Israel has operationally deployed Iron Beam, a 100,000-watt laser air-defense system capable of shooting down drones, rockets, and mortars at negligible per-shot cost. According to Tom’s Hardware, it marks the first real-world deployment of a high-energy laser as part of a modern, multi-layered missile defense network. From the report: The Iron Beam is a short-range line-of-sight laser interceptor that is extremely cheap to run and, therefore, perfectly suited for intercepting low-cost, high-volume threats. According to the official Israeli announcement, Iron Beam systems have “successfully intercepted rockets, mortars, and UAVs.”

A complex mix of government, military, scientific, and commercial interests were responsible for the research and development of the Iron Beam laser system. Central to the Iron Beam are “an advanced laser source and a unique electro-optical targeting system, enabling the interception of a wide range of targets at an enhanced operational range, with maximum precision and superior efficiency,” boasted the press release by Israel’s MoD. Moreover, it works “at a negligible marginal cost, which constitutes the laser system’s primary advantage.”

We don’t get much more by way of technical details, perhaps understandably. However, Rafael Advanced Defense Systems execs heralded the system’s “unique adaptive optics technology,” in what it calls “the world’s most advanced laser-based system for intercepting aerial threats.” Its operational debut “marks the beginning of the era of high-energy laser defense,” they claimed.

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An anonymous reader quotes a report from the New York Times: South Africans … have found a remedy for power cuts that have plagued people in the developing world for years. Thanks to swiftly falling prices of Chinese made solar panels and batteries, they now draw their power from the sun. These aren’t the tiny, old-school solar lanterns that once powered a lightbulb or TV in rural communities. Today, solar and battery systems are deployed across a variety of businesses — auto factories and wineries, gold mines and shopping malls. And they are changing everyday life, trade and industry in Africa’s biggest economy. This has happened at startling speed. Solar has risen from almost nothing in 2019 to roughly 10 percent of South Africa’s electricity-generating capacity.

No longer do South Africans depend entirely on giant coal-burning plants that have defined how people worldwide got their electricity for more than a century. That’s forcing the nation’s already beleaguered electric utility to rethink its business as revenues evaporate. Joel Nana, a project manager with Sustainable Energy Africa, a Cape Town-based organization, called it “a bottom-up movement” to sidestep a generations-old problem. “The broken system is unreliable electricity, expensive electricity or no electricity at all,” he said. “We’ve been living in this situation forever.” What’s happening in South Africa is repeating across the continent. Key to this shift: China’s ambition to lead the world in clean energy. The report says that more than 7 gigawatts of solar capacity have been installed in South Africa over the past five years — about 1/10 of the country’s total installed capacity (55 GW). And most of this new solar capacity is privately owned and installed by households and businesses rather than utilities.

Across the continent, Chinese solar imports rose 50% in the first 10 months of 2025. Cheap Chinese solar is rapidly reshaping Africa’s energy landscape from the bottom up but it’s also shifting geopolitical influence, hollowing out local manufacturing opportunities, and deepening divides between those who can afford energy independence and those who can’t. “The solar surge does little to address the most pressing social and economic problems of developing countries like South Africa, the need to generate new jobs for millions of young citizens,” reports the NYT. “Installation labor is local, but the panels and batteries are almost all made in China.”

Further reading: Why Solarpunk Is Already Happening In Africa

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In an opinion piece for Computerworld, columnist Steven Vaughan-Nichols argues that restrictive visa policies and a hostile border climate under the Trump administration are driving foreign tech workers, researchers, and conference speakers away from the U.S. The result, he says, is a gradual shift of talent, events, and long-term innovation toward more welcoming regions such as Europe, Canada, and Asia. From the report: I go to a lot of tech conferences — 13 in 2025 — and many of those I attend are outside the U.S.; several are in London, one is in Amsterdam, another in Paris, and two in Tokyo. Wherever I went this past year, when we weren’t talking about AI, Linux, the cloud, or open-source software, the top non-tech topic for non-Americans involved the sweeping changes that have occurred since President Donald J. Trump returned to office last January. The conversations generally ended with something like this: “I’m not taking a job or going to a conference in the United States.”

