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How Google phone number verification works, and whether you should turn it off How to protect your data after a breakup Email hijacking via OAuth Prompt attacks on the Gemini AI-assistant and Google Workspace with Gemini Key vulnerabilities of Microsoft’s July 2026 Patch Tuesday Meta launched and almost instantly rolled back a feature that trained its AI image generator on Instagram user content. What’s wrong with Meta's NameTag feature and why you should be wary of it Targeted phishing attacks on manufacturing companies Why CAPTCHAs are about to vanish: how AI rewrote the "prove you're human" test The unpatchable backdoor in Yarbo robot mowers Managing the risks of LLM aggregators and AI API proxies Social engineering: how scammers manipulate their victims How today's threat actors break into companies 250,000 misconfigurations in GitHub Actions How hackers use PowerShell scripts to steal Telegram accounts How Hola Browser was weaponized to spread a Monero miner World Cup 2026: watch out for these scams Building an autonomous SOC: core challenges and solutions The FROST attack: how SSD access delays expose users’ activity Taming shadow-AI on corporate devices Hentai games with a nasty twist XChat: what’s wrong with Elon Musk’s new messaging app? Security gateway for autonomous vehicles Is Wi-Fi safe in Mexico? The great messaging heist targeting your wallet Don’t let fake IPTV apps ruin your World Cup Attackers disguising phishing as Google AppSheet notifications Qualcomm vulnerability: phone repairs and car maintenance are no longer safe A lost art finds its way into phishing emails Is your TV box renting out your network? How to turn off unapproved AI tools across organization Subscription security: how to protect your account, your wallet… and your sanity The capabilities of Kaspersky Container Security LLM raiders and how to repel them What happens in the bedroom stays in the bedroom Fake ticket websites exploiting BTS world tour Is your security system secure? Survey-based scams Supply chain attack via Trivy and LiteLLM
ConsentFix: a new ClickFix variation for compromising Microsoft 365 accounts
Alanna Titterington · 2026-07-21 · via Kaspersky official blog

A new variation of ClickFix allows attackers to gain access to Microsoft 365 accounts. We break down how this technique works, and what threat it poses to organizations.

ConsentFix: yet another variation of the ClickFix attack

Cybercriminals are increasingly moving away from complex malware, relying instead on social engineering that exploits a common user habit: mindlessly clicking through endless digital rituals like CAPTCHAs, cookie consents, and authentication prompts. This habit is often targeted by various kinds of the ClickFix technique, which threat actors have been actively using lately. Researchers recently discovered a new variant of this technique, which they dubbed ConsentFix. It allows attackers to gain unauthorized access to Microsoft 365 accounts via OAuth — a highly popular vector right now — thereby completely bypassing the need to steal passwords. For organizations, these attacks present a severe risk of compromised corporate email, exposed documents, and breached cloud resources.

How ConsentFix works

Social engineering lies at the core of all ClickFix variations. Attackers prompt the user to follow a seemingly harmless set of instructions, which actually lead to the compromise of their device or account. In the case of ConsentFix, these instructions are designed to trick the user into granting the attacker access to their Microsoft 365 account.

The attack begins by making the user believe they must authenticate with their Microsoft account to access a specific page or document. To do this, cybercriminals usually send an email containing a link to a website typically imitating a popular file-sharing service. Attempting to access a specific document on this site prompts the user for verification, which can be obtained by following this sequence of actions:

  1. Clicking Verify with Microsoft.
  2. Signing in to the work account, at which point the attackers warn that multi-factor authentication (MFA) may be required.
  3. After being redirected to a new page, waiting until “localauth” appears in the address bar.
  4. Dragging the information icon ⓘ from the browser’s address bar into a drop zone on the page.

In practice, following these instructions causes the user to drag an URL containing a session OAuth token directly onto the attacker’s page. This token is exactly what grants the attackers access to the victim’s email and other Microsoft 365 services.

The potential fallout of a Microsoft 365 session compromise

At first glance, it might seem like attackers only gain access to a mailbox. In reality, the consequences can be significantly more severe. The attacker’s specific capabilities depend on the organization’s Microsoft 365 license, the services deployed, and the privilege level of the compromised account.

Even basic corporate Microsoft 365 subscriptions typically grant access to Outlook, Teams, OneDrive, and SharePoint, while more advanced tiers may include additional services and administrative tools.

Even compromised corporate email alone is a major breach. The attacker not only gains access to email archives that may contain confidential business intelligence, but also can send phishing messages or launch internal BEC attacks on behalf of the user.

Beyond email, attackers are highly likely to gain access to the victim’s Microsoft Teams account, providing them with even deeper insights and broader leverage for various scams. Access to OneDrive and SharePoint is equally dangerous: it allows attackers to exfiltrate corporate documents, upload malware into cloud storage, tamper with existing files, and more. Ultimately, this creates a launchpad for moving laterally within the corporate infrastructure.

Publicly available attack blueprints

According to a Bleeping Computer article, the mechanics of ConsentFix are no secret. Attackers share detailed implementation guides on cybercrime forums, offering not only ready-to-use code but also video tutorials demonstrating how to deploy the attack. They also actively trade tips on how they harvest intelligence on organizations and their employees via LinkedIn and other OSINT channels to craft highly convincing phishing messages.

Collectively, this significantly lowers the barrier to entry for novice cybercriminals. As these guides and turnkey tools continue to proliferate, ConsentFix attacks will likely become increasingly common. Consequently, organizations should immediately factor this technique into both their defense strategies and employee awareness training programs.

How to secure your corporate infrastructure

The emergence of this new ClickFix variation demonstrates that simply blocking a specific keyboard shortcut or an isolated risky action on employee devices is not enough. Clearly, attackers quickly adapt to these measures. Therefore, to protect an organization from these types of attacks, we recommend the following:

  • Be sure to deploy a robust security solution at the mail gateway level — this minimizes the likelihood of attackers successfully luring your employees to a page hosting the ConsentFix mechanism.
  • Conduct regular cybersecurity awareness training for employees to keep them ahead of the latest social engineering tactics. Our training platform, Kaspersky Automated Security Awareness Platform, can assist with this initiative.
How to protect your data after a breakup

Post-breakup digital hygiene: what to check and shut down

After the breakup of a relationship, it’s not just your emotional wellbeing that needs attention — your digital security does too. Here’s what accounts and services to check to avoid awkward situations, unwanted tracking, and unnecessary risk.

How to protect your data after a breakup
Tips

Post-breakup digital hygiene: what to check and shut down

After the breakup of a relationship, it’s not just your emotional wellbeing that needs attention — your digital security does too. Here’s what accounts and services to check to avoid awkward situations, unwanted tracking, and unnecessary risk.

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For over a decade, internet users have had to squint at blurry fire hydrants, bridges, and bicycles — until AI came along. What’s next for the CAPTCHA?