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Key attack scenarios involving brand impersonation

Brand, website, and corporate mailout impersonation is becoming an increasingly common technique used by cybercriminals. The World Intellectual Property Organization (WIPO) reported a spike in such incidents in 2025. While tech companies and consumer brands are the most frequent targets, every industry in every country is generally at risk. The only thing that changes is how the imposters exploit the fakes In practice, we typically see the following attack scenarios:

  • Luring clients and customers to a fake website to harvest login credentials for the real online store, or to steal payment details for direct theft.
  • Luring employees and business partners to a fake corporate login portal to acquire legitimate credentials for infiltrating the corporate network.
  • Prompting clients and customers to contact the scammers under various pretexts: getting tech support, processing a refund, entering a prize giveaway, or claiming compensation for public events involving the brand. The goal is to then swindle the victims out of as much money as possible.
  • Luring business partners and employees to specially crafted pages that mimic internal company systems, to get them to approve a payment or redirect a legitimate payment to the scammers.
  • Prompting clients, business partners, and employees to download malware — most often an infostealer — disguised as corporate software from a fake company website.

The words “luring” and “prompting” here imply a whole toolbox of tactics: email, messages in chat apps, social media posts that look like official ads, lookalike websites promoted through SEO tools, and even paid ads.

These schemes all share two common features. First, the attackers exploit the organization’s brand, and strive to mimic its official website, domain name, and corporate style of emails, ads, and social media posts. And the forgery doesn’t have to be flawless — just convincing enough for at least some of business partners and customers. Second, while the organization and its online resources aren’t targeted directly, the impact on them is still significant.

Business damage from brand impersonation

When fakes are crafted to target employees, an attack can lead to direct financial loss. An employee might be persuaded to transfer company funds, or their credentials could be used to steal confidential information or launch a ransomware attack.

Attacks on customers don’t typically imply direct damage to the company’s coffers, but they cause substantial indirect harm in the following areas:

  • Strain on customer support. Customers who “bought” a product on a fake site will likely bring their issues to the real customer support team. Convincing them that they never actually placed an order is tough, making each case a major time waster for multiple support agents.
  • Reputational damage. Defrauded customers often blame the brand for failing to protect them from the scam, and also expect compensation. According to a European survey, around half of affected buyers expect payouts and may stop using the company’s services — often sharing their negative experience on social media. This is especially damaging if the victims include public figures or anyone with a large following.
  • Unplanned response costs. Depending on the specifics and scale of an attack, an affected company might need digital forensics and incident response (DFIR) services, as well as consultants specializing in consumer law, intellectual property, cybersecurity, and crisis PR.
  • Increased insurance premiums. Companies that insure businesses against cyber-incidents factor in fallout from brand impersonation. An increased risk profile may be reflected in a higher premium for a business.
  • Degraded website performance and rising ad costs. If criminals run paid ads using a brand’s name, they siphon traffic away from its official site. Furthermore, if a company pays to advertise its site, the cost per click rises due to the increased competition. This is a particularly acute problem for IT companies selling online services, but it’s also relevant for retail brands.
  • Long-term metric decline. This includes drops in sales volume, market share, and market capitalization. These are all consequences of lost trust from customers and business partners following major incidents.

Does insurance cover the damage?

Popular cyber-risk insurance policies typically only cover costs directly tied to incidents explicitly defined in the policy — think data loss, business interruption, IT system compromise, and the like. Fake domains and web pages don’t directly damage a company’s IT systems, so they’re usually not covered by standard insurance. Reputational losses and the act of impersonation itself are separate insurance risks, requiring expanded coverage for this scenario specifically.

Of the indirect losses we’ve listed above, standard insurance might cover DFIR expenses and, in some cases, extra customer support costs (if the situation is recognized as an insured event). Voluntary customer reimbursements, lost sales, and reputational damage are almost certainly not covered.

What to do if your company is attacked by clones

If you find out someone is using your brand’s name for fraud, it makes sense to do the following:

  • Send clear, straightforward notifications to your customers explaining what happened, what measures are being taken, and how to verify the authenticity of official websites, emails, and other communications.
  • Create a simple “trust center” page listing your official domains, social media accounts, app store links, and support contacts. Make it easy to find and keep it updated.
  • Monitor new registrations of social media pages and domain names that contain your brand names to spot the clones before an attack kicks off.
  • Follow a takedown procedure. This involves gathering evidence, filing complaints with domain registrars, hosting providers, and social media administrators, then tracking the status until the fakes are fully removed. For a complete and accurate record of violations, preserve URLs, screenshots, metadata, and the date and time of discovery. Ideally, also examine the source code of fake pages, as it might contain clues pointing to other components of the criminal operation.
  • Add a simple customer reporting form for suspicious sites or messages to your official website and/or branded app. This helps you learn about problems early.
  • Coordinate activities between your legal, cybersecurity, and marketing teams. This ensures a consistent, unified, and effective response.

