ChatGPT 4 is the paid version of ChatG{T, in this guide we look at several free alternatives that offer something similar to the paid version of ChatGPT. In the ever-evolving world of artificial intelligence, the quest for efficient and versatile AI tools is unending. If you’re on the lookout for alternatives to ChatGPT 4, you […]
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The world of artificial intelligence is on the cusp of another significant leap forward as OpenAI, a leading AI research lab, is diligently working on the development of ChatGPT-5. This new model is expected to be made available sometime later this year and bring with it substantial improvement over its predecessors, with enhancements that could […]
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In the current era of information saturation, maintaining productivity is increasingly challenging. However, a solution is at hand with Google Bard, the advanced AI-powered language model. Google Bard represents much more than a simple query-answering tool; it embodies a comprehensive and dynamic personal productivity assistant. This system, powered by a sophisticated algorithm, is intricately designed […]
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Alienware's latest gaming monitors redefine the game with 4K visuals, unmatched speed, and eco-friendly vibes. Elevate your gaming experience now!
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There was a time when smartwatches were seen as geeky trinkets that had no place on ordinary people’s wrists. It took the success of the Apple Watch and the collaboration of fashion brands to bring this piece of wearable technology to the masses. But while smartwatches have finally found their legs, that doesn’t necessarily mean that it has been a profitable business either. It seems that those brands that have made smartwatches literally fashionable are starting to reconsider their strategies, especially with only a few successful products that are unsurprisingly still dominated by consumer electronics companies. Fossil has apparently decided to just pull the plug and call it quits on the smartwatch market, preferring to focus its resources on the designer products that actually bring in the money.
Designer: Fossil (via The Verge)
When smartwatches first came to the market, it was smartphone manufacturers that took the lead. Compared to the selection we have today, it’s not surprising why most people shied away from having them on their wrists. They were large, clunky, and visually unappealing. And they required charging almost every night.
While the Apple Watch would always be an exception, it took negotiations with brands like Fossil, TAG Heuer, Mont Blanc, and Michael Kors, just to name a few, to really bring smartwatch designs to the same level as traditional timepieces, at least on the outside. To some extent, there was a successful push to turn these pieces of wearable technology into true fashion accessories and, given some of the prices, luxury items. Now smartwatches are more or less more common, but that doesn’t mean the market for the more fashionable smartwatches is actually growing. In fact, you could almost say that the top smartwatch vendors are Apple, Samsung, and Google on the higher end, and Xiaomi, Mobvoi, and smaller manufacturers on the opposite end.
Confirming rumors that were already going around the Internet, Fossil announced that it was exiting the smartwatch business. It was a “strategic decision” and would focus on the “core segments of our business that continue to provide strong growth,” namely traditional watches, jewelry, and leather goods. Reading between the lines, it means that its line of smartwatches isn’t providing that kind of growth and it doesn’t foresee that changing in the future.
This makes the Fossil Gen 6 that was launched in 2021 the last smartwatch the marque will ever make. Fossil does promise to continue supporting its existing smartwatches for the next few years, though it probably really means only one or two years moving forward. Fossil is the first brand to make this big announcement, but it probably won’t be the last as the designer smartwatch market continues to stagnate or even shrink, leaving smartphone manufacturers to take the helm once more.
The post Fossil will no longer make smartwatches, implies weak market for designer wearables first appeared on Yanko Design.
For professionals and hobbyists alike, diagrams serve as a crucial tool for organizing thoughts, processes, and systems. Recognizing this need, a custom GPT has been created for ChatGPT in the form of a diagramming tool that promises to make the creation of various types of diagrams both simple and efficient. This ChatGPT diagram creation tool […]
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ElevenLabs, an AI startup that offers voice cloning services with its tools, has banned the user that created an audio deepfake of Joe Biden used in an attempt to disrupt the elections, according to Bloomberg. The audio impersonating the president was used in a robocall that went out to some voters in New Hampshire last week, telling them not to vote in their state's primary. It initially wasn't clear what technology was used to copy Biden's voice, but a thorough analysis by security company Pindrop showed that the perpetrators used ElevanLabs' tools.
The security firm removed the background noise and cleaned the robocall's audio before comparing it to samples from more than 120 voice synthesis technologies used to generate deepfakes. Pindrop CEO Vijay Balasubramaniyan told Wired that it "came back well north of 99 percent that it was ElevenLabs." Bloomberg says the company was notified of Pindrop's findings and is still investigating, but it has already identified and suspended the account that made the fake audio. ElevenLabs told the news organization that it can't comment on the issue itself, but that it's "dedicated to preventing the misuse of audio AI tools and [that it takes] any incidents of misuse extremely seriously."
The deepfaked Biden robocall shows how technologies that can mimic somebody else's likeness and voice could be used to manipulate votes this upcoming presidential election in the US. "This is kind of just the tip of the iceberg in what could be done with respect to voter suppression or attacks on election workers," Kathleen Carley, a professor at Carnegie Mellon University, told The Hill. "It was almost a harbinger of what all kinds of things we should be expecting over the next few months."
