Researchers found a way to hijack devices through Zoom screen sharing
Researchers used a public AI tool to discover a severe Zoom vulnerability that could allow device hijacking via screen sharing in under 20 prompts.

- AI tools can autonomously discover critical security flaws in widely used software like Zoom in under 20 prompts.
- The vulnerability could allow attackers to hijack devices during screen-sharing sessions, posing serious privacy and security risks.
- Researchers emphasize the need for rapid software updates and proactive audits of collaboration tools to mitigate AI-driven exploits.
- This finding signals a shift toward AI-powered cybersecurity threats and defenses.
A team of researchers demonstrated how a publicly available AI tool could identify a critical security flaw in Zoom’s screen-sharing feature. By issuing fewer than 20 prompts, the AI autonomously uncovered a vulnerability that could allow attackers to hijack devices connected to a Zoom call. The flaw exploits weaknesses in how Zoom processes shared content, potentially granting unauthorized access to system controls or sensitive data.
The discovery highlights the growing role of AI in cybersecurity research, where automated tools can rapidly probe and expose vulnerabilities that might otherwise go unnoticed. Zoom has not yet issued a public response, but the finding underscores the urgency for users to update to the latest software versions and for developers to audit similar collaboration tools for similar risks. Security experts warn that such AI-driven exploits could become more common as attackers leverage generative AI to streamline their attacks.
Developers must audit screen-sharing and collaboration tools for similar vulnerabilities and implement robust input validation.
Companies relying on Zoom or similar tools face heightened security risks, requiring immediate patching and risk assessments.
Users should update Zoom and be cautious about sharing sensitive content during calls.
- screen-sharing hijacking
- An attack where malicious actors gain control of a device by exploiting flaws in screen-sharing software.
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