Blockstream's research director speaking at Digital Assets Forum NYC on quantum-resistant signature schemes for $BTC. Core thesis: Bitcoin's current cryptography is vulnerable to future quantum computing threats, but protocol-level upgrades can address this before it becomes an existential risk.
Key question for investors: timeline sensitivity. If quantum capability arrives before consensus on new signature standards, we're looking at potential network fork risk and massive holder uncertainty. Blockstream positioning as technical authority here, but real risk is governance gridlock when implementation time comes.
Watch for: concrete timelines on quantum threat vs. upgrade readiness, backward compatibility costs, and whether this becomes another scaling-debate-style civil war. For now, theoretical tail risk, but worth monitoring as quantum computing accelerates.
Key question for investors: timeline sensitivity. If quantum capability arrives before consensus on new signature standards, we're looking at potential network fork risk and massive holder uncertainty. Blockstream positioning as technical authority here, but real risk is governance gridlock when implementation time comes.
Watch for: concrete timelines on quantum threat vs. upgrade readiness, backward compatibility costs, and whether this becomes another scaling-debate-style civil war. For now, theoretical tail risk, but worth monitoring as quantum computing accelerates.