How to defend against brand impersonation attacks

While the open nature of the internet and the specifics of these attacks make preventing them outright impossible, a business can stay on top of new fakes and have the tools ready to fight back.

  • Continuously monitor for suspicious public activity using specialized monitoring services. The most obvious indicator is the registration of domains similar to your brand name, but there are others — like someone buying databases related to your organization on the dark web. Comprehensive monitoring of all platforms is best outsourced to a specialized service provider, such as Kaspersky Digital Footprint Intelligence (DFI).
  • The quickest and simplest way to take down a fake website or social media profile is to file a trademark infringement complaint. Make sure your portfolio of registered trademarks is robust enough to file complaints under UDRP procedures before you need it.
  • When you discover fakes, deploy UDRP procedures promptly to have the fake domains transferred or removed. For social media, follow the platform’s specific infringement procedure — easily found by searching for “[social media name] trademark infringement” (for example, “LinkedIn trademark infringement”). Transferring the domain to the legitimate owner is preferred over deletion, as it prevents scammers from simply re-registering it. Many continuous monitoring services, such as Kaspersky Digital Footprint Intelligence, also offer a rapid takedown service, filing complaints on the protected brand’s behalf.
  • Act quickly to block fake domains on your corporate systems. This won’t protect partners or customers, but it’ll throw a wrench into attacks targeting your own employees.
  • Consider proactively registering your company’s website name and common variations (for example, with and without hyphens) in all major top-level domains, such as .com, and local extensions. This helps protect partners and customers from common typos and simple copycat sites.

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A stealer hiding in Blender 3D models | Kaspersky official blog

News outlets recently reported that a threat actor was spreading an infostealer through free 3D model files for the Blender software. This is troubling enough on its own, but it highlights an even more serious problem: the business threat posed by free open source programs, uncontrolled by corporate infosec teams. And the danger comes not from vulnerabilities in the software, but from its very own standard features.

Why Blender and 3D model marketplaces pose a risk

Blender is a 3D graphics and animation suite used by visualization professionals across various industries. The software is free and open-source, and offers extensive functionality. Among Blender’s capabilities is support for executing Python scripts, which are used to automate tasks and add new features.

The package allows users to import external files from specialized marketplaces like CGTrader or Sketchfab. These platforms host both paid and free 3D models by artists and studios. Any of these model files potentially contain Python scripts.

This creates a concerning scenario: marketplaces where files can be uploaded by any user and may not be scanned for malicious content, combined with software that has an Auto Run Python Scripts feature. It allows files to automatically execute embedded Python scripts immediately upon opening — essentially running arbitrary code on the user’s computer in unattended mode.

 

How the StealC V2 infostealer spread via Blender files

The attackers posted free 3D models with the .blend file name extension on the popular CGTrader platform. These files contained a malicious Python script. If the user had the Auto Run Python Scripts feature enabled, downloading and opening the file in Blender triggered the script. It then established a connection to a remote server and downloaded a malware loader from the Cloudflare Workers domain.

The loader executed a PowerShell script, which in turn downloaded additional malicious payloads from the attackers’ servers. Ultimately, the victim’s computer was infected with the StealC infostealer, enabling the attackers to:

  • Extract data from over 23 browsers.
  • Harvest information from more than 100 browser extensions and 15 crypto wallet applications.
  • Steal data from Telegram, Discord, Tox, Pidgin, ProtonVPN, OpenVPN, and email clients like Thunderbird.
  • Use a User Account Control (UAC) bypass.

The danger of unmonitored work tools

The problem isn’t Blender itself — threat actors will inevitably try to exploit automation features in any popular software. Most end-users don’t consider the risks of enabling common automation features, nor do they typically dive deep into how these features work or how they could be exploited.

The core issue is that security teams aren’t always familiar with the capabilities of specialized tools used by various departments. They simply don’t account for this vector in their threat models.

How to avoid becoming a victim

If your company uses Blender, the first step is to disable the automatic execution of Python scripts (Auto Run Python Scripts feature). Here’s how to do it according to official documentation.

How to disable Auto Run Python Scripts in Blender

How to disable the automatic execution of Python scripts in Blender. Source

Furthermore, to prevent the sudden spread of threats via work tools, we recommend that corporate security teams:

  • Prohibit the use of tools and extensions that haven’t been approved by the security team.
  • Thoroughly vet permitted software, and assess risks before implementing any new services or platforms.
  • Regularly train employees to recognize the risks associated with installing unknown software and using dangerous features. You can automate security awareness training with the Kaspersky Automated Security Awareness Platform.
  • Enforce the use of secure configurations for all work tools.
  • Protect all company-issued devices with modern security solutions.

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