← Trends

Quantum Risk Moves From Theory to Crypto Roadmaps

Over the next 3-6 months, quantum-resistance becomes a concrete design and custody concern across major chains and institutional custodians, driving opt-in post-quantum schemes and 'long-dormant coin' risk discussion.

strengthening · confidence 92 · 0 7d · -8 30d · Medium term (3-9 months) · tracking since June 15, 2026 · updated October 10, 2026

Sign in to get threshold and movement alerts for this trend.

Score history

Daily conviction score, 0 to 100. Higher means the thesis is more strongly corroborated.

Oct 9 · 90Oct 10 · 92

Now 92 · +2 since Oct 9 · ranged 90 to 92

Showing the last few days. Unlock full score history.

Why the conviction moved

  • Oct 10
    Strengthened +2

    Drake's call to prepare for an elliptic-curve signature break within months widens the case for migrating off ECDSA and Schnorr from quantum risk alone to AI-driven cryptanalysis. That adds urgency to the opt-in post-quantum signature schemes and dormant-coin debates already on chain roadmaps.

  • Oct 9
    Strengthened +3

    Under EIP-8288, Ethereum researchers propose taking quantum-resistant signature and STARK verification out of the EVM and replacing it with one recursive proof per block, and they are asking the network to choose the instruction set for it. That makes post-quantum migration a concrete base-layer design decision with client and hardware consequences, not just an opt-in wallet scheme.

Showing the last 2 days. Unlock the full record.

Source trail

  • Supporting · October 10, 2026

    Ethereum researcher Justin Drake urges "bunker mode" over AI risk to wallet signatures, and a Bitcoin Core developer responds

    Drake's call to prepare for an elliptic-curve signature break within months widens the case for migrating off ECDSA and Schnorr from quantum risk alone to AI-driven cryptanalysis. That adds urgency to the opt-in post-quantum signature schemes and dormant-coin debates already on chain roadmaps.

    Bitcoin Magazine
  • Supporting · October 9, 2026

    Ethereum Researchers Ask the Network to Pick an Instruction Set for Post-Quantum Proofs Under EIP-8288

    Under EIP-8288, Ethereum researchers propose taking quantum-resistant signature and STARK verification out of the EVM and replacing it with one recursive proof per block, and they are asking the network to choose the instruction set for it. That makes post-quantum migration a concrete base-layer design decision with client and hardware consequences, not just an opt-in wallet scheme.

    Ethereum Research

Unlock full source trail, score history, and daily updates.

47 more sources in the full trail.

Unlock Trends

Affected regions & assets

RegionsGlobal
Assets2 assetsUnlock Trends

Townsquare

Argue the thesis in Townsquare.