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The 9 Minute Threat: Why Google’s Quantum Bitcoin Warning Is a Wake-Up Call for Investors

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The 9 Minute Threat: Why Google’s Quantum Bitcoin Warning Is a Wake-Up Call for Investors
The 9 Minute Threat: Why Google’s Quantum Bitcoin Warning Is a Wake-Up Call for Investors

A new warning from Google (NASDAQ:GOOG) (NASDAQ:GOOGL) is forcing cryptocurrency investors to confront a threat they always thought was distant: quantum computing.

For a long time, the threat posed by quantum computers to the security of Bitcoin (CRYPTO: BTC) remained mostly a theoretical threat. However, new research from Google indicates that this threat may not be as far away as we thought and could arrive sooner than expected.

At the heart of this concern is the method by which Bitcoin secures its transactions. The method is based on a cryptographic system that is theoretically unbreakable by traditional computers. It allows the creation of private keys from public keys.

However, Google’s latest research on the subject has revealed that quantum computing could soon make these systems less difficult to crack. The company believes that future quantum computers may have the ability to break the cryptographic underpinnings of Bitcoin much sooner than previously thought.

One of the most worrying consequences of this is speed. According to research, a sufficiently powerful quantum computer could theoretically crack a Bitcoin private key in less than 9 minutes. This could lead to what is known as an “on-spend†attack, which could allow hackers to interfere with transactions before they are completed.

Although this technology is not yet feasible, the gap between theory and reality is rapidly closing.

Governments and tech giants are in a race to develop a computer that can solve problems far more complex than today’s computers can currently handle.

Recent estimates indicate that there is a likelihood that a cryptographically relevant quantum computer will be developed within the next decade. This is especially true given that advances in artificial intelligence are beginning to complement research into quantum computers.

Google itself has highlighted a possible shift in the industry towards a new form of cryptography by the end of the decade. This will require massive coordination between different sectors.

The risk of Bitcoin is particularly high because it is based on a system of assumptions that are completely vulnerable to the capabilities of quantum computing.