Apple

AR Glasses Are Coming—But Will Anyone Really Wear Them?

After years of hype, AR glasses are finally on the horizon. Snap says its next-gen smart glasses will launch in 2026. Meta has already sold over two million of its Ray-Ban smartglasses. And it’s reportedly working on a new version instead of next updating its Quest line of VR headsets. Apple is rumored to be quietly working on its own version. These will be much less obtrusive than big VR headsets—they look (mostly) like regular glasses and promise real-time translation, video calls, and turn-by-turn directions, all floating in front of your eyes.

It sounds amazing. But will people actually wear them?

We’ve already seen how virtual reality (VR) goggles, while fun for gaming, are not yet regularly used by most people. Typically, people are wowed by the technology, but don’t want to strap something to their face that cuts them off from the real world. Think of it like an amusement park. It’s really great and fun, but you wouldn’t want to go every day or every week.

I’ve used both the Apple Vision Pro and the Meta Quest 3 VR headsets. Both are fun, but even if they were lighter and cheaper, they’re a niche product because they’re a big thing strapped to your head. AR is much more subtle—but it still involves wearing something on your head.

For AR glasses to go mainstream, they need to solve real problems—without being awkward or invasive. Think language translation while traveling, guided workouts, hands-free help for delivery drivers, or facial recognition to remind you who that work associate is. It could be an easy way to interact with ever more ubiquitous AI tools. But wearing something on your face is much more difficult and personal than wearing a watch. If the tech feels weird or doesn’t match people’s personal tastes, it won’t be widely used.

For now, the promise is exciting. The reality? Still very much TBD.

Intel Mac Support Ending: Time to Plan Your Upgrade

If you’re still using a Mac with an Intel processor, it’s time to start planning your next move. Apple has officially announced that macOS 26 Tahoe – releasing this fall – will be the final version of macOS to support Intel-based Macs. After 2025, your Intel Mac won’t receive new features, and security updates will stop by 2028.

The Timeline

  • Fall 2025: macOS 26 Tahoe releases – the last macOS for Intel Macs
  • 2026 and beyond: No new macOS versions for Intel hardware
  • Through 2028: Security updates continue
  • After 2028: No support at all

Which Macs Are Affected?

All Intel Macs from 2020 and earlier will lose support. If you bought your Mac before November 2020, you’re likely affected.

How to Check Your Processor

  1. Click the Apple logo → “About This Mac”
  2. Look for:
    • “Chip Apple M1/M2/M3/M4” = You’re safe
    • “Processor Intel Core” = You’re affected

What This Means

Your Intel Mac won’t stop working immediately, but you’ll gradually face:

  • No new macOS features after 2025
  • Apps stopping support for older systems
  • Security vulnerabilities after 2028
  • Compatibility issues with new software

Your Options

Upgrade to Apple Silicon: New MacBook Airs starts around $850. The speed difference is dramatic – M-series chips deliver significantly faster performance than Intel Macs, often 2-3x faster for everyday tasks, plus much better battery life on laptops.

Keep Your Intel Mac: Fine for basic tasks, but understand the growing limitations over time.

Plan Your Timeline: You have until end of 2025 for the transition, with security updates continuing through 2028.

Bottom Line

You have time to plan, but don’t wait too long. If your Intel Mac is critical for work, start budgeting for an upgrade now. For casual use, you can take a more relaxed approach, but remember that by 2026, you’ll want to have made the switch.


Need help planning your Mac upgrade? As a DC-area technology consultant, I help clients navigate these transitions every day.

Give Your Old Mac Modern Software With OpenCore Legacy Patcher

That 2013 MacBook Pro sitting in your closet isn’t broken—it’s just been abandoned by Apple. While the hardware remains perfectly functional, outdated macOS versions make it increasingly difficult to browse the web securely or run current applications.

The Compatibility Problem

Apple typically supports Macs with new macOS versions for 7-8 years. After that, you’re stuck with increasingly outdated software that can’t run modern browsers properly, lacks security updates, and struggles with today’s websites—not because your hardware is slow, but because the software is obsolete.

Enter OpenCore Legacy Patcher

OpenCore Legacy Patcher (OCLP) is a free, open-source tool that extends macOS compatibility to unsupported hardware. Developed by Dortania, it uses sophisticated boot management to allow installation of current macOS versions on Macs as old as 2007.

The key benefit isn’t speed—it’s functionality. Your 2013 MacBook Pro can run macOS Sequoia with:

  • Modern browsers that actually work with current websites
  • Current security updates and encryption standards
  • Compatible applications that require newer macOS
  • Modern features like Sidecar, AirPlay to Mac, and Universal Control

How It Works

Unlike simple patchers that modify system files, OpenCore Legacy Patcher operates at the boot level. It maintains System Integrity Protection (SIP) and security features while providing compatibility patches in memory during startup. Your system files remain untouched and secure.

