11 Unbelievable Advances in Gaming Technology

istock
istock

Video games have come a long way since they crossed into the mainstream in the 1980s, but some amazing advances in their tech have made the future of gaming even brighter. Here are a few examples.

1. FACIAL RECOGNITION

3D scanning and facial recognition technology allows systems to actually create your likeness in the gaming world (so you can create a custom avatar that looks just like you), or to inventively transfer your own expressions to other digital creations. On top of that, the Intel® RealSense™ 3D camera could allow developers to create games that adapt to the emotions of the gamer by scanning 78 different points on a person’s face. For example, a few grimaces at your game screen means the system would dial down the game’s difficulty instantly.

2. VOICE RECOGNITION

Too lazy to pick up that controller? No problem! Voice controlled gaming has been around for a while, but the potential of using the technology in gaming systems has finally caught up to reality—computers are now able to easily recognize voice commands from the user. Not only can you turn the console on and off using this tech, but you can also use voice commands to control gameplay, interact on social media, play selections from your media library, or search the web, all by simply talking to your gaming system.

3. GESTURE CONTROL

Or, get rid of your controller altogether! Intel RealSense technology allows you to play first person shooter games—or simply interact with your device—with just a few waves of your hand. Using a 3D camera that tracks 22 separate points in your hand, gesture control allows users to connect with their gaming experience by using the natural movements of your body. For example, the game Warrior Wave employs RealSense technology so you can use your hand (the outline of which shows up on the screen) to lead a group of Ancient Greek soldiers to safety.

4. AMAZING GRAPHICS

We’ve come a long way from the days of basic 8-bit graphics in gaming. Cutting edge advancements now allow gamers to experience games in fully rendered worlds with photo realistic textures. The ability to increase playability with higher image quality makes it seem like you’re right inside the game.

5. HIGH-DEF DISPLAYS

With gaming graphics this good, you need to have a bona fide way to show them off. Enter Ultra 4K gaming. Though televisions with 4K capabilities (meaning it must support at least 4,000 pixels) or 4K laptops (like the Intel-powered Lenovo Y50) started out at thousands of dollars, their price points have steadily declined, making this format the eventual standard in the way we watch the games we play. With unbeatable colors and crispness, there’s nothing else that can come close. And you thought 1080p looked good…

6. VIRTUAL REALITY

Though many virtual reality gaming consoles haven’t been commercially released as of yet, those developing VR headset displays are poised to grant gamers a fully immersive gaming experience the likes of which nobody has seen before. You’ll actually be able to lose yourself in the game before you come back to reality.

7. AUGMENTED REALITY

If the virtual world isn’t your thing, why not try out some games in ours? Not confined to a TV or computer monitor, AR games allow for a perspective unique to the gamer. They maneuver spaces within the real world and make the object of the game applicable to real-life situations. For example, play table hockey on your kitchen counter from any angle, or partake in some puzzles mapped out via obstacles in your backyard.

8. WEARABLE GAMING

Whether it’s smartwatches or glasses, wearable games make gaming portable without being too invasive. Companies that started by using wearable technology for fitness applications are now aiming to incorporate entertainment into the mix as well. Wearables aren’t only extensions of your body, but also extensions of the gaming consoles you know and love.

9. MOBILE GAMING

With the advent of smartphones, the gaming experience has been taken out of the arcade and the living room and put into the palm of your hand. As evidenced by the countless people on your morning train commute huddled over games on their devices, mobile technology has made the love of digital gaming spread beyond hardcore console-consumers and online gamers.

10. CLOUD GAMING

Instead of creating video game systems that require more powerful hardware, developers are looking to lighten the load with the cloud. Games no longer need be limited by the amount of memory that discs or consoles have to offer. Using the cloud opens games up to massive server-size limits where images are streamed to your screen through the Internet.

11. ON-DEMAND GAMING

Gamers can already watch and share live-streams of games, but what about playing them? Much like similar movie streaming services, the ability to stream video games is becoming more and more a reality, and it could lead game developers both big and small to compete for gaming glory.

Whether you’re using a 2 in 1 device to take your gaming from your couch to your commute or gesture control to play your games controller-free, innovations from Intel are making the future of gaming a reality. Learn more here.

BioLite Has Designed a Headlamp That Won't Irritate or Slip Off Your Head

BioLite
BioLite

Headlamps are convenient in theory. Instead of fumbling with a flashlight or your phone in the dark, you can strap one to your head and walk your dog, do some late-night grilling, or venture around your campsite hands-free.

But in reality, the awkward design—with a bulky light that digs into your skin and slides down your forehead—cancels out much of the product's appeal. Luckily, it doesn't have to be this way, as the folks at BioLite have demonstrated with their reinvented headlamp.

The BioLite HeadLamp 330, which debuted on Kickstarter in 2018 and is now available on Amazon, promises to make you forget you're even wearing it. Inspired by modern wearables, BioLite has retooled various elements of the clunky traditional design to make it as comfortable as it is functional.

A man wearing a red HeadLamp 330
BioLite

The ultra-thin light sits flat against your skull, which means you won't have any painful marks in the middle of your forehead when you take it off. The band itself is made from a moisture-wicking fabric that feels good on your skin, even when you're working up a sweat. And unlike conventional headlamps, BioLite has redistributed the power source to the back of the head in its design, balancing the weight and taking care of any slippage issues.

As is the case with other BioLite products, technology is an essential part of the design. The 330-lumen lamp projects light up to nearly 250 feet in front of you. There are variable lighting settings, too: You can opt for either a white spot or floodlight, both with dimming options, or a strobe light feature; there's also a red floodlight. It can run for three and a half hours at maximum brightness or 40 hours at minimum brightness, and when it needs to be recharged, you can just plug it into a micro-USB source like a solar panel or powerbank.

Get your own BioLite Headlamp for $49 on Amazon. It's available in in ember red, ocean teal, sunrise yellow, or midnight gray.

Teal headlamp.
BioLite

Bioengineering Student Is Building Custom Prosthetic Arms From LEGO Bricks

iStock.com/serts
iStock.com/serts

The custom LEGO designs built by 19-year-old David Aguilar aren't meant to sit on a shelf. For years he's been ignoring the instructions that come with LEGO sets to make functioning prosthetic arms for himself, and now he's sharing his creations online, Reuters reports.

Aguilar—who lives in Andorra, a small principality on the French-Spanish border—was born with a rare genetic condition that left him without a right forearm. He built his first artificial limb out of LEGO bricks at age 9, and hasn't looked back. Today Aguilar is pursuing an eduction in bioengineering at the Universitat Internacional de Catalunya in Spain, and he's already on LEGO prosthetic No. 4.

After acquiring complex LEGO sets for things like airplanes and construction vehicles, Aguilar reconfigures them into arms and adds electric motors that allow him to move his fingers and bend his elbow. He documents his building process on YouTube under the name Hand Solo. Each arm he builds is named MK followed by the model number (MK I, MK II, etc.), a nod to the MK suits built by Tony Stark in the Iron Man series.

The LEGO prosthetics are more than conversation starters—they're also affordable compared to professionally made robotic limbs on the market. Aguilar tells Reuters his dream is to one day provide cheaper options to prosthetics-wearers like him.

[h/t Reuters]

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