Testing out new tech and software is my absolute favorite thing to do, and lately, I've been going all-in on AI browsers. Honestly, I can’t imagine not using one in 2025. I’ve tried pretty much every AI browser launched so far, giving each a fair shot as my primary browser for a few days.

Battlefield 6 just dropped, and gamers are no doubt updating their graphics card drivers to get the best performance. While I also update my graphics drivers every few months, I can’t recall the last time I did the same for any other hardware in my PC. When I saw a discussion on Reddit about whether using a third-party driver update software is a good idea, I figured it was still apt to reiterate the long-standing rule to never use them.

Every Halloween, there’s always that one house that goes a little too far with the decorations, and that’s usually the one everyone remembers. This year, that house can be yours without spending a fortune at the store. Each of these 3D-printable props can turn your porch, living room, or yard into a haunted scene straight out of a horror film. With a bit of filament and patience, you can make your guests question whether what they’re seeing is real.

I’ve been an Adobe subscriber for years, and although its software is undeniably powerful, I mostly stayed out of habit. Sticking to the same ecosystem for all your editing needs keeps things smooth and reliable. But I eventually canceled all my subscriptions due to several factors - I was paying for features I wasn’t using, I had some concerns over my data, and the fees didn’t feel justified anymore. So I had to start looking for alternatives.

A Raspberry Pi can do far more than run a few hobby projects. When connected to your NAS, it can turn a simple file server into a fully featured media hub that streams, organizes, and protects your content. With the right combination of tools to support and extend your NAS, the Pi becomes the central brain of your home entertainment setup. Each of these tools adds a specific capability, building a system that is efficient, secure, and surprisingly powerful.

AI has had a huge impact on the world of technology, and video games were not spared. Developers, both triple-A and independent, began experimenting with what AI could do to make their jobs easier. Coding with AI was a given, but what about generating textures and assets? How about using AI to deliver voice lines, especially if the dialogue is procedurally generated? In fact, why not put AI in the game as an NPC and let it react to the player?

Halloween approaches, and the spooky season is in full swing. It's the perfect time to download and play many of the games that fill up the horror genre and provide plenty of scares for every kind of player out there. Luckily for PlayStation console owners, there's a ton of great games to browse through and play for the spooky holiday. Whether you want something to scare the pants off you, or just something that can have tons of ghouls around, there's no shortage of horror-themed games to dive into.

In the gaming world, development hell is one phase that strikes fear in the hearts of publishers, players, and, of course, developers themselves. It's when a game enters a limbo of overwhelming uncertainty, and it gets there via bad decision-making from the top, re-writes, ballooning costs and bloated timelines, teams being lost and new ones being brought in, along with a host of other problems that a lot of games have historically dealt with.

Handheld gaming PCs are versatile little devices. They're designed to let you game on the go, but these are full PCs underneath the customized gaming-center overlays, whether you're running SteamOS or Windows 11. So you can also use a handheld gaming PC as your home server, turn it into a desktop or laptop replacement, or even use it as a thin client for your home lab.

When I talk about high-end GPUs, I refer to Nvidia cards with more than 10,000 CUDA cores or AMD GPUs with more than 4,000 stream processors. These GPUs are built for seriously graphically-intensive workloads, like 8K gaming, cinematic rendering or AI training. In those regions, they still reign unchallenged without a hint of a doubt.

In most home networks, a router’s DHCP service automatically assigns IP addresses to the devices, requiring little to no manual setup. That worked fine at first in my home, but over time, I began running into connectivity issues, IP conflicts, and unreliable access to devices across the network. While DHCP's dynamic IP address assignment was convenient, it wasn’t reliable for my setup. So I decided to switch my home network from DHCP to static IPs for devices in my home to gain more control and ensure consistent connectivity across the network.

If you’re an enthusiast trying to get the most performance out of your RAM kit, you might find yourself spending hours tuning for higher frequencies or tighter timings. What you may find, on some occasions, is that even high-end, expensive memory kits fail to reach expected overclock speeds and run into instability or crashes. Normally, you’d point your fingers at the motherboard or the kit itself, but there’s one piece in the puzzle you’re missing: the memory controller in your CPU.