Last year delivered doses of drama and excitement in the space business, with a record number of launches, breathtaking vistas of other worlds, and a multitude of breakthroughs and setbacks. 2026 is shaping up to be another thrilling year in the cosmos.

For the first time in more than 54 years, astronauts are training to travel to the vicinity of the Moon, perhaps within the next couple of months. NASA, SpaceX, Blue Origin, and other companies are poised to take major steps toward actually landing humans on the Moon, perhaps within a few years.

New rockets are slated to debut in 2026, and scientists hope to open new windows on the Universe. Here, we list the most anticipated space missions scheduled for this year, ranked according to our own anticipation for them. We also assess the chances of these missions actually happening in the next 12 months. Unless specified, we don’t assess the chances of a successful outcome.

Read full article

Comments

MTV shut down its remaining 24/7 music channels in several countries, including the UK and Australia, at the end of 2025. The main MTV network shifted its focus to reality shows long ago and it occasionally dips back into music with things like the Video Music Awards, but this shutdown felt like the end of an era. If you yearn for the days when MTV actually played music videos, though, you might be in luck. A developer who goes by the name of Flexasaurus Rex has paid tribute to the MTV of old with a web app that has several channels of non-stop streaming music. 

MTV Rewind has 11 channels at the time of writing, including one that features videos from the original channel’s first day of existence in 1981. There’s a channel dedicated to MTV Unplugged performances, a rap-focused stream, one for each decade from the ‘70s to the ‘20s and (my personal faves) 120 Minutes and Headbangers Ball options. MTV Rewind has so far pulled in more than 33,000 music videos. That’s over two months worth of music, as Loudwire notes.

“MTV was a cultural institution that changed music, fashion and youth culture. Then they stopped showing music videos and became reality TV,” Flexasaurus Rex said. “I felt a wave of sadness when the announcement hit. Nothing felt like it could fill that void. So I started coding. Built it in 48 hours: MTV Rewind.”

Each channel plays videos in a random order and there’s a shuffle all option if you can’t decide which stream to watch. If a song isn’t hitting for you, just tap the skip button. There are some era-appropriate ads too. For instance, I hadn’t seen this one from the Got Milk? campaign before it popped up. It reminded me of the J. Walter Weatherman gag from Arrested Development:

The app’s database is powered by IMVDb (The Internet Music Video Database). The videos are all pulled from YouTube, one of the things that helped spell the demise of MTV’s 24/7 music channels. There wasn’t exactly a strong case for Total Request Live to stay on the air, for instance, when we have access to practically every music video ever at our fingertips.  

One of my favorite things about MTV Rewind is that it has a hit counter like the Geocities of old. So very ‘90s. In fact, the whole thing is rad. Tubular, some might say. 

MTV Rewind isn’t associated with MTV or its parent company. However, it does use MTV’s name. Here’s hoping Paramount’s lawyers don’t crack down on this. It’s nice to have fun things on the internet. 

This article originally appeared on Engadget at https://www.engadget.com/entertainment/music/mtv-rewind-is-a-developers-tribute-to-247-music-video-channels-120000424.html?src=rss

Philips Hue has introduced a new software feature called SpatialAware at CES 2026 designed to ensure that all the lights in a space are in harmony with each other. Available exclusively for the Hue Bridge Pro, it takes into account each light point in a room and tailors the colors to ensure a natural representation. “In a sunset scene, for example, the lights on one side of the room emit warm yellow tones to mimic the setting sun, while the ceiling lights on the opposite side reflect darker shades,” the company wrote on its blog. The new feature is set to launch in the spring of 2026.

To use the feature, you scan a room with your smartphone camera and use augmented reality to determine the positions of individual lights. A smart algorithm then ensures each light point is coordinated. Any lamps added after setup will be taken into account. Then, you use SpatialAware to select a scene like “Lake Mist” and activate the mode. 

Philips Hue

In the example at top, the company shows how all the lights in a room are “no linger mixed together in a colorful jumble [above] but are perfectly coordinated. The same applies, for example, to the gradient color transitions of corresponding products, where SpatialAware even takes the orientation into account.”

Philips Hue also introduced a few other features. To start with, the company is adding support for migrating multiple Hue Bridges to a single Bridge Pro during the setup process. In addition, the Hue Secure Camera, Hue Secure video doorbell and Hue contact sensors will soon work with Apple Home. Users will also see live video with picture-in-picture mode on Apple TV and get real-time alerts on the Apple Home app. 

The Hue AI assistant has been updated so you can now creation automations based on natural language requests — for instance, “wake me up at 6:45 AM every day except on Wednesdays.” New AI assistant languages have been added (Dutch, German and Spanish) and the Hue app will start showing automations within the rooms and zones they’re set to control, so you won’t need to jump around in the app as much. All those new features are set to arrive in Q1 2026. 

