Holo3-35B-A3B watches screens to manage local desktop work

By vramkickedin | | 2 min read
An angled desktop monitor with a screen display of a muted slate interface with clean rectangular application blocks.

Holo3-35B-A3B is a new open model designed to let AI programs read screens and control software across websites and desktop applications. Instead of processing entire interfaces at once, it reads visual layouts, makes step-by-step decisions, and interacts with digital tools automatically.

Hcompany built this system to handle complex digital workflows without draining system resources. By activating only a small fraction of its total parameters for each task, the release delivers reliable output while avoiding heavy cloud reliance.

Model Size: 70GB & VRAM GPU: requirements vary

Practical features for software automation

  • Reads and interprets visual layouts across websites and desktop programs
  • Breaks complicated business tasks into smaller, tracked steps
  • Activates only three billion parameters per request to conserve memory
  • Locates exact buttons and menus for accurate digital interaction
  • Runs entirely offline to keep sensitive information away from external servers

Professionals managing repetitive administrative routines can deploy this framework to automate reporting, inventory checks, and cross-platform data moves. Keeping operations local removes bandwidth bottlenecks while maintaining steady execution speeds during long sessions.

Development approach and setup notes

The team trained the system using a combination of public datasets, synthetic practice routines, and carefully verified examples. This mix helps the tool handle unfamiliar screen designs without dropping its place in a workflow. Compared to closed competitors, it maintains strong accuracy while relying on a lightweight internal structure. The builders noted that:

'the new Holo3-35B-A3B architecture is designed to thrive in realistic business environments,'

which they detailed in their release documentation. Early adopters should verify driver compatibility before installation, and testing the model on isolated tasks first will prevent unexpected failures during complex runs.

Download the Holo3-35B-A3B files from Hugging Face, or check the official project page for setup instructions.