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Artificial Intelligence 2025: Lunar Landings Easy, Monitor Detection Hard
- Image of Microsoft AI, Courtesy Mollie Dominy

The relentless advancement of artificial intelligence presents significant inherent challenges, potentially eroding fundamental aspects of the human spirit. While this advancement causes widespread economic disruption, it’s often justified by marginal gains, like simplifying homework completion. For many users, however, the aggressive corporate push to integrate this nascent technology into everyday computing feels particularly misguided. Given these feelings towards the technology, how will companies implement these tools moving forward without alienating fans?

Artificial Intelligence Because Real Intelligence Was Busy

Microsoft made a substantial investment in marketing its Copilot AI assistant for Windows 11. Not only that, but the company simultaneously neglected persistent flaws in the operating system’s core functionality, exemplifying this concerning trend. Furthermore, it has prioritized promoting an unproven digital assistant over resolving long-standing, basic usability issues, frustrating its user base daily. Users are actively encouraged to activate Copilot, essentially a significantly more powerful iteration of the infamous Clippy. Unfortunately, the rise of privacy concerns regarding data handling, including sensitive information like credit card details, was caused by this sophisticated tool.

To make matters worse, the company has failed to deliver reliable solutions for fundamental system behaviors, such as the notoriously problematic multi-monitor support. Deeply ingrained issues within the operating system have caused this frustration surrounding multi-monitor management, especially for users with complex or specialized display arrangements. In particular, these individuals typically encounter persistent difficulties that Windows seems incapable of resolving efficiently. Among these configuration methods, utilizing multiple monitors is popular, as it engages one display at any given time, tailored for specific tasks.

For instance, a user might employ an older LCD panel for general productivity work and certain types of gaming. This approach ultimately reserves a newer OLED display exclusively for immersive gaming sessions to mitigate the risk of permanent burn-in inherent to that artificial intelligence technology. To experience authentic retro PC gaming, a dedicated 19-inch Diamondtron CRT monitor could be maintained as well, providing the correct refresh rates and scanlines. This pragmatic use of specialized tools for distinct purposes is a setup that should be straightforward, yet becomes needlessly complicated due to Windows limitations.

Future AI Can’t Tell If the Monitor’s On

Image of AI Glasses, Courtesy of Mollie Dominy

So, why is the incorporation of artificial intelligence challenging to incorporate within gaming? Well, the operating system’s baffling inability to accurately detect the operational status of connected displays serves as the core of the problem, transforming a simple task into a constant source of user friction. Consequently, modern personal computers boast processing power magnitudes greater than the systems that facilitated lunar landings. Even with this advancement, however, these computers struggle with the basic determination among users of whether a connected monitor is powered on and active or switched off. Something as simple as turning off a specific monitor may lead to Windows frequently misinterpreting this action.

As a result, this method often shifts application windows and system dialogues to another active display or even a virtual desktop space that is effectively inaccessible. Due to this erroneous behavior, the user is forced into a tedious manual process of rearranging their entire workspace each time they switch their active display. Moreover, this fundamental aspect of display management is expected to function reliably. Given the decades-long prevalence of multi-monitor setups, gamers can rest assured that this method seems entirely reasonable. Meanwhile, Microsoft has been focused on integrating complex AI features like Copilot. Due to this decision, the company diverts resources and attention away from these essential, yet unresolved, system-level shortcomings.

This article first appeared on Total Apex Gaming and was syndicated with permission.

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