Hackers Exploit NFC in New Android Payment Fraud Scheme

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Hackers are exploiting near-field communication (NFC) technology to commit instant payment fraud through the Chinese-speaking Android malware-as-a-service platform, SuperCard X. This malware enables real-time theft by using NFC to capture payment card data and make fraudulent transactions at point of sale (PoS) terminals and ATMs.

Unlike older methods such as overlay attacks or SMS interception, SuperCard X uses contactless functionalities in modern payment cards. Infected Android devices become NFC relay stations, simplifying the fraud process. Users of SuperCard X access “Reader” and “Tapper” applications via Telegram channels, making NFC relay fraud easily accessible without complex tool development.

The attack starts with spoofed messages from banks urging victims to call a number. Scammers then pose as bank agents, instructing victims to install the SuperCard X Reader app disguised as security software. This app requires minimal NFC permissions and standard system permissions, avoiding detection by security software.

When victims tap their card against the infected device, the Reader app captures NFC-transmitted card data. This data, including Answer To Reset (ATR) messages, is sent in real-time to the attackers. The Tapper app on another device uses the relayed ATRs to emulate the victim’s card, allowing for transactions at contactless PoS terminals and ATMs. Fraudulent withdrawals increase after convincing victims to lift spending limits. SuperCard X is distinct from other Android banking Trojans, focusing on NFC relay with minimal permissions, evading most antivirus engines. An analysis by Cleafy found extensive code reuse from open-source projects, indicating quick development and easy onboarding for affiliates.

In an Italian campaign, Cleafy noted customizations like tailored APK repackaging and pre-generated login credentials, streamlining the attack. SuperCard X highlights advanced social engineering and strategic minimalism in permissions, challenging current cybersecurity defenses with its covert and effective methods.

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