Jordi Visser
August 2, 2026
TL;DR
July's brutal selloff in AI and tech stocks, triggered by hedge fund deleveraging and margin calls, represents a market-cleansing event rather than a structural crash, with compute demand remaining insatiable and hyperscaler earnings confirming the secular AI thesis.
“Compute demand is insatiable. There is no way for the supply side to keep up with the demand of compute currently and there are no indications that that's the case.”
— Host
“The market structure has changed forever and I'm going to cover that as well. It is never going back.”
— Host
“When you hit those types of events, it's probably more important than you realize just because of what happens when a hedge fund actually goes under of that size.”
— Host
“There's nowhere near enough compute for all the demand. We are getting a large number of offers for the compute that we have.”
— Mark Zuckerberg
1. July's Market Shock and Hedge Fund Deleveraging
Goldman Sachs hedge fund index fell 12% in July (worst month since 2001), with 7 of 12% occurring in four days (Fri-Wed). Situational Awareness faced $45B in positions and unwound with Citadel, Millennium, and three major banks issuing margin calls.
2. Why This Was a Cleansing Event, Not a Crash
Unlike LTCM or 2007 quant unwind, hedge funds remained net up ~10% YTD through June and largest players (Citadel, Millennium) are up significantly for the year. Multiple prime brokers and major banks coordinated the orderly unwinding, preventing systemic credit contagion.
3. Structural Market Changes: Volatility Regime Shift
Tech momentum factor volatility hit 45-year highs while NDX realized volatility remained at 1970s lows—historic divergence. 30-day and 60-day realized volatility for Morgan Stanley tech momentum factor at structurally elevated levels that won't normalize due to AI uncertainty.
4. Hyperscaler Earnings Confirm Insatiable Compute Demand
Google, Amazon, Microsoft, and Meta reported $1.7 trillion in backlogs with capacity for 2026-2027 already reserved. Amazon sees sufficient demand through 2028, Google's backlog driven by enterprise (not frontier labs), and all four cite supply constraints as limiting factor.
5. The Token Efficiency Moat: Why Hyperscalers Win
As compute becomes expensive, token efficiency (not token maximization) determines pricing power and competitive advantage. Models with better efficiency can charge premium prices and run on limited hardware, creating durable moats for companies like Anthropic ($74B annualized revenue) and OpenAI ($75B).
6. Sentiment Extremes and Technical Signals of a Bottom
NDX hit lowest RSI in one year matching prior panic lows; follow-through day occurred (high volume on rebound, closes above panic day highs). Sector-neutral momentum down 21% YTD; 84% of thematic portfolio names still above rising 200-day moving average despite July carnage.
7. Factor Rotation and Rate-of-Change Risk Management
Thematic portfolio down 1.7% over 63-day lookback after being up 50% on 63-day rate of change; 15% down on 30-day basis. Rate of change more important than ever for reducing risk when above historic levels and re-entering on favorable price and time.
8. Why Markets Are Structurally Different: AI Compression
AI compresses economic time (10-year innovations in 1 year), creates terminal value uncertainty (multiple compression despite 20%+ earnings growth), and enables 24/7 AI agents. Market structure changed forever—mean reversion unlikely and volatility regime permanently elevated.
9. Credit and Geopolitical Risks to Monitor
Triple-C (corporate credit) option-adjusted spreads widening relative to high-yield; private credit issues rising as capital flows to AI. Chinese open-source models tiny and require hyperscaler infrastructure. Dollar positioning crowded at 4-year highs; Fed's new task force approach under Kevin Warsh moves away from academic backward-looking models.
10. Personal AI Agents and the Next Compute Wave
Personal agents will massively increase demand beyond current $1.7 trillion backlog, making open-source proliferation irrelevant for production workloads. Meta not renting compute because personal agents arriving faster than expected; neither software efficiency nor robotics can close supply gap within one year.