In the world of immersive storytelling tabletop role-playing games (TTRPGs) have been a major cornerstone. These kinds of games allow players to craft their unique adventure under the guidance of a Game Master (GM). 

Traditionally the game master plays a vital role by shaping the games narrative, managing gameplay mechanics and improvising based upon player actions. With advancements in artificial intelligence, AI driven game masters such as Shari are becoming a viable option for developers trying to offer something fresh. 

The Role of AI in Game Mastering

Ai can revolutionize the role of a Game Master by handling multiple tasks simultaneously that would usually require extensive human input. One of the best things an AI Game Master can offer is the ability to create compelling narratives on the spot.

An AI GM can dynamically change the plot of a game based on player choices instead of relying on pre-written scripts and static storylines. What this essentially means is that every playthrough will feel unique to the player as the AI will adapt to the players preferences and play style. 

AI-Driven NPC Interactions

Another critical aspect that an AI Game Master can handle is interactions with non-playable characters (NPCs). In traditional Tabletop RPGs, a human GM must voice and act out various NPCs to suit the narrative. 

AI NPCs powered by natural language processing and machine learning such as NVIDIA’s AI NPCs can provide realistic and varied dialogue and different personalities. These NPCs can remember past interactions, adapt to player choice and can even form relationships over time, enhancing immersion and roleplay depth. 

Automating Game Mechanics

Beyond storytelling and managing NPCs, AI can also streamline gameplay mechanics. A GM is responsible for enforcing rules, tracking stats, and resolving dice rolls which can sometimes slow down gameplay.

AI can handle all of these elements simultaneously; this ensures that the game runs smoothly without any human error. It can calculate probabilities, resolve conflicts and give real-time feedback to player actions. This will streamline the game testing process and overall gameplay mechanics.

AI and Automated World-Building

One other area where AI can excel is AI automated world building. Traditionally GMs spend hours creating intricate maps, cities and dungeons to populate their worlds. AI can instantly generate detailed and expansive settings full of lore, side quests and interactive elements. 

These environments can evolve dynamically, responding to player actions and alter according to in game actions taken by players. This ensures that the world feels alive and dynamic rather than static. 

Seamless Online Integration and Voice Synthesis

For players that prefer to play remotely, AI GMs can offer seamless online integration. Many TTRPGs require in-person gatherings which can be hard to organize. AI-driven systems can manage virtual sessions, automate combat scenarios and much more making sure that the pacing runs smoothly. By handling the administrative aspects of the game AI allows players to focus more on the story and gameplay. 

Additionally, AI powered voice synthesis and chat bots also bring the game to life. Instead of reading text from pre-written text prompts AI driven GMs can generate realistic voice responses. This allows for players to engage in realistic communication with NPCs and it all feels fluid and spontaneous rather than preprogrammed and rigid.

Challenges and Limitations

Despite its many upsides AI driven Game Mastering does present some challenges and limitations. One of the biggest issues is the lack of human creativity and emotional depth. While AI can surely create some very compelling storylines, it falls short when it comes to enacting emotions. A human GM can read the room, adjust pacing and provide better deeply personalized storytelling that AI might fail to replicate.

Moreover, the ethical concerns regarding AI that collects personal data based on user actions and behavior must be handled responsibly. There should be strict rules to ensure data privacy and there should be transparency regarding the use of gathered data. 

Final Thoughts

As technology continues to evolve, its integration into TTRPGs will become more sophisticated. Future AI GMs may leverage deep learning to refine their storytelling capabilities allowing for more emotionally compelling stories. 

Let’s be real: Even if AMD manages to outperform Nvidia in a certain segment of the GPU market, buyers will still probably show a tendency to purchase Nvidia GPUs. 

That is exactly why I think you will probably see the RTX 5060 as one of Steam’s Top 3 most-used GPUs within the next couple of years—not because it’s the best GPU for the money, but because Nvidia has perfected the art of mindshare dominance.

