North America
Binance
New reports reveal that hackers used a fake job interview as part of the elaborate scheme behind last week’s $6.3 billion Binance cyberattack, the largest cryptocurrency heist on record.
Binance confirmed that the attack was a detailed, multi-stage operation that began in June 2026 and unfolded over several months before culminating in the theft on October 29. The attack began when an employee on the wallet developer team downloaded a tampered tool from the internet. Binance detected the compromise, replaced the device and changed credentials, but the employee’s role and those of others on the wallet team had already been exposed. In September, a second software engineer downloaded a malicious code repository onto their personal computer after interviewing for what appeared to be a legitimate role, including a virtual meeting with the CEO of a fictitious company. On October 20, the attacker used the compromised computer along with an internal AI tool to gain control of two wallet developers’ systems.
Nine days later, the attacker used the second wallet developer’s computer with stolen credentials from the first to trigger a malicious script, removing 233.46 million XRP from five Binance hot wallets to an attacker-controlled address in just four minutes before withdrawing additional cryptocurrencies, including bitcoin.
How it could affect your business
This attack is a stark illustration of how sophisticated threat actors have become in planning and executing multi-stage intrusions. Rather than attempting a single, direct breach, the attackers spent months laying the groundwork, compromising devices, stealing credentials and gaining access to internal tools before striking. No single security measure would have stopped this attack on its own. Organizations need to adopt a layered security approach that includes endpoint monitoring, strict controls around software downloads, employee awareness training around social engineering tactics, like fake job interviews, and continuous monitoring for unusual activity across all systems and devices.
