South Korea’s central bank is considering implementing ‘circuit breaker’ measures in the cryptocurrency market, drawing from experience with traditional markets to manage risks.
The decision is influenced by how stock markets use circuit breakers to limit panic selling and stabilize trading during volatile periods. These mechanisms halt trades when specific thresholds are breached, providing time for the situation to normalize and preventing chaotic sell-offs.
Thresholds for Activation
The Bank of Korea is contemplating similar safeguards for South Korea’s digital asset market after a significant incident at Bithumb crypto exchange in February. The incident involved an employee error that mistakenly transferred 620,000 bitcoin (worth about $43 billion at the time) instead of local currency.
The erroneous transfer caused Bitcoin prices on Bithumb to drop by 17%, resulting in substantial losses for users. This event emphasized the need for protective measures akin to those found in conventional financial systems.
Efforts to Recover Lost Funds
Bithumb identified the mistake within about 20 minutes but did not stop the mistakenly distributed Bitcoin from being traded or withdrawn, amplifying user losses. While Bithumb reclaimed most of the bitcoins, seven remained unrecovered and are still under legal processes.
Regulatory Lag Due to Technological Advancements
The rapid pace of technological change has often outpaced existing regulatory frameworks. For example, open banking collaboration between fintech companies and banks has faced challenges following the collapse of Synapse, which left $265 million in consumer funds unclaimed.
Real-time payment systems have also introduced new vulnerabilities by eliminating traditional settlement buffers used to detect fraud or operational errors. Financial institutions are now exploring ways to reintroduce safeguards into these processes.
In light of these issues, global regulators are likely to consider strengthening protective measures for digital assets and fast-moving financial systems.
