Michael Saylor: Even in a Doomsday Scenario, We Would Only Make 10% LessMicroStrategy co-founder Michael Saylor said in a November 2 interview on “The Wolf of All Streets” podcast that the 20th-century credit system was flawed by design: its underlying assets continually depreciate, and the entire legacy credit architecture is aging and collapsing. He emphasized that as interest rates fall, yields on traditional credit instruments will be passively marked down while carrying the same risk, which widens the ...

Credit System & Bitcoin Integration - Bitcoin has entered the credit system [1] - S&P rated MicroStrategy (MSTR) B- / Stable, indicating bitcoin-backed credit can be priced and benchmarked like traditional capital [1] Market Impact - The rating confirms that bitcoin-backed credit can be priced and benchmarked like traditional capital, unlocking new possibilities [1]

Debt Accumulation & Service - Government spending exceeds intake by 40%, with $7 trillion in spending against $5 trillion intake, indicating a chronic fiscal imbalance [2] - Debt service payments are squeezing buying power, potentially leading to an economic "heart attack" [2][3] - The situation is approaching a point where new debt is needed to service existing debt [3] Market Dynamics & Supply-Demand Imbalance - The government needs to sell $12 trillion in the markets, comprising $9 trillion of existing debt coming due, $1 trillion in interest, and $2 trillion of new borrowing [3][4] - The imbalance between the amount of debt that needs to be sold and the likelihood of it being bought is a problem [4]

Core Functionality & Architecture - The application provides a credit system for charging users based on LLM usage, allowing them to purchase Stripe subscriptions for more credits [1][2] - The codebase consists of five key areas: authentication, payments, credit infrastructure, chat agent, and user interface [3][4][5] - Authentication is implemented using Superbase, with JWT tokens protecting the Langraph agent via middleware [3][4][8] - Payments infrastructure is handled by Stripe, enabling users to buy subscriptions and receive credits [4][12][13] - Credit infrastructure, stored in Superbase, includes utility functions for adding, refreshing, and removing credits [4][14][15] Technical Implementation - The project is a monorepo with an 'agents' application (Langraph agent, middleware) and a 'web' application (UI, Stripe, Superbase, credits) [5][6] - Langraph middleware verifies Superbase JWT tokens to grant users permissions to interact with the graph [4][8] - Stripe integration includes utility functions for creating sessions, getting subscriptions, and managing user credits [12] - A webhook route processes Stripe events (subscription creation, updates, deletion) to update user data in Superbase [13] - The application uses providers to manage the state of authentication and credits on the client side [10][14] Data Flow & Security - Superbase JWT tokens are passed through the application to the Langraph middleware for authentication [4][18][19] - The thread and stream providers are key components for passing the JWT token to the Langraph client [18][19] - User credits are updated optimistically on the UI and finalized in the Superbase database [15][16] Resources & Documentation - The repository includes a credit system file outlining key files for the credit and authentication systems [20] - A detailed readme provides step-by-step instructions for setting up and running the application [21]