This article originally appeared on Engadget at https://www.engadget.com/home/smart-home/philips-hue-spatialaware-feature-harmonizes-all-the-lights-in-a-room-101843600.html?src=rss

Ritchie Torres has introduced a bill to ban government officials from using insider information to trade on political prediction markets like Polymarket. The bill was prompted by reports that traders on Polymarket made large profits betting on Nicolas Maduro’s removal, raising suspicions that some wagers were placed using material non-public information. “While such insider trading in capital markets is already illegal and often prosecuted by the Justice Department and Securities and Exchange Commission, online prediction markets are far less regulated,” notes Axios. From the report: Rep. Ritchie Torres’ (D-N.Y.) three-page bill, a copy of which was obtained by Axios, is called the Public Integrity in Financial Prediction Markets Act of 2026. It would ban federal elected officials, political appointees and bureaucrats from making insider trades on prediction sites sites such as Polymarket. Specifically, the bill prohibits such government officials from trading based on information that is not publicly available and that “a reasonable investor would consider important in making an investment decision.” […] It’s not clear if House Speaker Mike Johnson (R-La.) would put Torres’ bill to a vote in the House or if President Trump would sign it. “We’re looking at the specifics of the bill, but we already ban the activity it cites and are in support of means to prevent this type of activity,” said Elisabeth Diana, a spokesperson for the prediction website Kalshi.

Diana added that the “activity from the past few days” did not occur on their platform.

Read more of this story at Slashdot.

National Weather Service pulled an AI-generated forecast graphic after it hallucinated fake town names in Idaho. “The blunder — not the first of its kind to be posted by the NWS in the past year — comes as the agency experiments with a wide range of AI uses, from advanced forecasting to graphic design,” reports the Washington Post. “Experts worry that without properly trained officials, mistakes could erode trust in the agency and the technology.” From the report: At first glance, there was nothing out of the ordinary about Saturday’s wind forecast for Camas Prairie, Idaho. “Hold onto your hats!” said a social media post from the local weather office in Missoula, Montana. “Orangeotild” had a 10 percent chance of high winds, while just south, “Whata Bod” would be spared larger gusts. The problem? Neither of those places exist. Nor do a handful of the other spots marked on the National Weather Service’s forecast graphic, riddled with spelling and geographical errors that the agency confirmed were linked to the use of generative AI.

NWS said AI is not commonly used for public-facing content, nor is its use prohibited. The agency said it is exploring ways to employ AI to inform the public and acknowledged mistakes have been made. “Recently, a local office used AI to create a base map to display forecast information, however the map inadvertently displayed illegible city names,” said NWS spokeswoman Erica Grow Cei. “The map was quickly corrected and updated social media posts were distributed.”

A post with the inaccurate map was deleted Monday, the same day The Washington Post contacted officials with questions about the image.
Cei added that “NWS is exploring strategic ways to continue optimizing our service delivery for Americans, including the implementation of AI where it makes sense. NWS will continue to carefully evaluate results in cases where AI is implemented to ensure accuracy and efficiency, and will discontinue use in scenarios where AI is not effective.” A Nov. 25 tweet out of the Rapid City, South Dakota, office also had misspelled locations and the Google Gemini logo in its forecast. NWS did not confirm whether the Rapid City image was made with generative AI.

Read more of this story at Slashdot.

Unless you run an AI data center, Nvidia’s announcements this CES have been more on the quiet end. There were updates to GeForce Now cloud streaming and its DLSS upscaling tech, but no new graphic cards. That’s fine—it’s normal for Nvidia to have a quiet year on consumer tech every now and then, and the RTX 50-series GPUs just came out last year. Unfortunately, it turns out those DLSS updates are actually making games run worse on older GPUs.

The new version of DLSS, called DLSS 4.5, is pretty great when it works. It already makes lighting appear far more realistic even when ray tracing or HDR isn’t being used, and in the spring, it will introduce dynamic frame generation, which can adjust how many AI frames are inserted into your game on the fly, so that it doesn’t waste compute producing more frames than necessary, or than your monitor can produce. I saw examples of both of these use cases in person at CES, and as someone who mostly plays without upscaling when I can, I was impressed enough that I might want to get a new GPU and make the swap.

And I stress that “new GPU” part. Unfortunately, DLSS 4.5 only seems to work best on Nvidia’s newest cards. It released in beta for all Nvidia GeForce RTX cards yesterday, but gamers on older RTX 3000-series cards are already reporting issues. According to a report from X user Mostly Positive Reviews (via Tom’s Hardware), users on the Nvidia GeForce RTX 3080 Ti GPU could see up to a 24% dip in performance in Cyberpunk 2077, and a 14% drop in The Last of Us Part 2. Those are just a few examples, but others in the comments posted their own headaches, as did users on Reddit.

