AI-coded Vib-OS can't run Doom or connect to internet, YouTuber Tirimid reveals in brutal test

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YouTuber Tirimid put Vib-OS, an entirely vibe-coded operating system created with Claude AI, through a nine-point quality test. The results were disastrous: the AI operating system couldn't connect to the internet, its browser app was just an image viewer, and it failed to run Doom despite advertising the feature. The experiment highlights the current limitations of AI in software development.

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An AI Operating System That Boots But Barely Functions

Vib-OS, an entirely vibe-coded operating system created using Claude AI, has emerged as a cautionary tale about the current state of AI in software development. YouTuber Tirimid subjected the AI-generated OS to a comprehensive nine-point quality test, revealing a system so fundamentally broken that it can't even run Doom, despite explicitly advertising this capability

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. The vibe-coding experiment, while impressive for achieving a bootable state, exposes the gap between AI's promise and its practical execution in complex software projects.

According to its GitHub repository, Vib-OS presents itself as a "from-scratch, Unix-like operating system with full multi-architecture support for ARM64 and x86_64," featuring a custom kernel, macOS-inspired GUI, full TCP/IP networking stack, and Virtual File System (VFS)

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. Built with over 25,000 lines of C and Assembly code, it claims to run natively on QEMU, Raspberry Pi 4/5, x86_64 PCs, and Apple Silicon. At version 2.2.1, one might expect the project to have resolved major issues, but Tirimid's testing revealed otherwise.

Installation Nightmares and Failed Basic Functionalities

The problems began immediately during installation. TechTuber Tirimid spent several hours struggling to get Vib-OS to boot on QEMU on Linux x86, despite this configuration being specifically listed as compatible

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. The installer searched for macOS-specific utilities even when running on other platforms, forcing extensive troubleshooting through forum threads before achieving a successful boot.

Once running, Vib-OS displayed a familiar-looking desktop with a File Manager, Terminal, central apps bar, and status icons showing network connection and time. However, this promising interface masked catastrophic failures underneath. The system failed basic functionalities that users expect from any modern operating system: internet connectivity proved impossible, the New Folder button and context menu in File Manager did nothing, and the Notepad app couldn't load or save files and didn't recognize arrow key input

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Surreal Bugs and Broken Applications Plague the AI Operating System

The bugs discovered in Vib-OS ranged from merely broken to genuinely surreal. The calculator app wouldn't work using the on-screen keypad but functioned partially with keyboard input, except for decimals. The Clock app refused to update unless actively clicked, and bizarrely displayed a different time than the system clock in the status bar

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Perhaps most emblematic of the AI-generated OS's confusion: the "browser" icon opened an image viewer, not a web-browsing program. "That's such a wonderful, very AI mistake to make," noted PC Gamer in their coverage

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. Other surreal behaviors included the mouse "eating" apps when hovering over them if opened via Function key shortcuts, and the note app rebuilding its own UI under the cursor

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Gaming Failures and Limited Terminal Functionality

Despite GitHub documentation showing screenshots of "Classic Doom running natively with full graphics, input, and sound support," clicking the Doom icon did absolutely nothing during Tirimid's testing

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. This failure became the headline issue, as can't even run Doom has become a benchmark for minimal computing functionality.

The pre-installed Snake game technically ran, earning Vib-OS a point on Tirimid's checklist, but suffered from serious screen update issues and erratic pacing that made it virtually unplayable

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. The Terminal proved equally limited, understanding so few commands that Tirimid couldn't even delete files, despite Python and Nano being listed as supported languages on GitHub

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What This Means for AI in Software Development

The Vib-OS experiment offers important insights into the current limitations of vibe-coding for complex projects. While achieving a bootable state represents an impressive feat for AI-generated code, the system's inability to deliver on advertised features reveals fundamental challenges

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. The debate between AI programming enthusiasts who envision developers as "AI wranglers" and critics who point to high bugginess rates and security concerns finds concrete evidence in this nightmarish AI OS future scenario.

For those watching the evolution of AI-assisted development, Vib-OS serves as a reminder that while AI tools can generate substantial codebases, the gap between quantity and quality remains significant. The project's buggy and difficult to use nature, despite being at version 2.2.1, suggests that vibe-coding still requires extensive human oversight and testing to produce functional software. As one observer noted, the experience "starts to make you feel all fuzzy about Windows 11" by comparison

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