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Technology
AI agents are science fiction not yet ready for primetime
It all started with J.A.R.V.I.S. Yes, that J.A.R.V.I.S. The one from the Marvel movies.
Well, maybe it didn’t start with Iron Man’s AI assistant, but the fictional system definitely helped the concept of an AI agent along. Whenever I’ve interviewed AI industry folks about agentic AI, they often point to J.A.R.V.I.S. as an example of the ideal AI tool in many ways — one that knows what you need done before you even ask, can analyze and find insights in large swaths of data, and can offer strategic advice or run point on certain aspects of your business. People sometimes disagree on the exact definition of an AI agent, but at its core, it’s a step beyond chatbots in that it’s a system that can perform multistep, complex tasks on your behalf without constantly needing back-and-forth communication with you. It essentially makes its own to-do list of subtasks it needs to complete in order to get to your preferred end goal. That fantasy is closer to being a reality in many ways, but when it comes to actual usefulness for the everyday user, there are a lot of things that don’t work — and maybe will never work.
The term “AI agent” has been around for a long time, but it especially started trending in the tech industry in 2023. That was the year of the concept of AI agents; the term was on everyone’s lips as people tried to suss out the idea and how to make it a reality, but you didn’t see many successful use cases. The next year, 2024, was the year of deployment — people were really putting the code out into the field and seeing what it could do. (The answer, at the time, was… not much. And filled with a bunch of error messages.)
I can pinpoint the hype around AI agents becoming widespread to one specific announcement: In February 2024, Klarna, a fintech company, said that after one month, its AI assistant (powered by OpenAI’s tech) had successfully done the work of 700 full-time customer service agents and automated two-thirds of the company’s customer service chats. For months, those statistics came up in almost every AI industry conversation I had.
The hype never died down, and in the following months, every Big Tech CEO seemed to harp on the term in every earnings call. Executives at Amazon, Meta, Google, Microsoft, and a whole host of other companies began to talk about their commitment to building useful and successful AI agents — and tried to put their money where their mouths are to make it happen.
The vision was that one day, an AI agent could do everything from book your travel to generate visuals for your business presentations. The ideal tool could even, say, find a good time and place to hang out with a bunch of your friends that works with all of your calendars, food preferences, and dietary restrictions — and then book the dinner reservation and create a calendar event for everyone.
Now let’s talk about the “AI coding” of it all: For years, AI coding has been carrying the agentic AI industry. If you asked anyone about real-life, successful, not-annoying use cases for AI agents happening right now and not conceptually in a not-too-distant future, they’d point to AI coding — and that was pretty much the only concrete thing they could point to. Many engineers use AI agents for coding, and they’re seen as objectively pretty good. Good enough, in fact, that at Microsoft and Google, up to 30 percent of the code is now being written by AI agents. And for startups like OpenAI and Anthropic, which burn through cash at high rates, one of their biggest revenue generators is AI coding tools for enterprise clients.
So until recently, AI coding has been the main real-life use case of AI agents, but obviously, that’s not pandering to the everyday consumer. The vision, remember, was always a jack-of-all-trades sort of AI agent for the “everyman.” And we’re not quite there yet — but in 2025, we’ve gotten closer than we’ve ever been before.
Last October, Anthropic kicked things off by introducing “Computer Use,” a tool that allowed Claude to use a computer like a human might — browsing, searching, accessing different platforms, and completing complex tasks on a user’s behalf. The general consensus was that the tool was a step forward for technology, but reviews said that in practice, it left a lot to be desired. Fast-forward to January 2025, and OpenAI released Operator, its version of the same thing, and billed it as a tool for filling out forms, ordering groceries, booking travel, and creating memes. Once again, in practice, many users agreed that the tool was buggy, slow, and not always efficient. But again, it was a significant step. The next month, OpenAI released Deep Research, an agentic AI tool that could compile long research reports on any topic for a user, and that spun things forward, too. Some people said the research reports were more impressive in length than content, but others were seriously impressed. And then in July, OpenAI combined Deep Research and Operator into one AI agent product: ChatGPT Agent. Was it better than most consumer-facing agentic AI tools that came before? Absolutely. Was it still tough to make work successfully in practice? Absolutely.
