Jiang Xueqin is a Chinese-Canadian history teacher based in Beijing who runs a YouTube channel called Predictive History. He has 3.3 million subscribers. He predicted Trump’s return to power. He predicted a US-Iran military conflict. Both happened. People are paying attention.
Now he is telling those 3.3 million people that Bitcoin was built by the CIA.
Watch the clip and you will hear a confident, charismatic man laying out what sounds like a sophisticated institutional argument. “When you do game theory analysis, you look at all possibilities, you end up with the deep state,” he says. “You end up with the CIA.”
His case has four pillars. DARPA built the internet, so military agencies have a history of launching civilian technology. Bitcoin’s transparent blockchain is ideal for surveillance. Satoshi’s anonymity is “institutionally suspicious.” And the Winklevoss twins’ early investment means someone had insider knowledge of what Bitcoin was “designed to do.”
Reasonable people can argue about each of those points. They have been arguing about them for years. But then Jiang says this:
“Because I imagine if you’re able to control the hardware, you can also control the software. I don’t care what they tell me about open source and all that. I want to know where the databases are, where the servers are physically.”
And that is where the argument ends.
There Are No Servers
This is not a subtle technical point. It is the most basic fact about how Bitcoin works.
Bitcoin does not have a central database. Bitcoin does not have servers that anyone controls. Bitcoin does not have a location. There is no building where “the database” lives, no data center the CIA could walk into, no infrastructure any government could seize and thereby control the network.
Bitcoin runs on approximately 17,000 nodes distributed across the globe. Each node holds a complete copy of the entire blockchain. Every transaction ever made, every block ever mined, stored simultaneously on thousands of computers in dozens of countries, owned by thousands of different people who have no relationship to each other beyond running the same software.
When Jiang asks “where are the servers physically,” the answer is everywhere. Oslo. São Paulo. Seoul. Lagos. Your neighbour’s basement. The CIA’s data center too, presumably, if they wanted to run a node, which would give them exactly as much control over Bitcoin as any other node operator — which is to say, none beyond following the consensus rules everyone else follows.
You cannot control what you cannot locate because it is everywhere at once. This is not marketing language. It is the architecture. It is why Dubai could close its stock exchange and Bitcoin kept trading. It is why Iran shut down its internet and Bitchat kept working. It is why China banned Bitcoin approximately eleven times and the network processed every block anyway.
The “control the hardware, control the software” logic works for a traditional database. It works for a bank’s servers, for Meta’s data centers, for any centralized system where there is a location you can point to. It does not work for a distributed network where every participant holds an identical copy of the entire record. Taking down one node, one hundred nodes, or one thousand nodes does not affect the network because the remaining nodes continue operating.
Jiang explicitly says he does not care about the open source argument. Fair enough. But the distributed node argument is not the open source argument. It is the physics argument. You cannot control a database that lives in seventeen thousand places simultaneously.
The Broken Clock Problem
Jiang’s broader framework, American imperial decline, hard assets as monetary refuge, multipolar world order, is genuinely interesting analysis that overlaps with arguments serious economists make. His geopolitical predictions generated real credibility. Two correct calls is not nothing.
But correct calls in geopolitics do not transfer to correct analysis in cryptography. Archaeologist Flint Dibble, who has documented Jiang’s methodology at length, put it plainly: “His predictions about the future are mostly not accurate. A broken clock is right twice a day.”
The CIA theory has circulated in crypto forums since Bitcoin was worth less than a dollar. It gets recycled every few years when someone with a large platform finds it again. The version that says DARPA built the internet therefore someone powerful built Bitcoin is a post-hoc pattern match dressed as game theory. The version that says Bitcoin’s transparent ledger proves surveillance intent ignores that the cypherpunks who built the intellectual foundations of Bitcoin explicitly designed public ledgers because they believed radical transparency was a check on power, not a tool of it.
None of this proves the CIA did not build Bitcoin. Absence of evidence is not evidence of absence. Satoshi’s anonymity is genuinely unusual. The early cryptographic research that preceded Bitcoin did involve people with government and academic connections.
But “I cannot rule it out” is not the same as “game theory analysis points to the CIA.” And “I want to know where the servers are physically” is not a sophisticated institutional question. It is a question that reveals the person asking it does not know what a distributed ledger is.
Why This Is the Real Story
The viral clip is not really about Bitcoin’s origins. It is about how Bitcoin functions as an intelligence test for the people who dismiss it.
The people who understand Bitcoin’s architecture almost universally arrive at one conclusion: the system is designed to be ungovernable. Not ungovernable in theory. Ungovernable in practice, at the protocol level, by design. The US Strategic Bitcoin Reserve was created by the same government Jiang thinks built Bitcoin, and the government is buying it rather than controlling it because buying it is the only option available to them.
When a professor with 3.3 million subscribers asks where the servers are physically and the answer is “everywhere simultaneously,” that gap is the whole argument. Bitcoin is not difficult to understand because it is technically complex. It is difficult to understand because it requires letting go of the assumption that powerful things must have powerful owners.
Jiang cannot find the server because there is no server. That is not a dodge. That is the point.
