Bitcoin’s Quantum Risk Is Smaller Than Feared, Researcher Says

bitcoinistPublished on 2026-02-10Last updated on 2026-02-10

Abstract

A recent analysis indicates that Bitcoin's vulnerability to quantum computing attacks is less severe than commonly perceived. While concerns persist about future quantum machines breaking cryptographic protections, the immediate risk is limited. Reports highlight that only approximately 10,230 BTC, valued at several hundred million dollars, are held in addresses with exposed public keys, making them the most susceptible targets. These are primarily in mid-to-large-sized wallets, many dating back to Bitcoin's early days. Current quantum hardware remains insufficient for such an attack, operating at just over 100 qubits, whereas millions of stable, error-corrected qubits would be required. Experts like Andreas Antonopoulos and Adam Back emphasize the need for proactive preparation rather than panic. They recommend developing upgrade paths, discouraging key reuse in wallets, and testing migration procedures to ensure a smooth transition if quantum risks materialize in the future.

The Bitcoin market shrugged, but the conversation about quantum computers and Bitcoin popped back into feeds this week. It’s an old worry that keeps coming up: could future machines break the cryptography that protects wallets?

Based on reports from CoinShares and comments from long-time Bitcoin voices, the real story is less about an immediate panic and more about practical planning and who would actually be at risk.

Public Keys Expose A Small Slice

Reports say that only 10,230 BTC sit in addresses where public keys are already visible, and that changes the math. Those coins would be the easiest targets if a powerful quantum machine appeared.

Around 7,000 BTC sit in mid-size wallets holding between 100 and 1,000 coins. About 3,230 BTC live in larger addresses holding between 1,000 and 10,000 coins.

At today’s values that stake is worth several hundred million dollars. That’s big money, but it’s not the same as a collapse of the protocol. An aggressive theft of that size would look like a heavy trade or a major security incident, not a network failure.

Quantum Hardware Still Falls Short

According to experts, the algorithmic threat is straightforward: Shor’s algorithm would attack elliptic-curve signatures and Grover’s algorithm would weaken SHA-256 hashing.

But reports note a huge gap between experiment and attack. Current machines run at a little over 100 qubits in experimental setups. An effective break would need millions of stable, error-corrected qubits.

That kind of hardware has not been built. In short: the math shows a possible route, but the engineering is far from ready.

Old Coins, The Real Operational Headache

Many of the more exposed addresses date back to Bitcoin’s early days and contain coins that have never moved. That makes them special. When those keys were first used, best practices were different.

Now, those same keys are a known point of weakness if quantum computing power ever arrives. Movement of those coins would be messy. Custodians, exchanges, and individual holders would all need to coordinate.

A technical fix could be proposed and adopted. The hard work would be getting people to update software and migrate keys before any real danger materializes. That is a logistics problem more than a cryptography puzzle.

BTCUSD trading at $69,054 on the 24-hour chart: TradingView

Veteran Voices Call For Early Work

According to Andreas Antonopoulos, a well-known Bitcoin and cryptocurrency expert, the threat is real but distant; he urges preparation rather than alarm.

British cryptographer Adam Back has said planning can happen in an orderly way, and panic is unnecessary so long as steps start now.

Those views line up: upgrade paths should be designed, wallets must discourage key reuse, and the community should test migration procedures.

If action is taken early, there’s ample room to make the shift without rushing or breaking systems.

Featured image from Crypto Valley Journal, chart from TradingView

Related Questions

QAccording to the article, how many BTC are currently at risk from quantum computing due to exposed public keys?

AApproximately 10,230 BTC are at risk, as they sit in addresses where public keys are already visible on the blockchain.

QWhat is the primary reason the quantum threat to Bitcoin is not considered an immediate crisis?

AThe threat is not immediate because current quantum hardware is far from capable, requiring millions of stable, error-corrected qubits, while today's experimental machines only run at a little over 100 qubits.

QWhich two algorithms are mentioned as the primary quantum threats to Bitcoin's cryptography?

AShor’s algorithm, which would attack elliptic-curve signatures, and Grover’s algorithm, which would weaken SHA-256 hashing.

QWhat is described as the 'real operational headache' regarding the quantum threat?

AThe real operational headache involves the logistics of coordinating the movement of old, unmoved coins from early Bitcoin addresses, which requires getting custodians, exchanges, and individual holders to update software and migrate keys before any danger materializes.

QWhat is the experts' consensus, like Andreas Antonopoulos and Adam Back, on how to approach the quantum risk?

AThe consensus is to prepare rather than panic. They urge for early, orderly planning, which includes designing upgrade paths, discouraging key reuse in wallets, and testing migration procedures to make the shift without rushing.

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