StarkWare CEO Eli Ben-Sasson said blockchain security is facing a more urgent test as advances in quantum computing and AI compute draw closer. In his view, networks need both post-quantum cryptography and cryptographic agility to keep up with the pace of change.
Ben-Sasson said Starknet already has a post-quantum migration roadmap and could become quantum-resistant by 2027. Even so, he noted that Starknet still depends heavily on Ethereum’s Layer 1 security because it operates as an L2 today. He added that Ethereum is not expected to reach full L1 post-quantum capability until the end of 2029, while Bitcoin still has no established timeline.
To avoid waiting on other chains’ upgrade schedules, Starknet is now considering several options, including a shift to an independent Layer 1. Ben-Sasson said the goal is to control the pace of security upgrades directly and build a base-layer chain that can withstand risks tied to both quantum computing and AI.
Techub News reported that StarkWare CEO Eli Ben-Sasson said blockchain security is under growing pressure as breakthroughs in quantum computing and AI compute move closer. He said networks need post-quantum cryptography and cryptographic agility.
Starknet has a post-quantum migration roadmap
Ben-Sasson said Starknet already has its own post-quantum migration roadmap and could become quantum-resistant in 2027. At the same time, he said Starknet still relies heavily on Ethereum Layer 1 for underlying security because it currently operates as an L2.
Ethereum and Bitcoin are on different timelines
According to his statement, Ethereum is not expected to achieve full L1 post-quantum capability until the end of 2029. Bitcoin, he said, still does not have an established timetable.
Starknet is weighing several paths
To avoid waiting passively, Starknet is considering multiple options, including becoming an independent L1. Ben-Sasson said that would let the network control the pace of its own security upgrades and build a base-layer public blockchain designed to withstand risks from quantum computing and AI.
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