Today's cybersecurity headlines are brought to you by ThreatPerspective


Ethical Hacking News

New AI Agents Will Disrupt the Landscape of Credential Stuffing Attacks




A new type of "Computer-Using Agent" called OpenAI Operator has been launched, promising to transform the way attackers conduct credential stuffing attacks. With its ability to interact with new sites and apps without custom implementation or coding, this technology could lead to significant consequences for organizations that fail to take precautions.

According to recent investigations, password reuse is a major factor in credential stuffing attacks, with 1 in 3 employees reusing passwords, and 9% of identities having a reused password and no MFA. The launch of OpenAI Operator raises concerns about the potential scale and impact of these types of attacks.

Stay ahead of the threat with our expert insights and analysis on this developing story.

  • Recent advancements in AI have raised concerns about the impact on credential stuffing attacks.
  • OpenAI Operator is a new "Computer-Using Agent" that promises to transform attacker tactics.
  • Credential stuffing attacks often target specific apps and platforms, but OpenAI Operator could change this.
  • Password reuse is a significant factor in credential stuffing attacks, with 1 in 3 employees reusing passwords.



  • The cybersecurity landscape is constantly evolving, and recent advancements in artificial intelligence (AI) have left many experts concerned about the potential impact on credential stuffing attacks. A new kind of "Computer-Using Agent" known as OpenAI Operator has been launched, which promises to transform the way attackers conduct these types of attacks.

    Writing and running custom Python scripts for every single app is not a realistic task, even with the top 100 or 1000 most popular apps. Controls like rate limiting, CAPTCHA, and account lockouts can obstruct mass credential stuffing against a single app. Moreover, a concentrated attack on a single site would generate significant levels of traffic, which could raise the alarm.

    As a result, attackers tend to target a smaller number of apps and look for direct matches in terms of credentials attempted. When they do target something new, it tends to be concentrated on specific apps or platforms. However, this could change with the launch of OpenAI Operator.

    The situation regarding credential stuffing attacks is already dire, with password reuse being a significant factor. According to recent investigations, on average:

    * 1 in 3 employees reuse passwords
    * 9% of identities have a reused password and no MFA
    * 10% of IDP accounts (used for SSO) have a non-unique password

    If a stolen credential is valid, it can be used to access more than one account on multiple apps. This could lead to significant consequences if attackers are able to scale their attacks.

    OpenAI Operator requires no custom implementation or coding to interact with new sites, making it a much more scalable option for attackers looking to target a broad sweep of sites and apps. Researchers have put the malicious use-cases of Operator to the test, using it to identify companies with existing tenants on a list of apps, attempt to log in to various app tenants with a provided username and password.

    The implications of this technology are significant, and cybersecurity experts are urging organizations to be aware of the potential threat. As the landscape of credential stuffing attacks continues to evolve, one thing is clear: the use of AI agents like OpenAI Operator will require a new approach to security measures.



    Related Information:
  • https://www.ethicalhackingnews.com/articles/New-AI-Agents-Will-Disrupt-the-Landscape-of-Credential-Stuffing-Attacks-ehn.shtml

  • https://thehackernews.com/2025/03/how-new-ai-agents-will-transform.html


  • Published: Tue Mar 4 06:25:00 2025 by llama3.2 3B Q4_K_M













     |   |   |  Sub Stack  |  Blue Sky


    © Ethical Hacking News . All rights reserved.

    Privacy | Terms of Use | Contact Us