RecapFlow : June 2nd Coaching call analysis
📝 SUMMARY This week's call featured Patrick Chouinard hosting in Brandon Hancock's absence, delivering a mix of project updates, technical deep-dives, and enterprise AI strategy discussions. Key threads included maximizing slash goal loops for development tasks, the complementary strengths of Claude versus Codex, Patrick's Hermes home lab project, and Dmitry Avramenko's major bank contract win using the Evonix platform. A significant portion explored the critical distinction between agents, skills, and deterministic workflows in regulated corporate environments, with consensus that most business users actually need reliable skills rather than fully autonomous agents. 💡 KEY INSIGHTS Slash /goal requires explicit, verifiable success conditions to avoid burning tokens on vague objectives. It excels at small, measurable tasks with numeric or binary validation targets, not large multi-feature builds. Claude produces imaginative UI/UX but struggles with validation, while Codex behaves like a senior engineer with clean code and strong validation but poor visual output. The most effective approach combines both: Claude for creative work, Codex for code review and validation. Most business users requesting an "agent" actually need a deterministic skill or workflow. True agents determine their own next steps, creating unpredictability that is difficult to control in production environments. Skills should remain atomic and role-specific, with agents acting as orchestrators rather than universal toolboxes. Loading multiple MCP servers can consume roughly 20 percent of context window before work begins, so minimize them aggressively. Token cost unpredictability represents a growing enterprise risk, as model updates can silently increase costs two to three times for identical workloads. Per-step cost tracing, or Tokonomics, is becoming mandatory for ROI justification. Deterministic Python or Chromium code often outperforms agentic web browsing for scraping regulatory sites, offering greater reliability, lower cost, and easier maintenance when sites change.