Supported Hardware

OpenCore Legacy Patcher supports a wide range of Intel-based Macs:

  • MacBook Pro: 2008-2017 models
  • MacBook Air: 2008-2017 models
  • iMac: 2007-2019 models
  • Mac Pro: 2008-2019 models
  • Mac mini: 2009-2018 models

Even pre-2012 models with legacy graphics can run current macOS, though with some feature limitations.

The Real-World Difference

Moving from Catalina to Sequoia won’t make your hardware faster, but it will make your computing experience dramatically more functional. Websites that break or crawl on outdated browsers will work properly. Security warnings disappear. Apps that require newer macOS become installable.

It’s not about performance—it’s about compatibility and security in 2025.

Getting Started

If you are technically adept, the process takes a couple of hours.

  1. Download OpenCore Legacy Patcher from GitHub
  2. Create a macOS installer using the built-in tool
  3. Install OpenCore to your USB drive
  4. Boot and install the new macOS version
  5. Apply post-install patches for full hardware support

Worth the Effort?

If you can afford a new Mac, that’s the way for you to go. Modern Macs with the M series of chips are a great value.

But if you enjoy tinkering, and have a Mac with decent specs (8GB+ RAM, SSD storage), absolutely. You’ll extend your Mac’s useful life by 5+ years with current software support, modern browser compatibility, and ongoing security updates.

Your old Mac won’t become faster, but it will become usable again.


OpenCore Legacy Patcher is available free at https://dortania.github.io/OpenCore-Legacy-Patcher/. Always backup your data before system modifications.

Should You Buy a “Real” Camera in 2025?

A Guide for the Smartphone Generation

In an era when the latest iPhones produce stunning images instantly, many people wonder if investing in a dedicated camera still makes sense. As someone who’s worked extensively with both smartphones and traditional cameras, I want to help you figure out when a dedicated camera is worth it—and when your smartphone might actually be the smarter tool.

What Makes a “Real” Camera Different?

The biggest difference between phones and dedicated cameras is sensor size. Think of a sensor like a solar panel: the bigger it is, the more light it captures.

While the iPhone 16 Pro’s sensor is about 0.4 x 0.3 inches (roughly the size of a pinky nail), full-frame cameras from companies like Sony, Canon, and Nikon use sensors around 1.4 x 0.9 inches. That size difference can have a dramatic impact on image quality.

Bokeh: Real vs. Artificial Blur

One of the most visible differences is in how background blur—or “bokeh” (bo-keh)—is created.

Phones simulate this effect using AI in Portrait mode, while dedicated cameras achieve it optically through wide-aperture lenses. The difference can be subtle but important: artificial bokeh often struggles with hair or complex shapes, creating unnatural edges or blurring the outer part of the hair.

Where Phones Win: Computational Photography

In many everyday situations, your phone might actually outperform a “real” camera—thanks to computational photography.

Modern phones use features like HDR (High Dynamic Range) and Night Mode to merge multiple exposures and enhance detail and color instantly. While powerful, this computational approach can also make images look overly sharp or unnatural. The classic aesthetic of a traditional photo can get lost in the process.

The computational nature of phones can also be a negative. The images are criticized for being too sharp, and illuminating everything with HDR can look unnatural. While you can gain detail with computational photography, you can lose the classic look of a “real” photo.

Workflows

Traditional cameras do require more complex workflows. When you take a photo with an iPhone, it goes into the Photos app automatically. On a big camera, you need to transfer the photos to your computer or phone, and you will typically want to do some editing of the photos. This takes significantly more time and effort than simply shooting and sharing with a phone.

When a Dedicated Camera Makes Sense

You should consider a dedicated camera if you:

  • You want manual control over focus, exposure, and lenses.
  • You shoot often in low light and dislike the “Night Mode” look.
  • You prefer the natural bokeh from optics over AI-generated blur.
  • You enjoy photography as a craft or professional pursuit.
  • You have time for editing and managing photos.

In-Between Option

Some cameras use an APS-C sensor—an in-between size that offers many of the benefits of full-frame without the bulk. Most Fujifilm models use this format. The Ricoh GRIII and GRIIIx are compact APS-C cameras ideal for street photography or situations where a larger camera feels intrusive.

So… Should You Buy One?

It depends on your goals.

If you primarily shoot for social media, your phone is a top-tier imaging device that fits in your pocket. But if you’re passionate about photography, want to grow your skills, or need capabilities phones can’t yet match, a dedicated camera can be a rewarding upgrade.

Test the Waters First

Before committing to a new camera system:

  1. Borrow or rent a camera for a weekend trip.
  2. Take a basic photo class to learn how manual shooting feels.
  3. Review your current photos—do you see limitations a new camera would fix?

Ultimately, the best camera is the one you’ll actually use.

Stolen Device Protection

Highly recommended: All iPhone users should turn on Stolen Device Protection. This will help against someone “shoulder surfing“ you and then stealing your phone and taking all your money.

As explained by Apple, you can turn on Stolen Device Protection in Settings:

  1. Go to Settings, then tap Face ID & Passcode.
  2. Enter your device passcode.
  3. Tap to turn Stolen Device Protection on or off. 
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