Starknet's Move to L1 to Protect Against Quantum Threats

StarkWare CEO Considers Moving Starknet to L1

Eli Ben-Sasson, CEO of StarkWare, announced the potential migration of the Starknet network from an L2 layer to a base blockchain layer (L1). This move could make Starknet the first network fully resistant to quantum attacks. The project team aims to implement this transition by 2027.

Quantum Threat and Artificial Intelligence

According to the head of StarkWare, moving to L1 is necessary for more flexible adaptation to post-quantum security threats. He highlights two key risk factors: the approaching quantum threat, which may be closer than expected, and the rapid development of artificial intelligence, which increases the risk of hacking secure systems.

Crypto Bunker Mode

Ben-Sasson urged the blockchain industry to enter "bunker mode" and prepare in advance for future threats. Reliability requires robust cryptography, the ability to quickly change cryptographic algorithms, and the transition to the L1 level. The head of StarkWare discussed this during his speech at the TOKEN2049 conference.

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SEO Title: StarkWare CEO on Starknet's Move to L1 and Protection Against Quantum Attacks

SEO Description: Eli Ben-Sasson announced the potential migration of Starknet to L1 by 2027 to protect against quantum threats and support AI development.

SEO Keywords: Starknet, StarkWare, L1, quantum attacks, blockchain, Eli Ben-Sasson, TOKEN2049, post-quantum cryptography

title: StarkWare CEO Considers Moving Starknet to L1

h1: Starknet's Move to L1 to Protect Against Quantum Threats

excerpt: StarkWare CEO Eli Ben-Sasson announced the potential migration of Starknet to the L1 level by 2027 to ensure resistance to quantum attacks and support AI development.