History doesn’t lie. The GTX 960, GTX 1060, RTX 2060, RTX 3060, and RTX 4060 have all, at some point, sat comfortably in Steam’s Top 3 most popular GPUs. 

And guess what? The RTX 5060 will probably follow the same script, even if it’s overpriced, power-hungry, and barely faster than its predecessor.

Why? Because Nvidia has turned GPU releases into a cult following, and AMD—despite its best efforts—still seems somewhat unable to break the spell.

The Unstoppable “60” Series Curse

Nvidia’s xx60 cards are like the iPhone SE of GPUs—not the best, but just good enough to sell hundreds of thousands.

• GTX 1060 (2016): The undisputed king, still lingering in Steam’s Top 10 almost nine years later.
• RTX 2060 (2019): Survived the crypto boom and still a staple in mid-range builds.
• RTX 3060 (2021): The “budget” Ampere card that somehow became a scalper’s dream.
• RTX 4060 (2023): Launched to universal disappointment, yet here it is, climbing Steam’s charts.

The pattern is clear: Gamers are more likely to lean towards whatever GPU Nvidia slaps a “60” on, even if it’s not as stellar a deal as the good old stalwarts like the GTX 1060 and RTX 3060 in particular were. 

Why AMD Can’t Win, No Matter How Hard It Tries

AMD has done everything right in recent years:

• Better pricing (RX 7600 vs. RTX 4060)
• More standard VRAM (12GB on the RX 7700 XT vs. 8GB on the RTX 4060 Ti)
• Less scalping (RDNA 3 cards were scalped, but not as mercilessly as Nvidia’s offerings)

And yet, Nvidia still dominates Steam’s survey. Why?

DLSS & Ray Tracing: The Ultimate Mind Tricks

Nvidia has convinced gamers that DLSS is magic, even when FSR is nearly as good. They’ve made ray tracing a must-have, even though most people turn it off for better performance. 

The RTX 5060 will barely run path tracing at 30 FPS, but Nvidia will market it like it’s the second coming of Christ—and maybe some people will believe it.

That said, the RTX 5060 is a perfectly viable card for 1080p gaming and even 1440p gaming if you limit the FPS to a count of 60 and turn down the settings a notch. 

“Just Works” Bias

Ask any PC builder: Nvidia drivers “just work.” AMD has improved drastically, but the stigma remains. 

The average gamer doesn’t want to troubleshoot—they want to plug in a GPU and forget about it. However, the irony is that Nvidia has been in hot water recently regarding its driver instability issues, but hey, the market forces still love Nvidia.

That’s because up till the RTX 30 Series, Nvidia had a rich history in its favour, but one must ask how long that reputation can withstand amidst the turmoil Team Green currently finds itself in.

Scalpers, AIBs, And The Illusion Of Demand

Let’s not pretend the RTX 5060 won’t see stock issues in the next few weeks. The RTX 3060 was selling for more than double its MSRP during the pandemic, and people still bought it. Why? Perhaps partially because FOMO is stronger than common sense,but also because the RTX 3060 saw the peak of the mining craze which led cryptominers to buy Nvidia’s Ampere GPUs in hordes.

Furthermore, Nvidia’s board partners (ASUS, MSI, Gigabyte) are notorious for releasing about 10 different overpriced “OC” models, further inflating the perceived value. Meanwhile, AMD’s reference designs will sit on shelves, relatively ignored.

The Steam Survey Doesn’t Reward Value—It Rewards Volume

The Steam Hardware Survey isn’t a measure of what’s best—it’s a measure of what’s most common. And Nvidia has spent decades ensuring their GPUs are the default choice for:

• Prebuilt PCs (Major OEMs like Dell, HP, and Lenovo usually default to Nvidia)
• Laptops (RTX 5060M will likely dominate gaming notebooks just like its predecessors)
• Casual gamers (who just buy whatever their friends recommend)

Even if the RTX 5060 is objectively worse than an RX 7700 XT, it’ll still outsell it 3:1—because Nvidia owns the market’s brainspace.

