Community-driven optimizations on the ECDSA.fail platform, launched in early April 2026 shortly after Google's March whitepaper, represent the main driver of trader sentiment. That paper reduced estimated resources for Shor's algorithm on the 256-bit elliptic curve discrete logarithm problem to under 500,000 physical qubits and roughly 70 million Toffoli gates on superconducting hardware—an approximately 20-fold improvement over prior estimates—while still requiring error-corrected logical qubits and substantial gate counts. ECDSA.fail crowdsources further circuit refinements, tracking progress primarily through the qubit-Toffoli product metric for theoretical cryptanalysis feasibility. With resolution on June 30, ongoing public submissions and any new peer-reviewed optimizations in the coming weeks could narrow or widen the gap relative to the Google baseline, though current quantum hardware remains far from these scales.