> ⚠️ #Ethereum co-founder #VitalikButerin is warning that rapid AI advances in mathematics could threaten not only quantum-vulnerable cryptography, but potentially even lattice-based systems considered post-quantum safe.
>
> His timeline: the next 2 years could bring major breakthroughs in mathematical attacks.
>
> 🔐 Ethereum's roadmap is therefore exploring a "hash-only" approach for signatures and proofs, including schemes such as WOTS and SPHINCS, which rely less on complex mathematical structures.
>
> For multisigs, Buterin recommends:
> • 🔄 Rotating keys after each operation
> • 🆕 Using fresh addresses
> • 🔒 Gathering signatures off-chain
> • 📐 Using larger parameters for lattice-based encryption
>
> $ETH is already targeting broader quantum resistance by 2029.
>
> The bigger question is no longer just whether quantum computers can break today's cryptography but whether AI can accelerate the mathematics needed to break tomorrow's defenses. 🤖
>
> V. BUTERIN WARNING
> ALGO/CRYPTO WARNING
> #vitalikwarnsaicouldweakencryptographycsecurity
>
> His timeline: the next 2 years could bring major breakthroughs in mathematical attacks.
>
> 🔐 Ethereum's roadmap is therefore exploring a "hash-only" approach for signatures and proofs, including schemes such as WOTS and SPHINCS, which rely less on complex mathematical structures.
>
> For multisigs, Buterin recommends:
> • 🔄 Rotating keys after each operation
> • 🆕 Using fresh addresses
> • 🔒 Gathering signatures off-chain
> • 📐 Using larger parameters for lattice-based encryption
>
> $ETH is already targeting broader quantum resistance by 2029.
>
> The bigger question is no longer just whether quantum computers can break today's cryptography but whether AI can accelerate the mathematics needed to break tomorrow's defenses. 🤖
>
> V. BUTERIN WARNING
> ALGO/CRYPTO WARNING
> #vitalikwarnsaicouldweakencryptographycsecurity