Then again, most people buying a RTX 5060 won’t be pushing it to the limit. Maybe they’ll just want it for 1080p gaming at medium to high settings, and of course, the RTX 5060 won’t break any sweats in doing that. 

It’s Inevitable

I’m not saying the RTX 5060 deserves to be a best-seller. But history, marketing, and gamer psychology all point to one thing: It will be.

AMD could drop a miracle GPU at the same price, but most gamers would still pick Team Green because Nvidia has been the king of gaming during the late 2000s and the entirety of 2010s, which is why gamers tend to lean towards familiarity when they drop a couple hundred bucks on a graphics card.

So when the RTX 5060 inevitably cracks Steam’s Top 3 within the next year or two, don’t be surprised. Be disappointed—but not surprised.

Ray Tracing has made many games appear realistic by using real-life-inspired lighting effects and ultra-realistic shadows. Not only that, but the reflections also mimic what we see in real life. 

While many people love the visual enhancements it provides, others conclude that it isn’t necessary for games. These debates are quite common for visual Ray Tracing, but what if I told you that we could now be getting Ray Tracing for audio?

Audio Ray Tracing 

YouTuber Vercidium worked for seven years in the game engine, and he has figured out that he can use Ray Tracing to get realistic 3D Audio. What he discovered is something that could be utilised in future games. Let’s see how it works. 

Currently, most games use binaural audio to generate 3D sounds. This tricks your brain into thinking that a specific sound came from a particular place. But this has its issues and limitations.

The Problem With Standard Audio In Games

See, if two players are standing close to each other, they’ll have clear sounds. However, if the second player decides to enter a room, their audio will be slightly muffled. The audio will be further muffled if he goes to a distant room.

But the problem is that games have variable environments, which significantly impact the audio we perceive. For instance, the walls of some rooms could be thicker than the others. Some doors of the rooms could be opened while others were closed.

Moreover, some could have one of their walls destroyed due to the destructible environment in the game. All of this would become a big problem if developers just used a fixed system for the audio.

How Ray Tracing Audio Works

This is where Ray Tracing Audio comes in. The way it works is that the player will fire rays outwards into the room, much similar to how Ray Tracing works. These rays are in 3d and are too quick to be captured by our eyes.

Unlike how sound travels from the object making the sound towards our ears, these rays are fired outwards from our player and towards our environment. These rays then travel as far as they can, depending on the environment, to see audio cues.  

Once these rays detect a source of sound, they get absorbed by this very source. The more rays there are surrounding the source of the sound, the clearer you can hear the sound in that area. 

With Walls Or Other Objects In The Way 

If you close up the room by placing a few partial walls or other heavy objects, the sound waves only travel along the paths that are open, and they reduce in size. So, the audio will only be perceived from those openings. 

This way, game developers can experiment with the entire building by placing walls in some areas and leaving openings in others, and the audio rays will always react differently, presenting us with realistic audio every time.  

Echo Rays

The same goes for Echo sounds. In any room, your player will shoot rays outwards, and after they’ve reached the edge of the room, these rays will return to the player and will be the Echo that we hear in real life. 

Using objects in the middle of the room will shrink the pathway of these rays since they’ll have less space to travel, thus making for less echo in the room. If the rays travel to the end of the level, we’ll say that they’ve escaped outdoors. 

Similarly, if there are two rooms and one of them has a window where the storm sounds from outside can be heard, then these same echo waves will travel back after bouncing from the walls to create a realistic muffled sound.

In Rooms With Variable Thickness

For rooms with variable thickness, a new kind of ray will be used. They’ll shoot outwards from the player, but the longer they stay inside a wall, the more energy they’ll lose. This will muffle the sounds more in a thicker room than a thinner one. 

This Is The Future Of Audio

Now, those who thought Ray Tracing was not worth it should reconsider their opinion, as standard Ray Tracing principles are used to create this breakthrough discovery.

