Menu

  • Alerts
  • Incidents
  • News
  • APTs
  • Cyber Decoded
  • Cyber Hygiene
  • Cyber Review
  • Cyber Tips
  • Definitions
  • Malware
  • Threat Actors
  • Tutorials

Useful Tools

  • Password generator
  • Report an incident
  • Report to authorities
No Result
View All Result
CTF Hack Havoc
CyberMaterial
  • Education
    • Cyber Decoded
    • Definitions
  • Information
    • Alerts
    • Incidents
    • News
  • Insights
    • Cyber Hygiene
    • Cyber Review
    • Tips
    • Tutorials
  • Support
    • Contact Us
    • Report an incident
  • About
    • About Us
    • Advertise with us
Get Help
Hall of Hacks
  • Education
    • Cyber Decoded
    • Definitions
  • Information
    • Alerts
    • Incidents
    • News
  • Insights
    • Cyber Hygiene
    • Cyber Review
    • Tips
    • Tutorials
  • Support
    • Contact Us
    • Report an incident
  • About
    • About Us
    • Advertise with us
Get Help
No Result
View All Result
Hall of Hacks
CyberMaterial
No Result
View All Result
Home Incidents

Casio and 16 Sites Hit by Web Skimmer

February 3, 2025
Reading Time: 2 mins read
in Incidents
Meta Disrupts Spyware Attack on Journalists

Researchers have uncovered a significant web skimming campaign affecting at least 17 websites, including the UK site of the well-known electronics company Casio. The attack, identified by client-side security provider Jscrambler, was first detected on January 28 and is believed to have been made possible by vulnerabilities in e-commerce platforms like Magento. These vulnerabilities were exploited by cybercriminals to inject a sophisticated skimmer into the affected websites, allowing them to intercept sensitive user information. Among the affected websites, Casio’s UK site was one of the notable victims, and the attack likely targeted users who interacted with the cart page.

The skimmer used in this campaign was particularly insidious due to its use of a double-entry skimming method. Rather than simply targeting checkout pages, the malicious script targeted the cart page itself.

Upon clicking the checkout button, users were presented with a fake, multi-step payment form within a pop-up window. This form gathered sensitive information, including billing addresses, contact details, and credit card information. Once users submitted the fake form, they were redirected to the legitimate checkout page where they were forced to re-enter their payment details, effectively allowing the attackers to steal this data twice.

Further investigation revealed that the skimmer’s design employed various evasion techniques to avoid detection. It used a two-stage injection process, with an un-obfuscated initial loader that appeared as a regular third-party script. This loader then injected a more complex, obfuscated second-stage skimmer that employed custom encoding and XOR-based string concealment to hide its true intent. The attackers also used sophisticated encryption methods, including AES-256-CBC, to protect the stolen data before exfiltrating it. Researchers were able to decrypt the exfiltrated data, which included not only credit card details but also names, billing addresses, and other personally identifiable information.

The Casio UK site was actively infected between January 14th and 24th, and once the company was alerted, the attack was resolved within 24 hours. Researchers noted that the Content Security Policy (CSP) used by Casio UK was ineffective in blocking the attack because it was set to “report-only” mode and lacked proper reporting mechanisms. The skimming incident highlights a common problem with CSP configurations: many organizations mistakenly use “report-only” mode, which prevents the effective blocking of malicious scripts. This failure in CSP management allowed the attack to persist for several days before being discovered and mitigated. The researchers emphasized that while CSP is a simple standard, managing it correctly is crucial for preventing such attacks.

Reference:

  • Casio UK and 16 Other Websites Targeted in Double-Entry Skimming Attack

 

Tags: cyber incidentsCyber Incidents 2025CyberattackJanuary 2025
ADVERTISEMENT

Related Posts

German Dealer Leymann Hacked Closes Stores

Massive Leak Exposes 16 Billion Credentials

June 20, 2025
German Dealer Leymann Hacked Closes Stores

Chinese Spies Target Satellite Giant Viasat

June 20, 2025
German Dealer Leymann Hacked Closes Stores

Tonga Health System Down After Ransomware

June 20, 2025
German Dealer Leymann Hacked Closes Stores

German Dealer Leymann Hacked Closes Stores

June 20, 2025
UBS and Pictet Hit By Vendor Data Breach

Hacker Mints $27M From Meta Pool Gets 132K

June 19, 2025
UBS and Pictet Hit By Vendor Data Breach

UBS and Pictet Hit By Vendor Data Breach

June 19, 2025

Latest Alerts

Winos 4.0 Malware Hits Taiwan Via Tax Phish

New Amatera Stealer Delivered By ClearFake

New Godfather Trojan Hijacks Banking Apps

Fake Minecraft Mods On GitHub Spread Malware

Fake Invoices Deliver Sorillus RAT In Europe

Russian Phishing Scam Bypasses Google 2FA

Subscribe to our newsletter

    Latest Incidents

    Massive Leak Exposes 16 Billion Credentials

    Tonga Health System Down After Ransomware

    Chinese Spies Target Satellite Giant Viasat

    German Dealer Leymann Hacked Closes Stores

    Hacker Mints $27M From Meta Pool Gets 132K

    UBS and Pictet Hit By Vendor Data Breach

    CyberMaterial Logo
    • About Us
    • Contact Us
    • Jobs
    • Legal and Privacy Policy
    • Site Map

    © 2025 | CyberMaterial | All rights reserved

    Welcome Back!

    Login to your account below

    Forgotten Password?

    Retrieve your password

    Please enter your username or email address to reset your password.

    Log In

    Add New Playlist

    No Result
    View All Result
    • Alerts
    • Incidents
    • News
    • Cyber Decoded
    • Cyber Hygiene
    • Cyber Review
    • Definitions
    • Malware
    • Cyber Tips
    • Tutorials
    • Advanced Persistent Threats
    • Threat Actors
    • Report an incident
    • Password Generator
    • About Us
    • Contact Us
    • Advertise with us

    Copyright © 2025 CyberMaterial