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How To: Disable the True Tone Display on Your iPhone 8, iPhone 8 Plus, or iPhone X

The new iPhone 8 and 8 Plus models come with a gorgeous Retina HD display with Apple's True Tone technology, which automatically adjusts the white balance on the screen to match the ambient light around you. The iPhone X also has True Tone built into its Super Retina HD display. However, if you're coming over from any previous model iPhone, it may look a little strange in some situations.

News: Showing Support for Disabled Customers, Apple Teams with Cochlear for iPhone Implant Sound Processor

While many have their own strong opinions on Apple and their products, few have complaints about the way they embrace accessibility. Apple typically finds ways to make products functional to all customers, regardless of their situation. This philosophy can be seen in Apple's partnership with Cochlear, as the two develop a new cochlear implant sound processor for iPhone.

News: European Space Agency Wants to Bring Their Own HoloLens Tools to the ISS

At Next Reality, we've been following the Microsoft Hololens because of its enormous potential. Unlike virtual reality, which enshrouds the user in a complete virtual world, augmented reality melds the virtual with what's really there in front of you. And while some of us may use AR technology to stealthily surf the web during working hours, others are looking towards using AR for the betterment of society. Like putting the HoloLens in space.

Roundup: The 5 Best Capacitive Gloves for Using Your Smartphone in the Cold

For some of us, winter puts the brakes on apps like Pokémon GO since smartphone screens usually only respond to bare fingers. Nobody wants to be that guy who caught frostbite chasing a Sneasel. When you use normal gloves, the display's sensor simple doesn't activate, so that doesn't help any. Fortunately, several options for touchscreen-friendly capacitive gloves are on the market to help you through this last blast of winter.

News: Quanergy's New $250 Solid-State LiDAR Could Bring Self-Driving to the Masses

One of the big hurdles when equipping vehicles with sensors for autonomous driving is the cost. For example, the Light Detection and Ranging (LiDAR) sensors that power many versions of self-driving car technology are pricey, currently ranging from around several thousand dollars up to $85,000 per sensor—and vehicles often need multiple sensors to see enough of what is going on around them to drive safely.