Hacker Gets 3.5 Years for $900K Coinbase Theft

• Elliot Gunton, a UK hacker, has been sentenced to 3.5 years in prison for stealing $900,000
• Gunton had a history of cybercrime, including a 2019 conviction for stealing personal data
• The phishing scheme involved redirecting victims to a fake login site, showcasing Gunton’s advanced technical skills and careful planning

A UK court has sentenced a young hacker to three and a half years in prison for stealing over $900,000 from Coinbase accounts through a sophisticated phishing scam.

Elliot Gunton, who was a teenager at the time, is held accountable for targeting hundreds of Coinbase users.

Hacker’s Scheme and Sentence

A UK hacker, who compromised over 500 Coinbase accounts between 2018 and 2019, has received a three and a half-year prison sentence. Elliot Gunton, just 17 or 18 years old at the time, pleaded guilty to conspiracy to commit fraud and money laundering.

Gunton and his accomplices stole around $900,000 from these accounts, according to North Norfolk News on July 27.

Gunton deceived people by having them enter their passwords on a fake login site. Judge Alice Robinson of Norwich Crown Court described the crime as “highly sophisticated,” requiring significant planning and technical skill.

Previous Offenses and Penalties

This isn’t Gunton’s first brush with the law. In 2019, authorities sentenced him to 20 months in prison for stealing personal data from TalkTalk users and receiving hundreds of thousands of dollars in crypto.

Gunton avoided jail time by completing a 12-month rehabilitation order. Additionally, he must repay £407,359 for hacking several high-profile Instagram accounts.

Elliot Gunton’s 3.5-year prison sentence highlights the severe legal consequences for cybercriminals engaged in complex phishing scams. Given his previous offenses and the substantial amount stolen, we must strengthen security measures and legal frameworks to combat these cyber threats.

This case serves as a reminder that we are still battling sophisticated online fraud.