malicious code

Hackers Using Google Analytics to Bypass Web Security and Steal Credit Cards

Researchers reported on Monday that hackers are now exploiting Google’s Analytics service to stealthily pilfer credit card information from infected e-commerce sites. According to several independent reports from , and Sansec , threat actors are now injecting data-stealing code on the compromised.

Researchers reported on Monday that hackers are now exploiting Google’s Analytics service to stealthily pilfer credit card information from infected e-commerce sites.

According to several independent reports from PerimeterX, Kaspersky, and Sansec, threat actors are now injecting data-stealing code on the compromised websites in combination with tracking code generated by Google Analytics for their own account, letting them exfiltrate payment information entered by users even in conditions where content security policies are enforced for maximum web security.

« Attackers injected malicious code into sites, which collected all the data entered by users and then sent it via Analytics, » Kaspersky said in a report published yesterday. « As a result, the attackers could access the stolen data in their Google Analytics account. »

The cybersecurity firm said it found about two dozen infected websites across Europe and North and South America that specialized in selling digital equipment, cosmetics, food products, and spare parts.

Bypassing Content Security Policy

The attack hinges on the premise that e-commerce websites using Google’s web analytics service for tracking visitors have whitelisted the associated domains in their content security policy (CSP).

CSP is an added security measure that helps detect and mitigate threats stemming from cross-site scripting vulnerabilities and other forms of code injection attacks, including those embraced by various Magecart groups.

The security feature allows webmasters to define a set of domains the web browser should be allowed to interact with for a specific URL, thereby preventing the execution of untrusted code.

Mots-clés : cybersécurité, sécurité informatique, protection des données, menaces cybernétiques, veille cyber, analyse de vulnérabilités, sécurité des réseaux, cyberattaques, conformité RGPD, NIS2, DORA, PCIDSS, DEVSECOPS, eSANTE, intelligence artificielle, IA en cybersécurité, apprentissage automatique, deep learning, algorithmes de sécurité, détection des anomalies, systèmes intelligents, automatisation de la sécurité, IA pour la prévention des cyberattaques.

Veille-cyber

Share
Published by
Veille-cyber

Recent Posts

Bots et IA biaisées : menaces pour la cybersécurité

Bots et IA biaisées : une menace silencieuse pour la cybersécurité des entreprises Introduction Les…

2 semaines ago

Cloudflare en Panne

Cloudflare en Panne : Causes Officielles, Impacts et Risques pour les Entreprises  Le 5 décembre…

2 semaines ago

Alerte sur le Malware Brickstorm : Une Menace pour les Infrastructures Critiques

Introduction La cybersécurité est aujourd’hui une priorité mondiale. Récemment, la CISA (Cybersecurity and Infrastructure Security…

2 semaines ago

Cloud Computing : État de la menace et stratégies de protection

  La transformation numérique face aux nouvelles menaces Le cloud computing s’impose aujourd’hui comme un…

2 semaines ago

Attaque DDoS record : Cloudflare face au botnet Aisuru – Une analyse de l’évolution des cybermenaces

Les attaques par déni de service distribué (DDoS) continuent d'évoluer en sophistication et en ampleur,…

2 semaines ago

Poèmes Pirates : La Nouvelle Arme Contre Votre IA

Face à l'adoption croissante des technologies d'IA dans les PME, une nouvelle menace cybersécuritaire émerge…

2 semaines ago

This website uses cookies.