When we talk about 地震の年表, a chronological record of seismic events, often used to predict future geological risks. Also known as earthquake timelines, it helps scientists understand patterns in nature’s most violent disruptions. But what if those same patterns show up in crypto markets? The most volatile crypto crashes didn’t happen because of bad code or hacker attacks—they happened because of real-world shocks: government bans, exchange freezes, and sudden regulatory earthquakes. Vietnam’s $200 million VND fines for crypto payments? That’s a regulatory tremor. The Philippines freezing $150 million in assets? That’s a full-blown aftershock. These aren’t random events—they’re part of a pattern, just like fault lines.
Just as geologists track where earthquakes strike and how often, crypto users need to track where regulations hit hardest. South Korea’s real-name bank account rule? That’s a structural fault in how crypto enters the economy. China’s total ban? That’s a tectonic plate shift—no more crypto trading there, period. These aren’t isolated incidents. They’re connected. And when you map them out like a seismic chart, you start seeing who gets crushed and who adapts. The same way a building in Tokyo is designed to sway during an earthquake, smart crypto users build portfolios that can handle regulatory shocks. You don’t avoid risk—you build for it. That’s why audits matter. A $300,000 DeFi audit isn’t just a cost—it’s insurance against collapse. A failed DEX like Cybex? It didn’t die because of bad tech. It died because no one trusted it when the ground shook.
Even something as technical as SHA-256 isn’t just about hashing. It’s about resilience. Bitcoin chose SHA-256 because it had survived 15+ years of attacks—like a building made of reinforced concrete. Meanwhile, projects like MyBit and Lox Network vanished because they had no foundation. No community. No real use case. When the market trembled, they crumbled. The same goes for fake airdrops like 1MIL or Landshare X CMC. They prey on people who don’t check the ground before they build. But if you study the 地震の年表 of crypto regulation, you learn where the fault lines are. You see that when the SEC freezes assets, it’s not just about enforcement—it’s about control. When Nigeria’s power grid fails, mining becomes a luxury. When dYdX blocks U.S. users, decentralization has limits. These aren’t just stories. They’re data points on a timeline. And if you can read that timeline, you’re not just reacting to the next crash—you’re preparing for it.
The 1707 Hōei earthquake was Japan’s largest recorded quake until 2011. It ruptured the entire Nankai Trough at once, triggered a massive tsunami, and even caused Mount Fuji to erupt. Its legacy shapes modern disaster planning worldwide.