Peter Schiff Says AI Could Turn Into Bitcoin’s Biggest Threat

American economist Peter Schiff is warning that artificial intelligence (AI) could become a threat to the leading crypto asset bitcoin. Schiff further argued that the two technologies compete for money, electricity and infrastructure, while increasingly powerful AI could potentially uncover weaknesses in Bitcoin’s software.

The gold advocate and longtime BTC critic made the argument Sunday afternoon, saying bitcoin supporters are attempting to connect the cryptocurrency with the booming AI investment trade when the technologies may actually be competitors.

The economist added:

“AI competes with Bitcoin for speculative capital, electricity, and data-center infrastructure. Plus, as AI becomes more powerful, it could discover vulnerabilities in Bitcoin’s code, cryptography, wallets, or network that humans have missed. Bitcoin’s security and protocol-enforced scarcity ultimately depend on software remaining secure.”

Schiff’s argument has two parts. First, he says AI companies and bitcoin miners compete for speculative investment, electricity and data center capacity. That competition is real because both industries can require enormous amounts of power and specialized infrastructure.

That development, however, does not necessarily threaten the Bitcoin network itself. It creates competition for bitcoin mining companies, which must decide whether using available electricity for mining or AI computing produces better returns.

“You could ask AI yourself … But here you go … 1. AI finds huge new gold deposits. 2. Robots make mining far cheaper. 3. AI unlocks low-grade/deep-sea gold. 4. Better tech dramatically improves gold recycling. 5. Eventually, asteroid mining could flood supply. 6. More supply + less scarcity → gold prices fall.”

Schiff’s second argument goes further. He says increasingly powerful AI could discover vulnerabilities in Bitcoin’s code, cryptography, wallets or network that human researchers have overlooked. Software vulnerabilities are possible, and Bitcoin is not magically immune to programming mistakes. Wallet applications, exchanges, and Bitcoin implementations can contain bugs, which is why developers continually review and test software.

Finding a bug, however, is not the same as changing Bitcoin’s monetary rules. Bitcoin’s 21 million supply limit is enforced by independently operated worker nodes, computers that verify whether transactions and blocks follow the network’s rules. Software attempting to create bitcoin outside those rules would be rejected by nodes still enforcing them.

That leaves Schiff’s strongest point centered on economics rather than Bitcoin’s ultimate survival. AI can compete with bitcoin miners for electricity, capital, and data centers, potentially squeezing mining margins and accelerating the industry’s search for cheaper power.

What matters next is whether that competition pulls substantial computing power away from the Bitcoin network and whether AI produces meaningful advances in vulnerability discovery. For now, competition between AI and bitcoin mining is somewhat measurable, although muddy, while the prospect of AI breaking Bitcoin’s fundamental rules remains misguided.