That’s not a small issue. The RTX 3080 Ti might be a few generations behind, but it was near the top of the line when it was current. More importantly, according to Steam’s own data, the RTX 3060 is currently the most common graphics card on Steam, and it’s weaker than the RTX 3080 Ti. And technically, DLSS 4.5 is available for the even weaker RTX 2000-series, which are bound to run into even more severe problems.

So where’s this massive performance loss coming from, and what can you do about it? Likely, it has to do with the new AI transformer model powering DLSS, which Nvidia said was built with RTX 40-series and RTX 50-series cards in mind. While you can use DLSS 4.5 with an older GPU, it doesn’t seem like it’s intended.

Thankfully, if you decided to try out DLSS 4.5 on an older card and you don’t like what you’re seeing, you’re not stuck with it. Currently, public DLSS 4.5 implementation is in beta, and needs to be applied to games by choosing either the “Model M” or “Model L” preset in the Nvidia app (under “Latest” and “Custom,” respectively). Choosing another model, like Model K, should get you back to normal. When DLSS 4.5 gets a full release on January 13, I assume this will get even simpler.

Still, it’s not a great look that most Nvidia gamers can’t use its exciting new feature. Because it can be reversed, it doesn’t break anything, but it also shows that Nvidia is starting to leave all but its most loyal GPU customers behind. And as someone who mostly only uses upscaling while on weaker hardware like the Steam Deck, what I find especially weird is that upscaling is already all about using software to improve performance when you’re lacking raw power. That should theoretically make gamers with weaker cards the target audience.

Credit: Michelle Ehrhardt

But it’s not all doom-and-gloom for my fellow cheap gamers. Alongside DLSS 4.5, Nvidia also announced a native Linux client for Nvidia GeForce Now, alongside a native Amazon Fire TV app. That extends the cloud gaming platform to even more users, and because GeForce Now has a free tier, it’s a pretty sweet deal. Play it right, say by getting a Fire TV on sale and loading up a free game, and you could game using Nvidia’s latest GPUs on the big screen while spending less than $20. Sure, you might have to deal with some latency and video compression while doing it—as is the tradeoff with cloud gaming—but as DLSS 4.5 shows, even using local hardware comes with its own problems.

We may earn a commission from links on this page.

Radar-based sensors seem to be having a moment at CES, especially in tech meant for people to keep tabs on their aging family members. One product in particular caught my eye because it’s focused on a single important function—preventing kitchen fires caused by a person wandering away from the stove. 

iGuardStove is essentially a smart shutoff for a stove or cooktop. Its new, radar-equipped version costs $399 and can work on gas or electric stoves. (For gas, you’ll need to have a plumber install a shutoff valve.) If you leave the kitchen while cooking, a five-minute timer starts. If you don’t return by the time it goes off, the device either cuts the power to your electric stove, or shuts off the supply line to your gas stove. It can also notify a caregiver that a shutoff event occurred.

Why this is aging-in-place tech

A big theme in smart tech this year is aging-in-place. Most older adults would prefer to live at home as long as they can, but health challenges can make that difficult. When it comes to cooking or other activities that require a sharp mind, mental health issues like dementia come into play, as do medications that can have cognitive side effects. With all that in mind, caregivers often worry about a parent leaving the kitchen while cooking, forgetting that the stove is on. 

The National Fire Protection Association reports that cooking fires are the top cause of home fires, the top cause of fire-related injuries, and the number three cause of fire-related deaths. Unattended cooking equipment causes half of those deaths. Older adults are overrepresented as fire casualties compared to younger and middle-aged people.

The device has a five-minute timer, specifically, because that was a safety margin the company developed with safety organization UL, chief marketing officer Jon Landers told me. You can also override the five-minute timer if you’re roasting a turkey or preparing a slow-simmered sauce. In this case you tell the device how long the food is expected to cook, and it lets this cook time complete before resetting to the usual five-minute timer behavior.

Why radar is involved

A previous version of the iGuardStove used motion detectors, but if you’ve ever worked in an office that had lights on motion sensors, you know why that wasn’t a great solution: sit still at a table for too long, and the lights go off. The older version of the device could potentially shut off while you’re just waiting for your dinner to cook, and could be triggered by motion from pets. Radar solves those problems, since it can more accurately identify when a person is in the room.

I’ve been seeing radar in a number of aging-in-place products at CES this year. The Silver Shield from PontoSense uses radar to monitor a person’s presence and movement in a room, reporting movement and potential falls to a caregiver’s app. Luna, a conversation and reminder device from Cairns Health, includes radar that can monitor heart rate and breathing (even through blankets!) when positioned near a person’s bed. The iGuardStove has some monitoring features in common with those devices, but it stays focused on its main task of ensuring stoves aren’t left running unattended. 

