A single exchange error involving 620,000 bitcoin worth $43 billion has prompted South Korea’s central bank to call for market-wide safeguards. The recommendation signals rising regulatory concern over operational risks in centralized crypto trading platforms.
In a Monday report, the Bank of Korea (BOK) cited a February incident at Bithumb, where a staff error distributed bitcoin instead of Korean won during a promotional campaign. The mistake triggered a sharp 15% drop in the bitcoin-KRW trading pair, causing losses for users before the issue was identified and contained. The exchange reportedly took 20 minutes to detect the error.
Should Crypto Exchanges Implement Circuit Breakers Like Stocks?
The BOK said the incident exposed structural gaps between crypto platforms and traditional financial markets, particularly in internal controls and automated safeguards. Equity markets routinely deploy circuit breakers to halt trading during extreme volatility, limiting systemic fallout. By contrast, crypto exchanges often rely on manual intervention, which can lag during high-impact errors.
“To prevent this from happening at other exchanges, related regulations need to be strengthened,” the BOK wrote in its Payment and Settlement report.
The central bank recommended systems capable of detecting abnormal transactions in real time and halting execution before market-wide impact. It also urged lawmakers to incorporate such mechanisms into the upcoming Digital Asset Basic Act.
Still, the incident has extended beyond technical failure into broader regulatory scrutiny. Bithumb has requested a court order to freeze 7 BTC it could not recover, while local authorities continue investigations into the event. The exchange has also delayed its planned initial public offering to 2028, reflecting ongoing compliance uncertainty.
South Korea’s approach may influence other jurisdictions evaluating exchange risk controls. The next catalyst will be whether proposed legislation formalizes circuit breaker requirements and forces trading venues to adopt automated safeguards before similar incidents recur.