Honestly, who can blame them? Under Trump, America now has large “Keep Out!” and “No Trespassing!” signs effectively posted. I’ve known several top tech people who tried to come to the U.S. for technology shows with proper visas and paperwork, but were still turned away at the border. Who wants to fly for 8+ hours for a conference, only to be refused entry at the last minute, and be forced to fly back? I know many of the leading trade show organizers, and it’s not just me who’s seeing this. They universally agree that getting people from outside the States to agree to come to the U.S. is increasingly difficult. Many refuse even to try to come. As a result, show managers have begun to close U.S.-based events and are seeking to replace them with shows in Europe, Canada, and Asia. […]

Once upon a time, everyone who was anyone in tech was willing to uproot their lives to come to the U.S. Here, they could make a good living. They could collaborate, publish, and build companies in jurisdictions that welcome them, and meet their peers at conferences. Now, they must run a gauntlet at the U.S. border and neither a green card nor U.S. citizenship guarantees they won’t be abused by the federal government. Trump’s America seems bound and determined to become a second-rate tech power. His administration can loosen all the restrictions it wants on AI, but without top global talent, U.S. tech prowess will decline. That’s not good for America, the tech industry or the larger world.

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One-Netbook has unveiled the OneXSugar Wallet, the first gaming handheld with a folding OLED display. The Verge reports: The OneXSugar Wallet was announced on China’s Weibo yesterday, but with few details about its features and capabilities. That folding OLED screen has a resolution of 2480 x 1860 pixels, and the handheld will be powered by an unspecified “Qualcomm gaming platform flagship processor,” but its performance and emulation capabilities are unknown.

Based on photos and a video released by One-Netbook, the OneXSugar Wallet will feature a standard set of controls including asymmetrical thumbsticks, four action buttons, and a D-pad situated on either side of the lower half of its display. There are also shoulder buttons and triggers on the back of the handheld, and a pair of front-facing speakers flanking the top half of the screen. The biggest question is how much will the handheld cost…

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LG just revealed several new speakers in the xboom line ahead of CES 2026. These speakers are part of an ongoing collaboration with will.i.am from Black Eyed Peas, who is on board as the “experimental architect” involved with “development, design and brand marketing.”

These speakers are fairly different from one another, but they all have AI in common. Each speaker includes an algorithm that automatically adjusts the EQ after analyzing the audio content and the listening space. Many also feature an AI algorithm for ambient lighting, which will adjust the lights to match the song being played.

The xboom Stage 501 is intended for parties and karaoke sessions. It features additional AI that can remove vocals from “virtually any song” and even adjust the pitch. The battery lasts for around 25 hours and can operate while plugged in. The speaker delivers up to 220W of power, with dual woofers and full-range drivers. It boasts a five-sided cabinet design that allows for vertical and horizontal placement.

LG

The xboom Blast is a boombox with a 99Wh battery that allows for up to 35 hours of continuous playback. That’s a mighty fine metric. This is a modern boombox, so it’s designed for durability. There are edge bumpers and a side rope handle for carrying.

LG

The Mini is a tiny doodad that can be placed just about anywhere. It offers ten hours of battery life per charge and a strap for easy placement. The speaker also includes a built-in tripod mount.

LG

The Rock is a, well, rock-shaped speaker that’s larger than the Mini but can still be held in the palm of the hand. The battery lasts for ten hours and the design is focused on durability. It has been tested to “seven military standards” to ensure reliability in “challenging outdoor environments.” This is an upgrade of the pre-existing XG2 model.

We don’t have pricing or exact availability on this stuff yet, though the speakers will be on display at LG’s booth at CES. The company has said that all four of these gadgets will come out in 2026.

This article originally appeared on Engadget at https://www.engadget.com/audio/speakers/lg-announces-new-line-of-xboom-speakers-ahead-of-ces-010052598.html?src=rss

PC Gamer argues that 2025 was a year full of high-profile AI embarrassments across games and entertainment, with Disney and Lucasfilm serving as the “opening salvo.” From the report: At a TED talk back in April, Lucasfilm senior vice president of creative innovation Rob Bredow presented a demonstration of what he called “a new era of technology.” Across 50 years of legendary innovation in miniature design, practical effects, and computer animation, Lucasfilm and its miracle workers at Industrial Light & Magic have blazed the trail for visual effects in creative storytelling — and now Bredow was offering a glimpse at what wonders might come next.

That glimpse, created over two weeks by an ILM artist, was Star Wars: Field Guide: a two-minute fizzle reel of AI-generated blue lions, tentacled walruses, turtles with alligator heads, and zebra-stripe chimpanzees, all lazily spliced together from the shuffled bits of normal-ass animals. These “aliens” were less Star Wars than they were Barnum & Bailey. It felt like a singular embarrassment: Instead of showing its potential, generative AI just demonstrated how out of touch a major media force had become. And then it kept happening.

At the time, I wondered whether evoking the legacy of Lucasfilm just to declare creative bankruptcy had provoked enough disgusted responses to convince Disney to slow its roll on AI ventures. In the months since, however, it’s clear that Star Wars: Field Guide wasn’t a cautionary tale. It was a mission statement. Disney is boldly, firmly placing its hand on the hot stove. Other embarrassing AI use cases include Fortnite’s AI-powered Darth Vader NPC, Activision’s use of AI-generated art in what was widely described as the “weakest” Call of Duty launch in years, McDonald’s short-lived AI holiday ad, and Disney’s $1 billion licensing deal with OpenAI.