Vercidium went ahead and made the entire animation and code of this project accessible to the public. He has also put through a survey form that will record your interest so that Ray Tracing audio could be used in future games as a paid plugin.

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For years, we’ve been seeing advancements in virtual reality, but something was still missing every time a new VR headset was released. Most of these VRs often fell short due to their bulky designs, motion sickness, or mid-visuals.

However, Bigscreen has fixed all of these issues with their latest Beyond 2, and it just seems like we’re already living in the future. But before that, let me give you a brief history of the Bigscreen’s first Beyond headset.

Bigscreen Solves The Issues Other VRs Had 

See, unlike most VR manufacturers, Bigscreen acknowledged that most people hate having a bulky headset on top of their head. Not only is it heavy, but it also limits a lot of fast head movements. 

Even if you can move your head quickly, the bulkier headsets would lose their alignment slightly, which would give your eyes bad visuals and would kill the immersion. With this approach, you always had to align it after movements.

Custom-Made For Your Face

Therefore, Bigscreen decided to mould their headsets so that they fit perfectly on your face. The only way you could order one is if you send them the 3d scan of your face from your iPhone.

They would then manufacture the headset with a face cushion custom-made for your face, with factory-set IPD based on your scan. IPD refers to the distance between the pupils of your eyes.    

This means you can’t share this with others, nor can you sell it unless someone has the same facial features as you. Bigscreen adopted the same approach with Beyond 2, while fixing the widely requested issues.

Adjustable This Time

With Beyond 2, you can adjust the IPD using the screw they’ve given you on the side of the headset. They also have a Halo Mount strap as a purchasable option, which allows you to share your headset with others. 

This strap allows users to slide the VR down, which is heavily inspired by night vision goggles. Using the VR with this mount is extremely comfortable, unlike other headsets such as the Meta Quest 3. 

World’s Lightest VR

Another thing that Bigscreen improved on was its weight. Even though the first Beyond goggles were already light, weighing 127g, the Beyond 2’s goggles are further reduced in weight by 15%, weighing 107g.

With its lighter weight and incredible lens, you can go for hours on end without experiencing eye fatigue. Its exceptional features make the bulkier VRs, such as both Primax Crystals, look pointless, despite offering higher resolutions.

Bigscreen didn’t have to do that, but with this weight, Beyond 2 is officially the lightest VR in the world. Even with the entire headset, Beyond 2 is half the weight of the Meta Quest 3 and almost a quarter of that of the Primax Crystal.   

Resolution & Lens Features

Not to mention, the Beyond 2 comes with a 2560 x 2560 per eye OLED display with 75Hz, which is a bump over the Quest 3 (2064 x 2208 LCD) and the Valve Index (1440 x 1660 LCD).   

Speaking of its lens, Bigscreen went the extra mile. This VR comes with a 116° field of view, which is a boost compared to the Quest 3. It also features a 100% edge-to-edge clarity. 

This kind of lens is a huge upgrade even from the higher resolution VR headsets because you can see all the textures and details. Yes, there are some dark spots at the corner, but the image isn’t blurry, unlike the previous Beyond.

Smallest Eye-Tracking System In The World

Since there is so little space to fit a standard eye-tracking system in this VR, Bigscreen had to make the world’s smallest eye-tracking system. The image sensor that comes with it is the size of a single grain of sand.

Although the eye-tracking features haven’t been fully announced yet, Bigscreen is collaborating with Nvidia, Valve, and game developers to add great features. This eye-tracking VR will be a separate variant that’ll be shipped in July 2025. 

Price Tag

With all of these features, the Bigscreen comes with a price tag of $1019, whereas its eye-tracking variant costs $1219. While this isn’t the cheapest considering other VR headsets, it is still cheaper than Apple’s Vision Pro.

Even Apple can benefit and become more mainstream if it opts for cheaper Vision Pros in the future, if it decides to follow Beyond 2’s footsteps by merging affordability with the features the community needs.

