Flagship brief · The Situation Report
The Chokepoints Are Closing
When the world's energy supply routes collapse simultaneously, the argument for an asset with no chokepoints writes itself.
What happened
On February 28, 2026, the Strait of Hormuz effectively closed. US-Israeli strikes on Iran’s military infrastructure triggered a blockade that cut off roughly 20% of global oil supply and 100% of Qatar’s LNG exports in a single move. Brent crude hit $126 per barrel on March 8—the fastest price spike in any modern conflict. IEA head Fatih Birol called it “the largest supply disruption in the history of the global oil market.”
Then, in March, Qatar’s main LNG terminal took damage. The facility—77 million metric tons per annum of export capacity—declared force majeure. The world’s largest LNG exporter, already hamstrung by Hormuz, went offline at the production level too. Meanwhile, Houthi escalation put the Bab el-Mandeb strait—the Red Sea’s southern exit—under renewed threat.
Three chokepoints. One month. Europe, which spent 2022–2024 scrambling to replace Russian pipeline gas, found itself staring down a second major energy shock before the wounds from the first healed. US LNG terminals became the emergency backstop—American export capacity, rapidly expanded through 2025, is the only liquefied supply that bypasses the Persian Gulf entirely. That’s not a strategy. That’s one functioning escape route for an entire continent.
Why it matters
The global energy system was not designed for simultaneous disruptions across multiple chokepoints. It was designed for margin—spare capacity here, alternative routes there. That margin is gone.
Diesel scarcity in Europe within weeks. Industrial output curving downward. Central banks caught between energy-driven inflation and slowing economies they can’t stimulate their way out of without making inflation worse. This is the stagflation trap. It snaps shut fast.
The IEA’s “largest disruption in history” label is not rhetorical. Global oil markets survived the Suez crisis, the Gulf Wars, and Saudi embargoes. They have never had Hormuz fully closed. Not like this.
Bitcoin relevance
Bitcoin has no chokepoint.
That sounds like a marketing line. It isn’t. It’s a design specification.
Oil requires tankers, straits, terminals, pipelines, refineries, and functioning state relationships at every node. LNG requires liquefaction plants, specialized vessels, regasification infrastructure, and contracts enforced by governments that are currently at war. Every calorie of hydrocarbon energy moving around the planet passes through geography that can be blocked, bombed, or bargained over.
Bitcoin’s supply schedule runs on math. It cannot be interdicted. It has no terminal to damage. There is no force majeure clause in the protocol.
When stagflation hits—real inflation, real slowdown, real negative rates—fiat currency buys less of everything, including energy. Central banks will print to cushion the blow and make the inflation worse. That’s not a prediction; it’s a description of the institutional response function, observed across every prior shock.
An asset with fixed supply, no physical infrastructure requirements, and no dependence on state goodwill starts looking less like speculation and more like engineering for an environment that keeps producing exactly this.
What to watch
- Hormuz closure duration. Every additional week embeds the price shock deeper into supply chains and forward contracts.
- European diesel inventories—the canary metric. When diesel runs short, industrial activity contracts hard and fast.
- Central bank responses. Rate cuts into inflation = debasement signal. Rate holds into recession = liquidity squeeze. Neither is comfortable for traditional assets.
- Bab el-Mandeb. If Houthi escalation closes the Red Sea’s southern exit, the alternate route through Suez disappears with it. That leaves the Cape of Good Hope—weeks of additional transit time per cargo.
Bottom line
The world’s energy system revealed something it always concealed in peacetime: it’s a chain of single points of failure, held together by the assumption that nobody would pull on all of them at once.
Someone did.
The sovereign stress thesis holds. States built systems optimized for normal. Normal left. Bitcoin was designed for what remains.