Radar can “see” a lot, but it doesn’t feel quite as privacy-invading as a camera. Having a device in the kitchen is also a bit less intrusive than in a bedroom, for those who would feel creeped out knowing that a tech device is watching them sleep. 

Besides shutting off the stove, the iGuardStove can report to a caregiver (via an app, of course) things like what time each day a person first enters the kitchen. It can catch nighttime wandering if the person visits the kitchen at night; it can also send an alert if the person doesn’t seem to be up and active at their usual time. For example, if your mom usually makes coffee around 9:00 every morning, you can ask the app to notify you if the kitchen is still empty at 10:00. 

Other monitoring and safety features

Besides shutting off the stove and reporting on the presence of a person in the kitchen, the iGuardStove has a few other clever features. The version of the device made for gas stoves can detect unburned gas, in case somebody left it on without a burner running. 

The device can also be configured to keep the stove from being turned on by pets or children, or it can be locked to not allow cooking during certain hours or days (say, at night). The app can also alert a caregiver if temperatures get too hot or cold, prompting them to check in if a heat wave or a cold snap is bad enough to affect indoor temperatures.

While a lot of products I’ve seen at CES are speculative or hopeful in their use cases—I often find myself asking “who would actually use this?”—the iGuardStove seems thoughtfully designed and has a concrete use case and benefit. I was impressed! The new device is expected to ship later this year.

Not everyone remembers the unique controllers that never quite made it. As third-party peripheral makers attempt to offer gamers something different to the likes of DualSense and Joy-Cons, they often have to go in a different direction. GameSir’s Swift Drive (apparently a working product name) is definitely that. And if you remember 1998’s JogCon for the PS1, there’s definitely some shared DNA.

It features a compact steering wheel at the center of an otherwise typical controller design. It’s also got force feedback, tech usually found in (full-size!) steering wheel controllers. GameSir says it has a “high precision” Hall Effect encoder built in for “ultra-accurate” steering.

Mat Smith for Engadget

You will be able to adjust the steering range from 30 to 1080 degrees, but you’d likely want to keep it high – it’s the entire point of this controller. GameSir has added Hall-effect sensors to its more typical joysticks and buttons, while each trigger has its own haptic motor to simulate wheel slip and braking. Several RGB lights across the top of the controller will even attempt to replicate your in-game RPMs, which is a cute touch.

On the show floor at CES, I drove a big rig in a demonstration area that was stripped down to wireframe ramps and curved surfaces. The force-feedback is powerful and it’s a surprisingly satisfying driving experience as I wheeled around, rotating the steering wheel with both thumbs. The steering wheel can also be customized with different plates. It felt like a miniaturized steering-wheel controller and would lock out when I oversteered or stopped. You may be concerned about battery life, but the controller should last 20-30 hours on a single charge.

A GameSir spokesperson said the controller is expected to go on sale later this year, but pricing has not yet been confirmed.

This article originally appeared on Engadget at https://www.engadget.com/gaming/this-game-controller-has-a-force-feedback-steering-wheel-lodged-in-the-middle-034521141.html?src=rss

Boris Cherny, the creator of Claude Code at Anthropic, revealed a deceptively simple workflow that uses parallel AI agents, verification loops, and shared memory to let one developer operate with the output of an entire engineering team. “I run 5 Claudes in parallel in my terminal,” Cherny wrote. “I number my tabs 1-5, and use system notifications to know when a Claude needs input.” He also runs “5-10 Claudes on claude.ai” in his browser, using a “teleport” command to hand off work between the web and his local machine. This validates the “do more with less” strategy Anthropic’s President Daniela Amodei recently pitched during an interview with CNBC. VentureBeat reports: For the past week, the engineering community has been dissecting a thread on X from Boris Cherny, the creator and head of Claude Code at Anthropic. What began as a casual sharing of his personal terminal setup has spiraled into a viral manifesto on the future of software development, with industry insiders calling it a watershed moment for the startup.

“If you’re not reading the Claude Code best practices straight from its creator, you’re behind as a programmer,” wrote Jeff Tang, a prominent voice in the developer community. Kyle McNease, another industry observer, went further, declaring that with Cherny’s “game-changing updates,” Anthropic is “on fire,” potentially facing “their ChatGPT moment.”

The excitement stems from a paradox: Cherny’s workflow is surprisingly simple, yet it allows a single human to operate with the output capacity of a small engineering department. As one user noted on X after implementing Cherny’s setup, the experience “feels more like Starcraft” than traditional coding — a shift from typing syntax to commanding autonomous units.

Read more of this story at Slashdot.