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This is a video from 4 Ever Green detailing some of the more exotic species of pigeons from around the world, birds that come in all sorts of wild color and pattern combinations. How about that! Personally, I think standard New York City pigeons are beautiful, but that’s just me and I’m probably biased because I’ve trained a bunch of them to steal coins from tourists. Just a few more years and my bird friends and I should have enough saved to pay last month’s rent.

This is a short video of a robot operator taking a swift kick to the nuts by the Unitree G1 robot that’s copying his moves. In the operator’s own translated words while I pretend to tear my own head off just in case any robots are copying me:

Before that moment, g1 was my alter ego, and after that moment… (Holy cow, I can’t believe I have 1000 followers and can actually promote products! I’ll give it a try!), This video contains algorithm development experiments. The robot is dangerous, so everyone please watch out for your… well, you know.

Was this user error? 100%. If there’s a robot aping your moves, you do NOT throw any punches or perform any kicks. That’s like, Robot Operation 101. “Didn’t you fail Robot Operation 101?” Yeah, but only because I didn’t go. “What about geometry?” That I failed because shapes are confusing. “And what about colors?” Don’t even get me started.

An anonymous reader quotes a report from DW: India has surpassed Japan to become the world’s fourth-largest economy, according to calculations in the Indian government’s end-of-year economic review. On current trends, India is expected to overtake Germany to become the world’s third-largest economy within the next three years, the review said.

The review said India’s gross domestic product has already reached about $4.18 trillion, and is projected to reach $7.3 trillion by 2030. On current trends, it said, India would trail only the United States and China in economic heft. India’s real GDP grew 8.2% in the second quarter of the 2025-26 financial year, up from 7.8% in the previous quarter and marking a six-quarter high.

Export performance has also strengthened, the review noted. Merchandise exports rose to $38.13 billion in November, up from $36.43 billion in January, supported by engineering goods, electronics, pharmaceuticals, and petroleum products. Official confirmation however depends on data due in 2026 when final annual GDP figures are released. The International Monetary Fund suggests India will surpass Japan next year. The Reserve Bank of India has revised its growth forecast for the 2025-26 financial year upward to 7.3%.

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Axios reports that venture capitalist Alex Davis is warning that a speculative rush to build data centers without committed tenants could trigger a financing crunch by 2027-2028.

“This critique is coming from inside the AI optimist camp,” notes Axios, as Davis’ firm, Disruptive, “recently led a large investment in AI chipmaker Groq, which then signed a $20 billion licensing deal with Nvidia. It’s also backed such unicorn startups as Reflection AI, Shield AI and Gecko Robotics.”

Here’s what Davis had to say in his investor letter this morning: “While I continue to believe the ongoing advancements in AI technology present ‘once in a lifetime’ investment opportunities, I also continue to see risks and reason for caution and investment discipline. For example, we are seeing way too many business models (and valuation levels) with no realistic margin expansion story, extreme capex spend, lack of enterprise customer traction, or overdependence on ’round-trip’ investments — in some cases all with the same company. I am also deeply concerned about the ‘speculative’ data center market. The ‘build it and they will come’ strategy is a trap. If you are a hyperscaler, you will own your own data centers. We foresee a significant financing crisis in 2027-2028 for speculative landlords. We want to back theowner/users, not the speculative landlords, and we are quite concerned for their stress on the system.”
The full letter can be found here.

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China is quietly mandating that chipmakers use at least 50% domestically made equipment when expanding capacity, “as Beijing pushes to build a self-sufficient semiconductor supply chain,” according to Reuters. From the report: The rule is not publicly documented, but chipmakers seeking state approval to build or expand their plants have been told by authorities in recent months that they must prove through procurement tenders that at least half their equipment will be Chinese-made, the people told Reuters. The mandate is one of the most significant measures Beijing has introduced to wean itself off reliance on foreign technology, a push that gathered pace after the U.S. tightened technology export restrictions in 2023, banning sales of advanced AI chips and semiconductor equipment to China.

While those U.S. export restrictions blocked the sale of some of the most advanced tools, the 50% rule is leading Chinese manufacturers to choose domestic suppliers even in areas where foreign equipment from the U.S., Japan, South Korea and Europe remain available. Applications failing the threshold are typically rejected, though authorities grant flexibility depending on supply constraints, the people said. The requirements are relaxed for advanced chip production lines, where domestically developed equipment is not yet fully available. “Authorities prefer if it is much higher than 50%,” one source told Reuters. “Eventually they are aiming for the plants to use 100% domestic equipment.”

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