It only took the internet a few days after ElevenLabs launched the beta version of its platform to start using it to create audio clips that sound like celebrities reading or saying something questionable. The startup allows customers to use its technology to clone voices for "artistic and political speech contributing to public debates." Its safety page does warn users that they "cannot clone a voice for abusive purposes such as fraud, discrimination, hate speech or for any form of online abuse without infringing the law." But clearly, it needs to put more safeguards in place to prevent bad actors from using its tools to influence voters and manipulate elections around the world.
This article originally appeared on Engadget at https://www.engadget.com/elevenlabs-reportedly-banned-the-account-that-deepfaked-bidens-voice-with-its-ai-tools-083355975.html?src=rss
If you’re a Mac user keen on enhancing your productivity and user experience, you will be pleased to know that 2024 has ushered in a suite of compelling applications that are transforming how we interact with our Macs. These apps, highlighted in a recent YouTube video Andrew Ethan Zeng, range from security tools to creative […]
The post 14 Awesome New Mac Apps You Should Check Out (Video) appeared first on Geeky Gadgets.
Everyday Carry (EDC) is everywhere, and they come in all shapes and sizes with what appears to be an unlimited laundry list of features. However, if you’re the type of person who wants a simple yet elegantly designed utility knife that lives side by side with your keys, then the KIWI, a titanium trapezoid utility knife, could be considered as striking the perfect balance between functionality and convenience that stand out as indispensable tools. With its focus on precision cutting and ease of use, unlike the conventional multitools that aim to cover a broad range of functionalities, the KIWI carves its niche by excelling in what it does best: cutting with unparalleled precision and reliability.
Designer: Ying Wang for DailyGizmo
Click Here to Buy Now: Starting at $59 $79 (25% off). Hurry, only 39 left!
The design philosophy of the KIWI is rooted in minimalism, stripping away the unnecessary to focus on the essential. It boasts a sleek titanium blade holder that houses a standard trapezoid utility blade, epitomizing the “less is more” approach. This design choice enhances the knife’s aesthetic appeal and ensures its functionality, allowing for smooth and effortless blade deployment and retraction. I respect the idea that simplicity can coexist with efficiency, offering a seamless cutting experience without the fuss.
Crafted for standard trapezoid utility blades, KIWI boasts a quick-release design for effortless blade replacement
One of the most notable features of the KIWI is its quick-release blade mechanism. This thoughtful design addresses the common issue of maintaining a sharp edge in utility knives. This feature allows for easy and quick blade replacement, ensuring that you’re always carrying around a knife that’s always ready for action. The knife’s lightweight yet robust construction is another hallmark of its design. By hollowing out a significant portion of the titanium sheet, the KIWI achieves an impressive lightness akin to a quail egg without compromising strength or durability.
Changing the blade is exceptionally convenient—effortless for anyone, ensuring a hassle-free experience.
The one-piece structure, specifically designed to work with standard trapezoid utility blades, measures 5.2mm in width, 25.1mm in height, and 76.6mm in length. I like comparing the Kiwi to a bespoke Italian suit for an everyday utility blade, which can be easily replaced when dull. Changing blades in small knives can often be a cumbersome and risky task, but the KIWI addresses this issue with a blade change mechanism that is both safe and simple.
KIWI’s user-friendly method of changing blades involves merely pressing and pushing the blade all the way out to remove it and doing the reverse to install a new one. This approach underscores KIWI’s commitment to a hassle-free experience, ensuring the knife is accessible and convenient for users of all skill levels.
In terms of blades, the housing is compatible with the standard blade and the hook, black-coated, and rounded-edge blades.
Safety is a paramount concern in the design of the KIWI, with a reliable locking mechanism that securely holds the blade in place, eliminating concerns for accidental slips leading to injuries thanks to a milled bump inside the trail serves to halt the blade, allowing precise control over the extension length. This focus on safety and the knife’s versatility makes the KIWI a trustworthy companion for many tasks, from delicate crafting projects to the rugged demands of outdoor adventures.
The addition of the built-in mini ruler, meticulously milled for precision, adds another layer of functionality, offering a convenient measuring tool that complements the knife’s primary purpose.
Its single-hand operation ensures unparalleled convenience, allowing for effortless use in various situations.
The choice of GR5 Titanium and brass for the knife’s construction contributes to its durability and stability and adds a touch of design elegance with the brass inlay decoration. This blend of materials sets the KIWI apart from its counterparts, making it a tool and a piece of art that lives on your keyring. The convenience of single-hand operation further elevates the user experience, allowing for effortless use across various use cases, from quick adjustments to precise cutting tasks.
The KIWI holds the blades safely and you don’t need to worry about the blade dropping or cutting your lap at all.
The robust mechanism, derived from the intrinsic properties of titanium and precision CNC machining, ensures a secure and reliable blade operation. The ergonomic grip, enhanced by CNC-machined grooves, provides comfort and control, even in challenging conditions, making the KIWI a tool and an extension of the user’s hand.
Once the blade is mounted, the locking bar securely locks it, preventing any accidental openings.
As a regular creator of unboxing videos for Yanko Design, I don’t require a large EDC. A beautifully crafted tool like the Kiwi enhances the production value of my videos. Since I often hold a camera or iPhone in one hand while opening a box, the ease of deploying the blade makes it both safe and effortless.
