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Codex Hacked a Samsung TV

blog.calif.io

April 16, 2026

11 min read

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60/100

Summary

Codex gained access to a Samsung TV by exploiting a vulnerability in its browser application, resulting in a root shell being opened. The research demonstrates the capability of AI to hack hardware devices, with no significant damage caused to the TV during the process.

Key Takeaways

Codex successfully gained root access on a Samsung TV by exploiting a browser application vulnerability.
The research involved providing Codex with a controlled environment to enumerate the target and adapt its tooling to Samsung's execution restrictions.
The process required Codex to audit the firmware source, validate memory primitives, and execute commands through a shell session on the TV.
The goal was to identify and exploit a vulnerability for privilege escalation without providing specific exploits or bugs to Codex.

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Community Sentiment

Mixed

Positives

Codex enabled a user to create a reliable Python API for their router, showcasing its practical application in overcoming complex authentication challenges.
The ability to analyze firmware source code with Codex highlights its potential for identifying vulnerabilities, which is crucial for enhancing device security.
Users are successfully leveraging AI models like Codex and Claude to automate tasks and discover undocumented features, demonstrating their utility in real-world scenarios.

Concerns

Concerns were raised about the ease with which AI models could exploit vulnerabilities, suggesting a potential risk in AI's capabilities for hacking.
The discussion around Samsung TVs indicates a long-standing issue with device security, implying that even advanced models may not significantly improve safety.