So there’s a long way to go to reach that vision of an ideal AI agent, but at the same time, we’re technically closer than we’ve ever been before. That’s why tech companies are putting more and more money into agentic AI, by way of investing in additional compute, research and development, or talent. Google recently hired Windsurf’s CEO, cofounder, and some R&D team members, specifically to help Google push its AI agent projects forward. And companies like Anthropic and OpenAI are racing each other up the ladder, rung by rung, to introduce incremental features to put these agents in the hands of consumers. (Anthropic, for instance, just announced a Chrome extension for Claude that allows it to work in your browser.)
So really, what happens next is that we’ll see AI coding continue to improve (and, unfortunately, potentially replace the jobs of many entry-level software engineers). We’ll also see the consumer-facing agent products improve, likely slowly but surely. And we’ll see agents used increasingly for enterprise and government applications, especially since Anthropic, OpenAI, and xAI have all debuted government-specific AI platforms in recent months.
Overall, expect to see more false starts, starts and stops, and mergers and acquisitions as the AI agent competition picks up (and the hype bubble continues to balloon). One question we’ll all have to ask ourselves as the months go on: What do we actually want a conceptual “AI agent” to be able to do for us? Do we want them to replace just the logistics or also the more personal, human aspects of life (i.e., helping write a wedding toast or a note for a flower delivery)? And how good are they at helping with the logistics vs. the personal stuff? (Answer for that last one: not very good at the moment.)
- Besides the astronomical environmental cost of AI — especially for large models, which are the ones powering AI agent efforts — there’s an elephant in the room. And that’s the idea that “smarter AI that can do anything for you” isn’t always good, especially when people want to use it to do… bad things. Things like creating chemical, biological, radiological, and nuclear (CBRN) weapons. Top AI companies say they’re increasingly worried about the risks of that. (Of course, they’re not worried enough to stop building.)
- Let’s talk about the regulation of it all. A lot of people have fears about the implications of AI, but many aren’t fully aware of the potential dangers posed by uber-helpful, aiming-to-please AI agents in the hands of bad actors, both stateside and abroad (think: “vibe-hacking,” romance scams, and more). AI companies say they’re ahead of the risk with the voluntary safeguards they’ve implemented. But many others say this may be a case for an external gut-check.
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Technology
Shocker: Elon Musk spends a lot of time on X posting bad political takes
NBC News’s David Ingram analyzed a month’s worth of Elon Musk’s X posts (our condolences). While what he was able to glean wasn’t too surprising, it was still interesting to see the numbers all laid out. Between September 17th and October 17th, he posted 1,716 times, averaging a little over 55 posts a day. 49 percent of those were about politics, usually fringe. He seems particularly hung up on the race of people on TV and in movies, including going after child actors.
Other things Elon likes to talk about? Crime, Tesla — oh, and of course, himself. Over the 30 days, Elon posted about himself 109 times. He often even reposts his own stan accounts that exist only to fuel his ego. We already knew that Elon liked to post bad political takes and was into self-aggrandising, but now we have some hard data to back it up.
Technology
Smart fabric muscles could change how we move
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A new robotic breakthrough out of South Korea may soon turn your clothes into assistive tech. Researchers have found a way to mass-produce ultra-thin “fabric muscles” that can flex and lift like human tissue. The innovation could redefine how wearable robots support people in everyday life.
Scientists at the Korea Institute of Machinery and Materials (KIMM) developed an automated weaving system that spins shape-memory alloy coils thinner than a strand of hair.
Despite weighing less than half an ounce, this new material can lift about 33 pounds. That makes it light, flexible and strong enough to power the next generation of wearable robotics.
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WORLD’S FIRST AI-POWERED INDUSTRIAL SUPER-HUMANOID ROBOT
Dr. Cheol Hoon Park, principal researcher at the Korea Institute of Machinery and Materials, examines a lightweight clothing-type wearable robot. (KIMM)
A new way to build strength into clothing
Until now, most wearable robots have relied on motors or pneumatic systems. These made them bulky, loud and expensive. They also limited how easily a person could move.