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GTA Online soared in popularity, so much so that Rockstar makes more than half a billion dollars a year. However, it was riddled with cheaters who used mods to gain an unnecessary advantage over other players.

Why Was Cheating Rampant? 

GTA Online had no sign of anti-cheat for years, which allowed players to use mod menus in their online sessions. These menus allowed players to obtain unfathomable amounts of money, spawn vehicles and practically do anything.

Cheaters Killing Other Players

But these weren’t the source of the problem for anyone, including the innocent players. It became problematic when these cheaters used these mod menus to harm other players. 

For instance, these cheaters would enable God-mode, where players won’t lose any health if other players try to kill them. Pair this with the ability to have an aim-bot, and you have a cheater killing innocent players without getting hurt.

Accessing IPs

But it didn’t just stop there. These hackers also evaded people’s privacy by accessing their IP addresses. There was even a time when cheaters could remotely modify or brick your account.  

This had become very annoying in the GTA community, where nearly every online session was filled with hackers who took away the fun they used to have. This went on for nine years until Rockstar decided to add anti-cheat.

But Why After 9 Years?

GTA V Online is Rockstar’s cash cow, and ever since its release, it has gotten tons of upgrades, particularly over 50 content updates. Despite all these updates, they never implemented this anti-cheat. So why after 9 years?  

Shark Cards

See, Rockstar made tons of money from selling Shark Cards, which allowed players to get in-game money. Even GTA V DLC was cancelled since GTA Online made so much money, and part of it is because of these Shark Cards.

Rockstar didn’t want people to hack their way into getting all the money because this is what people started doing. They watched a YouTube video, downloaded a mod menu and got themselves rich in-game, which was a losing point for Rockstar.

GTA 6 Online

Another reason could be that Rockstar has already made lots of plans for GTA 6 Online and wants people to trust the company that their next game won’t have this cheating problem. 

Battle-Eye: A Blessing And A Curse

Now, Rockstar didn’t add any anti-cheat software, but they specifically went for Battle-Eye. This anti-cheat software monitors your PC and has the highest access to your system. 

Great Action Against Cheaters

This proved very effective as the first GTA V Online ban wave was rolled out just a week after implementing this anti-cheat system, which reportedly affected 20,000 accounts.

Players were either suspended, had character resets, or were permanently banned. Now, these weren’t standard account bans. Rather, these were hardware bans where players would be banned from playing GTA Online on their PC. 

With this implementation, there were reports that there was a significant drop in cheaters. It also initially scared off a lot of modders, and some even gave up the modding work for GTA V Online for good. 

But Affected Innocent Players

While Rockstar’s ban wave was a good attempt, it wasn’t perfect. Many innocent players who’ve spent hours on this game and never cheated once became victims of this ban as well.

This anti-cheat looked for players with a lot of in-game money and started to ban them, which resulted in many players facing false bans. It seems like Rockstar wanted this anti-cheat to be added so players don’t get money by hacking. 

Rockstar later sent out an appeal form where innocent players pleaded and, fortunately, got their accounts back. However, there was one more problem because of this anti-cheat system. 

Unsupported On Steam Deck

Despite GTA V being the most popular game on the Steam Deck, this anti-cheat system prevented Linux from playing GTA V Online. In fact, it was unsupported on Steam Deck, which annoyed the handheld players. 

Valve was kind enough to refund players the game because of this anti-cheat mess. However, the implementation of anti-cheat was still something that modders weren’t going to forgive. 

Modders Started A War

This started a war between the modders and Rockstar. In an attempt to retaliate, these modders started DDoSing not only GTA V Online and Red Dead Online but also Battle-Eye’s website. 

As if that weren’t enough, people have already created menus that work around the anti-cheat system. Now, bots are entering online sessions and using these menus to kick other players and freeze their games.   

How Is The Cheating Situation Now?

Today, you can still find cheaters in your lobby that ruin the experience of the innocent players in one way or another. However, the cheater problem isn’t as much as it was before the anti-cheat, but it is still there.