The Codex Super-App (Full Beginners Guide)
The All Purpose Interface for AI Agents
Part 1: Codex Basics
Install Codex, Projects, Chats, Documents, Plugins, Custom Skills, Automations
Part 2: Multitasking with Codex
- iOS App Designs
- Build an iOS App
- Landing Page
- Launch Video
- Investor Deck
- Social Media Automation
TIMESTAMPS:
Part 1: Codex Basics
00:00 Intro
02:54 Downloading Codex
03:20 Overview of Codex interface
03:56 Chats, Prompting, & Built in Search
04:53 Creating Projects
07:37 Creating Spreadsheet
09:43 How Files are stored and mentioned within projects
10:42 Quick Codex Overview
12:47 Search (CMD G) and Folder Organization
14:29 Skills and Plugins
16:29 Using Calendar Plugin
18:07 Creating Automations on Codex
19:18 Learn about Plugins (Figma)
21:37 Built in Image Gen
22:37 MCP Example (Paper for Design)
24:17 Opening Chats in mini-window
25:26 Steering vs Queueing the Agent
27:35 Creating Own Skill with API's
31:34 Using YouTube Researcher Skill (That we created)
33:24 Creating Automation with your custom skill
Part 2: Multitasking (More chaotic and fun)
35:27 Part 2 Multitasking: Building iOS App, Web App, Investor Deck, Launch Video, Mobile Designs, and Automated X Posts
37:54 Creating Project
38:31 Planning my 6 Projects
40:25 Mobile Design Skill
41:47 Setting up iOS App
45:08 Implementing Desings into Mobile app
46:13 Creating a landing page that collects user info
46:45 Tally for form submission (Great for lead magnets)
49:43 Organizing and Renaming Chats for multitasking
52:12 Database for Mobile App (Supabase)
53:19 Generating app icons
54:08 Launch Video (Remotion)
59:32 Remotion Video Timeline and Seeing the Video Editor
01:05:37 Editing instructions for Remotion (Gridlines)
01:07:11 Editing Web App
01:09:46 Using CLAUDE CODE Inside Codex for Design (Terminal)
01:17:20 Forking a Chat to create investor deck
01:19:09 Using Claude 4.7 Opus for Designing Deck
01:20:22 Testing Canva Export (It's good)
01:22:33 Running Mobile App on Actual Phone (Not Simulator)
01:28:58 Finishing up All Projects (Mobile App, Landing Page Launch Video)
01:31:56 Exporting Deck and making changes in Canva
01:33:13 Deploy to Vercel using the Vercel Plugin
01:33:44 Adding Song to Remotion Video
01:35:26 Setting up x Post automations (Typefully)
01:37:57 Our App is on Testflight!
01:39:58 Final Remotion Video
01:41:04 Final Thoughts, Reflections, Summary
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#0DTE#SPX#SPY
Market Makers don't manipulate price—
we're trapped by our own hedging requirements.
When SPX drifts between long and short strikes, our systems start buying and selling futures in ways that create predictable paths.
(short thread)
I'm starting to get my head around J.P Morgan's new Inverse $VIX Short Term Futures ETN, $VYLD. The typical leveraged ETP tries to achieve a daily % move of L * P percent of its underlying, where P is the daily % move of the underlying and L is the leverage factor. However, $VYLD tries to move L * P percent of the underlying point move, where L = -1.
To accomplish this, $VYLD effectively adjusts its short holdings end-of-day, such that a next trading day move of plus one point in the weighted average of the two front month VIX futures (WAP) would result in a -1% move in $VYLD. A +2 point move would be -2% and so on.
So, the effective leverage factor of $VYLD varies daily, essentially WAP/100. Historically, 60% of the time the 2 front month VIX futures are below 20, so $VYLD's typical leverage will be in the 1/5 range.
This variable leverage approach compensates for the fact that in terms of annualized volatility, a one-point move in VIX futures is always small potatoes. A daily move from 16% to 17% in annualized volatility is barely noticeable, but in a standard 2X leveraged vol fund this would cause a +12.5% move.
This architecture is great for avoiding 5-Feb-2018 style disasters. That day's +15 point move starting at a WAP of 17, effectively destroyed -1X $XIV and $SVXY with a -88% move, would have been a -15% correction for $VYLD. On the other hand, since VIX futures spend most of the time in the 10 to 20 point range, $VYLD's significantly reduced leverage will mute its gains while the term structure is in contango. The chart shows simulated performance over 21 years, having a very respectable ~10% CAGR. The drawdowns during the big bear markets are significant, but risk management compared to the straight leveraged funds would likely be easier.
Prospectus
https://t.co/3F5ar3rhay
Index definition
https://t.co/wvi6s6c8qA
JPM jumping into the volatility ETP game. I'm still trying to decipher their structure. Hint: It's a note for a reason. Stay tuned. https://t.co/pYhih3gs4V