Chapter
Credit Card Fraud and Vulnerabilities in Payment Systems
10:21 - 18:29 (08:07)
Criminals are using various tactics such as cloning credit card information and malware to exploit vulnerabilities in payment systems in order to withdraw cash or launder money through gift cards. The vulnerability of the systems makes it hard for companies to distinguish between genuine and false alerts when suspicious activity is detected.
Clips
Criminals are using stolen credit card data to withdraw cash from ATMs and buy gift cards to launder the money.
10:21 - 14:03 (03:41)
Summary
Criminals are using stolen credit card data to withdraw cash from ATMs and buy gift cards to launder the money. Malware on cash registers in many businesses scrapes credit card data and sends it out of the network, making it vulnerable to theft.
ChapterCredit Card Fraud and Vulnerabilities in Payment Systems
EpisodeEp 15: Ill Tills
PodcastDarknet Diaries
The aftermath of a data breach can cause unease for both the client and the service provider, particularly when faced with the potential loss of sensitive information resulting from hacking or break-ins.
14:03 - 16:15 (02:11)
Summary
The aftermath of a data breach can cause unease for both the client and the service provider, particularly when faced with the potential loss of sensitive information resulting from hacking or break-ins. Despite initial skepticism surrounding data breaches, when discovered to be true it is essential to react without delay.
ChapterCredit Card Fraud and Vulnerabilities in Payment Systems
EpisodeEp 15: Ill Tills
PodcastDarknet Diaries
The speaker suggests that the limited exploitation of systems in a vulnerable environment may indicate a targeted approach, but emphasizes the need for further investigation to confirm the nature of the attack.
16:15 - 18:29 (02:13)
Summary
The speaker suggests that the limited exploitation of systems in a vulnerable environment may indicate a targeted approach, but emphasizes the need for further investigation to confirm the nature of the attack.