrick shared his training-material automation and explained the enterprise constraints around resellers like WaveSpeed and fal.ai (hosting location, no data-retention rules, no responsibility insurance), plus his liability-driven rule that suppliers must pass full evaluation, currently pointing him to the hyperscalers, with tentative picks of an Azure OpenAI image model, Google's Gemini "Omni" for avatar video (not yet GA, so VEO3 for now) and 11Lab for voice. Ty demoed CallSitter, his hold-waiting callback app, and Patrick showed his rebuilt "Community Brain" meeting-recap app using LensDB, with Juan giving a job-search update and Biggi Fraley praising both demos in chat. 💡 KEY INSIGHTS Ty switched from T3 Code and CMUX to Duet as a "master agent controller". It worked for him because his infrastructure was already in place: he only had to expose two MCPs, one for incoming signals and one for actions that run other agents. He keeps a Claude remote-control session as a fallback. Ty moved to a "fleet" system built on GitHub Issues that manages multiple subscriptions, which let Duet fill his mobile gap. Patrick still likes T3, in particular its mobile remote features. Patrick's AOE API meter aggregates monthly spend, next payment, prepaid balance, next reset and alerts across providers, and projects when an allowance will run out. Examples: Tavily, expected to run out on Nov 30 with a Dec 1 reset; GitHub Actions minutes, projected by a simple estimate from real usage against an even-pace line.