KIMM’s solution replaces the metal core of earlier coil designs with natural fiber. This shift allows the yarn to stretch more freely while keeping its power. The upgraded weaving system now produces these fabric muscles continuously, paving the way for large-scale manufacturing.
The result is a lightweight actuator that moves naturally with the body. It can support multiple joints at once, like the shoulders, elbows and waist, without restricting movement.
Real results from early testing
The team built the world’s first clothing-type wearable robot weighing less than 4.5 pounds. In testing, it cut muscle effort by more than 40% during repetitive work.
A smaller version designed for shoulder support weighs only about 1.8 pounds. In hospital trials at Seoul National University Hospital, patients with muscle weakness improved their shoulder movement by more than 57%.
These results show that fabric muscles can do much more than help factory workers; they can restore independence and mobility for people who need it most.
THE NEW ROBOT THAT COULD MAKE CHORES A THING OF THE PAST
A man runs while wearing an AI-powered exoskeleton. (Kurt “CyberGuy” Knutsson)
What this means to you
This new kind of wearable tech could one day show up in your daily routine. Picture a jacket that quietly helps lift groceries, or a work shirt that reduces strain during long shifts. For people in recovery, it could offer gentle, continuous support that makes movement easier and less painful.
Healthcare professionals could see fewer injuries, while patients gain more freedom. And in industries like construction and logistics, these fabric muscles could reduce fatigue and boost safety.
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Kurt’s key takeaways
KIMM’s success with automated fabric muscle production marks a turning point for wearable robotics. By weaving strength into soft, flexible materials, engineers are closing the gap between machine power and human comfort. As this technology spreads from labs to workplaces and homes, the idea of clothing that truly supports you, physically and practically, is becoming a reality.
PUTIN CALLS DANCING RUSSIAN ROBOT ‘VERY BEAUTIFUL’ IN AWKWARD AI CONFERENCE MOMENT
The humanoid robot Tiangong, developed by Beijing Innovation Center of Humanoid Robotics Co., moves an orange during a demonstration at Beijing Robotics Industrial Park in Beijing E-Town, China, on May 16, 2025. (REUTERS/Tingshu Wang)
Would you wear robotic clothing if it meant less strain, more strength, and greater freedom every day? Let us know by writing to us at Cyberguy.com.
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Technology
The best AR glasses are cheaper than ever during Black Friday
I’ll admit it, I thought AR glasses like the Xreal One were a joke when I first heard about them. But they clicked for me as a gamer when I realized they could be plugged into a Steam Deck or an iPad to have my own huge, private display no matter where I am. If you want to be fully immersed in your games and movies (without wearing a bulky VR headset), there are some great AR glasses on sale for their lowest prices ever for Black Friday.
The Xreal One glasses are packed with features and cost $399.99 at Amazon and Best Buy, which is $180 off the original price. This model will look unassuming on your face, save for the USB-C cable you’ll attach to its ear hook to connect your device. The One supports a fast 120Hz refresh rate at 1080p, and its Micro OLED screens provide excellent contrast. The arms of the glasses have built-in Bose-tuned speakers that pipe audio downwards into your ears.
One of my favorite features in the One, three degrees of freedom, lets you virtually anchor the screen in place so it’s not always moving with your head. If you’re in a car, train, or plane, this might be essential to use if watching screens makes your motion sickness worse. As for downsides, the One lacks a hardware-based myopia dial to account for nearsightedness. If the screens look blurry, you may need to get prescription lenses for them.
If having myopia adjustments is crucial to you, I suggest checking out Viture’s Luma Pro glasses, which include the setting. You can get them in the regular size for $424.99 (typically around $500 outside of a sale) at Amazon and Best Buy, or in a large size for $449, also at Amazon. These have a bit more of a gamer-y look, which some may not like, but they’re similar to the Xreal One in both functions and specs. They boast a slightly sharper 1200p resolution with Micro OLED screens and up to a 120Hz refresh rate. Harman tuned their built-in speakers.
We apparently can’t just have one set of AR glasses in 2025 that can do it all for under $500, though. The Viture model lacks the three degrees of freedom that the Xreal One includes. In other words, the screen’s image will move as you move your head. That’ll either be totally fine with you, or it’ll be a deal-breaker.
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