What AI agents are, how to set one up, and what's happening behind the scenes.
This is not another vibe-coding course. The goal is to become a knowledgeable, discerning buyer of the ever-growing stack of "AI" tools — not a developer of them.
We do that by:
A use case you can set up in 15–30 minutes, what it reveals about how agents work, and a roadmap to go deeper.
One command. Six tools. Your morning briefing — done.
It's a Skill that an "Agent" applies. At the most fundamental level:
You need a clear SOP before you automate anything, with humans or AI.
Slack, Gmail, Google Calendar, Jira, Zendesk, My News App.
Every day, for the first 30 minutes, do the following:
/start-my-day), the goal (summarize what I need to do today), success criteria (all action items identified), tools, and your SOP above.Build me a skill called "start-my-day". Trigger: /start-my-day Goal: Summarize everything I need to act on today. Success criteria: Every actionable item across all tools is surfaced. I'd rather see a false positive than miss something. Tools available (already installed): - Slack - Gmail - Google Calendar - Jira - Zendesk - My news digest app SOP — run these steps in order: 1. Sweep Slack — DMs, channels, threads, group chats. Identify anything that requires action from me. 2. Sweep emails — focus on priority inbox. Flag anything with an actionable item. 3. Create tickets — items requiring collaboration become Jira tickets. High-confidence items: auto-create. Low-confidence: ask me individually. 4. Check Jira — read comments from colleagues, identify actions I need to take. 5. Check Zendesk — complaints, requests, and defects related to me. 6. Fetch news digest — read up on my domain and industry. Output format: group by urgency (act now / act today / FYI). Include source and link for every item. Before you start building, ask me clarifying questions about anything that's unclear or underspecified.
First, how the app wraps the AI. Then, how agents loop.
Watch a conversation fill the AI's memory. Every message re-sends everything.
This is a toy example with a 3,000-word limit. Real systems handle 100K–1M+ tokens, but the exact same problem shows up at scale.