The capabilities of Codex, OpenAI's powerful AI model, have been significantly expanded with the introduction of direct computer control on Windows operating systems. This new feature allows users to delegate a wide range of tasks to Codex, which can then execute them directly on their personal computer without requiring constant user intervention.
Visual TL;DR. Codex AI Model integrates with Windows Integration. Windows Integration enables AI Task Execution. AI Task Execution including Interact with Apps. AI Task Execution leading to Streamlined Workflows. Windows Integration and Mobile Remote Control. Interact with Apps via Any App Control.
- Codex AI Model: OpenAI's powerful AI model with expanded capabilities
- Windows Integration: Direct computer control enabled on Windows operating systems
- AI Task Execution: Delegate tasks to Codex for direct execution on PC
- Interact with Apps: AI can open apps, manipulate files, create digital art
- Streamlined Workflows: Enhances efficiency by automating computer-based tasks
- Mobile Remote Control: Enhanced mobile access for remote computer management
- Any App Control: System allows control over any application installed
Visual TL;DR
Enabling Computer Use with Codex
Previously, Codex primarily operated within its own interface or through integrations with web browsers. Now, with the 'Computer use' feature enabled in the Codex settings, the AI can interact with various applications installed on a Windows machine. This means users can prompt Codex to perform actions like opening applications, manipulating files, or even creating digital art within programs like Microsoft Paint.
The full discussion can be found on OpenAI Youtube's YouTube channel.
The system allows for control over 'Any App' and specifically integrates with browser extensions, such as the Google Chrome extension. For tasks that can be managed within a browser, Codex can operate across multiple tabs simultaneously. When interacting with desktop applications, Codex leverages its computer use skill to control the target application directly. For example, a prompt to 'draw an image of a goblin' can be executed by Codex launching Microsoft Paint and drawing the requested image on the canvas.
Mobile Access and Remote Control
Complementing the Windows integration, Codex has also improved its mobile access. Users can now connect their iOS or Android devices to their Windows computer through the Codex app. After signing into their ChatGPT account on both devices, users can scan a QR code to establish a connection. This allows for remote management of computer tasks. From a mobile device, users can initiate tasks that Codex will perform on the connected Windows computer, providing a seamless workflow between devices.
The mobile interface displays the status of the connection and offers options to enable computer use and set up a Chrome extension. This functionality extends the reach of Codex, allowing users to manage their computer and work on tasks even when they are away from their desk. The ability to start new tasks or monitor ongoing ones remotely enhances productivity and offers greater flexibility for users.
Streamlining Workflows
The integration of computer control and mobile access marks a significant step in making AI assistants more practical for everyday use. Users can now offload more complex or time-consuming tasks to Codex, freeing up their time for other activities. Whether it's sorting through digital files, managing schedules, or even creative endeavors, Codex can act as a powerful digital assistant. The ability to interact with specific applications means that Codex can be tailored to a user's specific software preferences and workflows.
This advancement brings AI closer to becoming a true digital collaborator, capable of performing actions in the real digital environment of a user's computer. The implications for productivity, automation, and the way individuals interact with their technology are substantial, paving the way for more sophisticated AI-driven assistance.
©
2026
StartupHub.ai. All rights reserved. Do not enter, scrape, copy, reproduce, or republish this article in whole or in part. Use as input to AI training, fine-tuning, retrieval-augmented generation, or any machine-learning system is prohibited without written license. Substantially-similar derivative works will be pursued to the fullest extent of applicable copyright, database, and computer-misuse laws. See our