KIWI excels in a myriad of tasks, ensuring accuracy and adaptability for a wide range of uses.
A couple of convenient features include the ability to attach a 1/4 bit for times when you need to tighten or loosen screws. I use various photography accessories and mounts that require tightening; often, a hex tool is not readily available! Two tritium slots are on each side if you need to add tritium tubes.
Featuring a distinctive keychain hole, KIWI employs a 1/4 bit for effortless tightening or loosening of screws.
Lastly, the KIWI Titanium Trapezoid Utility Knife comes in two colorways: CNC satin silver or stonewashed grey. I personally prefer the latter because it creates a nice contrast between form and function.
Its minimalist design, innovative features, and premium materials make it an indispensable tool for a wide range of activities. Whether for everyday repairs, precision cutting, or outdoor adventures, I can see the KIWI being an essential addition to my EDC collection because it lives up to my expectations of an everyday carry with elegance and efficiency.
Click Here to Buy Now: Starting at $59 $79 (25% off). Hurry, only 39 left!
The post The TITANIUM Utility Knife is an elegantly designed EDC for everyday use first appeared on Yanko Design.
Do you ever wonder about those mysterious black dots and bands on your car’s windshield? You know, the ones around the edges, where the glass meets the metal frame of your car. I spent all my life assuming they were just a nifty graphic pattern that helped hide the glue marks of the glass being joined to the car frame, but turns out, they play a much larger and more important role than just being eye-candy. The black edges themselves and the dotted halftone pattern emerging from them both serve an incredibly technical purpose that helps prevent your windshield from coming apart or shattering under the wrong circumstances.
The frit, a term that might sound more at home in a sci-fi novel than in automotive jargon, refers to a black enamel band you’ve likely noticed lining the edges of your windshield The band surrounds the windshield on all sides, and comes with that signature halftone-inspired dotted gradient, disappearing gradually into the windshield. This particular element, which came into common use in the 1950s and 1960s, replaced the metal trim previously used to secure windshields. The purpose of this seemingly decorative feature is far more significant than meets the eye.
The term “frit” in the context of windshields and glass production has a fascinating origin, rooted in the broader field of glass and ceramics manufacturing. The word “frit” historically refers to a type of fused, granulated glass that was used as a starting material for making glass, porcelain, and ceramic products. This material was created by melting a mixture of raw materials, such as sand and fluxes, which would then be rapidly cooled to form a granular substance.
When it comes to automotive glass, the term “frit” has been adopted to describe the enamel band applied to the periphery of the windshield. This enamel, which is essentially a type of glass that has been ground into a fine powder and mixed with various pigments and additives, is silk-screened onto the glass in a paste form. The glass is then heated in a furnace, causing the frit to fuse to the surface, forming a permanent bond. The name “frit” for this band on windshields likely stems from the similarity of this process to the traditional method of making glass frit for other purposes. In both cases, the material is initially in a granular or powdered form and is then fused onto a glass surface through a heating process.
The primary role of the frit is to provide a rough surface that enhances the adhesion of the windshield to the car’s frame. This is essential for keeping the windshield securely in place, particularly in the event of a collision.
Another critical function is protecting the urethane sealant, which bonds the windshield to the car, from ultraviolet rays. UV exposure can weaken this sealant over time, leading to potential safety hazards. The frit acts as a shield, absorbing and blocking these harmful rays.
Beyond its functional roles, the frit also plays a cosmetic part. It smoothly transitions from the black border to the transparent glass, thanks to the dot-matrix pattern. This not only creates a more visually appealing look but also serves to conceal the adhesive used in installing the windshield.
During the windshield manufacturing process, the glass is heated to be molded into a curved shape. The frit plays a role here too. The black band heats up faster than the clear glass, potentially leading to distortion. The gradual transition of the dot pattern from black to clear helps mitigate this risk by ensuring more even heating.
Modern cars often feature a “third visor frit.” These dots, typically denser at the top and gradually fading out, extend downwards between the two main sun visors. This design helps to reduce sun glare, particularly during sunrise and sunset when the sun tends to be directly in drivers’ eyes. The third visor frit is especially useful in situations where the regular sun visors can’t block the sun effectively, like when it’s at a lower angle. In modern times, it also helps cut direct glare to your dashcam, which can often be mounted near the rear-view mirror in the extended frit zone. This feature demonstrates an innovative use of windshield real estate, turning what was once purely a structural component into a functional element that enhances the driving experience.
Contrary to popular belief, those seemingly inconspicuous black dots and bands on your car’s windshield play a much more crucial role than one might think. They enhance bond strength, protect against UV radiation, maintain temperature equilibrium, and contribute to the aesthetics of your vehicle. Additionally, the choice of adhesive, with hybrid polymer-based options being the superior choice, further influences the longevity and reliability of your windshield… So, the next time you gaze through your windshield, you’ll have a deeper appreciation for the science and functionality behind those tiny black dots.
The post The Real Reason behind those Black Dots on your Car’s Windshield first appeared on Yanko Design.