deepidea

169 Post

Post

· 4mo

Three Scarcities, Three Valuations: Physics→Duration, Cycles→Trades, Contracts→Discounts

"Upstream scarcity" is three different things with three different shelf lives: engineering scarcity (chip design — impregnable until caught), cyclical scarcity (HBM — shelf life printed in expansion announcements), physical scarcity (process nodes, power — you can't design your own physics). Plus a fourth: contract-manufactured scarcity. Physics gets duration, cycles get trades, contracts get discounts.

deepidea

· 4mo

Coinbase is not just an exchange. It’s a new continent.

deepidea

· 4mo

The AI Profit Pool Map: Is It Real, Circular, or Borrowed?

The one chart to take from the book: how deep each AI station's profit pool runs, its quality (real / circular / borrowed), and where it migrates. A pyramid with its peak upstream — and four arrows showing depth moving from silicon to watts, realness compounding from subscriptions into rent.

deepidea

· 5mo

Crypto's First Real PMF in 15 Years: Three Proofs Behind $316B of Stablecoins

If you work in banking, payments, asset management, or run a company expanding overseas, you probably hold a reasonable contempt for “crypto”: a decade of disruption talk, almost nothing landed. That contempt is mostly right—except for one case, and it’s the least sexy one. It doesn’t decentraliz...

The Stablecoin Operating Manual: Distribution, Reserves, and Compliance

deepidea

· 5mo

The Stablecoin Operating Manual: Distribution, Reserves, and Compliance Book 47.00 USDC

A stablecoin book for people who do not trade crypto. Written for banking, payments, asset management, VC, family offices, and global operators, this book explains stablecoins as businesses: who prints, who taxes, who earns the reserve spread, and who breaks in a run. It gives practical frameworks including the Six-Layer Stablecoin Stack, Channel Tax, Trust Stack, Real vs. Fake Demand, Compliance-as-Spec, and the Dollar Distribution Stack.

deepidea

· 5mo

What Stablecoin Users Really Trust: Not the Peg, But the 6-Layer Stack

If you’re building payments, corporate on-ramp, treasury management, or fintech infrastructure, you’ll eventually choose a stablecoin for someone else’s money. The question isn’t “does it hold $1?”—that’s surface-level. The real question is: On the day something breaks, who owes whom, who gets pa...

deepidea

· 5mo

The $800 Billion Capital Loop: Supplier, Customer, and Investor Are One

Over $800B of circular financing: chipmakers invest in customers, customers commit to purchases, purchases justify buildouts, buildouts flow back to chipmakers. The loop's real cost isn't fraud — it's that price discovery dies, and nobody knows how much demand is real. Lucent's ghost, and where the chain breaks.

deepidea

· 5mo

Bank time vs. internet time — what stablecoins sell cross-border isn't "faster"

Bank time vs internet time: what stablecoins sell cross-border isn't "faster" — it's turning "waiting" into "verifying." The saved time becomes three new costs.

deepidea

· 5mo

The Biggest Capex in History Is Buying the Shortest-Lived Infrastructure in History

The biggest capex in history is buying the shortest-lived infrastructure in history. ~$725B in 2026 — but a GPU's economic life is 3–5 years, not the century of rails or fiber. The depreciation–replacement scissors, who carries the debt, and why the burst reshapes who owns the assets.

deepidea

· 5mo

Stablecoin profit flows not to whoever prints it, but to whoever is closest to the user

The channel tax: stablecoin profit flows not to whoever prints it but to whoever owns the user. Circle's distribution costs vs Tether's landlord position.