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Famous Developer: Solana Is Resilient to Quantum Attacks! Here’s How…

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A developer of the Solana network has claimed that the blockchain has achieved quantum resistance, marking a significant milestone in securing the network. But is blockchain truly resilient against quantum computing power? Here are the details…

Quantum Computers: A Concern for Cryptos Like Solana

The rise of quantum computers is a major concern for the crypto community. These machines have the potential to threaten the cryptographic security underpinning cryptocurrencies. With advanced machine learning capabilities, quantum computers can solve complex mathematical problems far faster than classical computers, leaving blockchains and digital assets vulnerable.

To counter the potential threats posed by quantum computers, Solana has reportedly achieved something unprecedented among blockchains. The developer announced that Solana is now resistant to quantum computing threats, claiming this breakthrough positions the blockchain as a leader in the race to secure networks.

What Is Quantum Resistance?

Quantum resistance refers to the ability of blockchain systems to withstand attacks from quantum computers. These machines use the principles of quantum mechanics to solve mathematical problems at speeds unattainable by classical computers. However, how Solana has achieved this quantum resistance remains unclear. Notably, Grayscale recently added Solana to its product list, as reported by Kriptokoin.com.

Solana Price and Market Update

Solana has started 2025 on a strong note, drawing significant attention. At the time of writing, the coin is trading at $218, reflecting an 18% increase over the past week. Additionally, the Polymarket prediction platform estimates an 85% chance that a Solana ETF will be approved by the SEC this year.

The developer’s announcement came just days after Bitcoin advocate Fred Krueger predicted that Solana would be the first blockchain to fall victim to quantum computers. On December 19, Krueger stated, “Solana will be the first casualty of quantum computers.” However, some experts argue that such concerns are unwarranted given advancements in quantum computing.

For instance, Google recently unveiled a revolutionary quantum chip called Willow, which performed a computation in just 5 minutes—a task that would take the world’s most powerful classical supercomputers 10 septillion years. While there were concerns that Willow could potentially crack Bitcoin’s encryption algorithms, experts quickly dismissed these fears. They clarified, “Breaking Bitcoin’s cryptography would require millions of qubits, far more than the 105 qubits in Google’s Willow chip. Moreover, the Bitcoin community is already working on quantum-resistant solutions.”

Other Blockchain Projects Preparing for Quantum Computers

Other blockchain projects are also gearing up for quantum computing threats. Ethereum has announced its work on quantum-resistant solutions. Vitalik Buterin emphasized the importance of preparing Ethereum for future challenges posed by quantum computers, noting their potential to compromise existing encryption standards.

Emin Gün Sirer, founder of Ava Labs, has even suggested freezing the 1.1 million BTC estimated to be held by Satoshi Nakamoto as a precaution against quantum computing risks.

If the Solana developer’s claims prove accurate, Solana could set a new standard for quantum-resistant algorithms in blockchains, becoming a pioneer in the field.

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Famous Developer: Solana Is Resilient to Quantum Attacks! Here’s How…
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