Cardano blockchain splits after AI-generated code triggers critical bug
The Cardano blockchain briefly split into two separate chains after a software bug disrupted normal operations. The issue stemmed from a faulty delegation transaction, triggering a temporary fork. Despite the technical setback, the price of ADA remained steady, and the network’s team moved quickly to address the problem.
The chain split began when a staking pool operator, known as Homer J, executed a delegation transaction using AI-generated code. This action exposed an old bug in the underlying software library that Cardano relies on. As a result, the network forked, raising immediate concerns about its security and stability.
The Cardano team identified the root cause and instructed all staking pool operators to install the latest node software update. This patch aimed to resolve the issue and restore normal blockchain operations. Founder Charles Hoskinson later confirmed that the FBI was involved in investigating the incident, though details about their role remain unclear.
While the event sparked debate within the Cardano community—particularly around Homer J’s use of AI-generated code—it attracted little attention from the wider crypto market. Many traders and investors were focused on the ongoing market downturn, leaving ADA’s price largely unaffected.
The incident highlighted vulnerabilities in Cardano’s software infrastructure but also demonstrated the network’s ability to respond swiftly. With the bug fixed and operators updating their systems, the event may lead to stronger security measures in the future. For now, Cardano continues to operate as one of the leading blockchain platforms in the industry.
