Imagine this situation: a potential customer types the name of your product into a search engine. At one of the top positions, they see a link to a seemingly safe blog or portal. They click on it, but in a fraction of a second, they are redirected to a fake online store. The customer finds an “attractively priced product,” enters their credit card details in a fake checkout, loses their money, and blames your company for the scam.
This is exactly how falsified search results work. Instead of creating their own websites from scratch, cybercriminals hack into thousands of random websites on the internet. See how hackers steal your Google traffic and why our company’s automated services are the most effective way to defend your profits.
Step 1: Mass Infection of Random Websites
The attack is not directly aimed at your company’s servers, but at random websites on the internet—forgotten blogs, school websites, foundations, or public institutions (often on trusted.edu or.gov domains). Scammers choose them because they have enjoyed years of established authority in search engines.
Criminals rarely act manually. They use automated bots that scan the web for sites based on popular Content Management Systems (CMS) such as WordPress, Drupal, Joomla, as well as Craft CMS or Umbraco. They look for outdated plugins, weak administrator passwords, or critical vulnerabilities that allow, among other things, remote code execution (RCE).
When a bot finds a vulnerability, it breaks in and injects malicious, obfuscated code (e.g., into files like footer.php). Importantly, attackers use advanced persistence mechanisms to survive cleanup attempts by legitimate owners—they install fake plugins (hiding under inconspicuous names, e.g., “Ultra SEO Processor”) or add their own SSH keys directly to server files (.ssh/authorized_keys), which allows them to bypass the CMS login entirely. Furthermore, there are specialized criminal platforms on the internet (such as the Hacklink service) where hackers can simply buy wholesale access to thousands of already hacked domains and place codes targeting your brand on them with a single click.
Step 2: Stealing Google Authority (SEO Juice)
Why do hackers go through the trouble of infecting other people’s blogs instead of simply building their own website? The answer lies in Google’s algorithms. Ranking a new, empty domain at a high position requires many months of work and trust-building.
By taking over an existing, long-standing website (often with valuable.edu,.gov extensions, or local country domains), hackers hijack the “authority” it has built up. When the Google search engine sees that a site it has trusted for years suddenly “recommends” your products (due to the code injected by the hacker), it immediately pushes it to the very top of the search results. According to security analysts, the scale of attacks based on this technique is growing exponentially—a 60% increase was recorded in just half a year.
Step 3: Invisible Redirects (Conditional Redirect)
The most cunning element of this puzzle is the way the malicious code verifies visitors. Criminals use an advanced cloaking and conditional redirect technique. The infected site checks where the user came from:
- If the site is scanned by Google’s indexing robot (Googlebot), the code remains dormant. The bot only sees attractive, safe text packed with your keywords, which boosts the position in the search engine.
- If the owner enters the site (by typing the address manually), they also won’t notice anything suspicious.
- However, if a real customer clicks on the link in Google, the malicious code instantly activates a chain of hidden redirects, which immediately throws the victim to a fake store.
Step 4: Industrial Production of Fake Stores
The customer who was redirected from the hacked blog lands right in a trap. Fake stores impersonating a brand are today industrialized “fraud factories.”
Great evidence of this is a criminal network dismantled by researchers called BogusBazaar. This group operated an infrastructure comprising over 75,000 domains, on which visually identical store templates were mass-generated. Scammers used automation to instantly swap logos to impersonate any manufacturer. BogusBazaar scammed over 850,000 customers from the USA and Western Europe, extorting $50 million from them using fake payment gateways. Another massive campaign—FraudWear—operated 30,000 fake stores attacking 350 well-known fashion brands. Their sole purpose is to steal credit card data and destroy the reputation of the original creators.
Automated Protection at the Source
Fighting these types of threats on your own is completely ineffective. As a manufacturer, you are unable to monitor search results daily to track down thousands of randomly hacked blogs and then ask their owners to remove the malicious code. Since cybercriminals attack your brand on a massive scale using advanced bots, your line of defense must be equally automated.
Implementing a modern system supported by artificial intelligence (AI) algorithms provides a measurable advantage, as it allows you to catch unusual redirects and identify fake sites in near real-time. That is why using the services of abuscan.eu is a great solution. Our experts track down the scammers’ infrastructure and effectively take down the target phishing platforms to which your traffic is directed. Partnering with our company takes the burden of the technical fight off your shoulders, guaranteeing peace of mind, the safety of your customers, and the inviolability of your profits.
List of Sources and Reference Materials:
- SRLabs (Security Research Labs): Investigative report exposing the BogusBazaar network, the mass generation of store templates, and the theft of data from 850k victims. (https://srlabs.de/blog/bogusbazaar)
- CTM360 Research: Analysis of the industrial scale of the FraudWear campaign, which used over 30,000 fake e-commerce sites to impersonate 350 global brands. (https://thehackernews.com/expert-insights/2026/02/ctm360-research-reveals-30000-fake.html)
- Netcraft: Detailed market study of platforms like “Hacklink” and techniques for injecting code into trusted domains (.gov,.edu) to manipulate search engine results. (https://www.netcraft.com/blog/how-fraudsters-are-poisoning-search-results-to-promote-phishing-sites)
- Vectra AI: Report on SEO Poisoning threats, indicating a rapid surge in the scale of traffic hijacking from Google and the mechanics of hiding malicious sites from crawling robots (cloaking). (https://www.vectra.ai/topics/seo-poisoning)
- Sucuri / Zscaler: Technical analyses of infection vectors—from vulnerabilities in the WordPress system (e.g., e-commerce plugins) to the “Conditional Redirect” mechanism targeted exclusively at real customers. (https://blog.sucuri.net/2022/04/wordpress-popunder-malware-redirects-to-scam-sites.html and https://www.zscaler.com/blogs/security-research/cybercriminals-targeting-multiple-vulnerabilities-wordpress-plugins)
- SentinelOne: Vulnerability database revealing details of software flaws that allow for open, unverified traffic redirection to phishing platforms. (https://www.sentinelone.com/vulnerability-database/cve-2026-1369/)