Google has launched Whisk, its latest experimental AI image generator. Unlike traditional image generators, Whisk captures only the “essence” of an uploaded image, making it a valuable tool for brainstorming and generating creative concepts quickly. With two interactive modes and a simple interface, Whisk is perfect for visualizing ideas rather than editing images with precision.
In this article, we’ll explore Whisk’s features, how it works, its limitations, and what sets it apart from other AI tools.
Whisk is Google’s experimental AI tool, housed under Google Labs. The company describes it as “a new type of creative tool”, primarily designed for brainstorming and rapid visualizations.
Unlike other AI tools that focus on editing or replicating existing images, Whisk works to recreate your image’s “essence”. It simplifies visuals and outputs rough, creative ideas perfect for inspiration.
Whisk isn’t meant for professional photo editing or detailed outputs. Instead, it provides users with quick, imaginative renderings, making it ideal for:
Whisk operates under a two-part technological process:
When you upload an image to Whisk, Google’s Gemini language model analyzes it and generates a detailed text caption describing the visual. This description serves as a textual interpretation of your uploaded image.
Once Gemini creates the caption, Google feeds it into Imagen 3, Google’s advanced AI image generator. Imagen 3 uses Gemini’s description, rather than the original image, to produce a new output.
This process ensures Whisk’s result captures only key elements of your input, creating an image that feels inspired by — but not identical to — the original.
Whisk is designed to be simple, intuitive, and experimental. It offers two primary ways to generate creative outputs:
The starter interface is straightforward, with inputs for style and subject.
Style Options: Whisk currently offers three predefined styles:
Google chose these styles as they align with the tool’s focus on delivering simplified, creative visualizations.
In the advanced mode, users gain access to:
However, as of now, the advanced controls may not yield outputs that exactly align with your expectations — a limitation Google acknowledges.
Whisk is not designed for precision image editing. Instead, it’s focused on:
Google openly acknowledges its tool’s limitations, including:
Whisk is most effective for:
Currently, Whisk is only available to users in the United States. You can try it by visiting the project’s page on Google Labs.
Steps to Access Whisk:
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A reliable source on X has recently revealed that Samsung is preparing to launch two new sizes of its Galaxy Ring wearable next month. This move is expected to address a common concern among users with larger fingers, as Samsung will now offer sizes 14 and 15, set to become available for purchase in January.
The Galaxy Ring size 14 will feature an inner diameter of 23mm, with the model number SM-Q514. The size 15 variant will have a slightly larger inner diameter of 23.8mm, and will be identified by the model number SM-Q515. Both versions will weigh approximately 3.2g, ensuring that they remain lightweight and comfortable to wear, regardless of their size.
The rumors surrounding the introduction of these additional sizes first emerged in September, with initial speculation suggesting an imminent launch. However, it appears that Samsung has taken some additional time to finalize the product. While it remains unclear whether these delays were part of the original development timeline, the imminent release of the new sizes is now confirmed.
For consumers who had previously refrained from purchasing the Galaxy Ring due to sizing concerns, the upcoming availability of sizes 14 and 15 presents an ideal opportunity to reconsider. With these new size options, it is anticipated that many users who previously struggled to find a comfortable fit will be eager to explore this innovative smart wearable.
As the new sizes approach market availability, it is expected that the extended sizing options will cater to a broader audience, further bolstering the popularity of the Galaxy Ring. Those who had been waiting for the right fit will likely be quick to embrace the added choice, cementing the Galaxy Ring's place in the expanding wearable market.
The Magic Mouse has remained relatively unchanged for a long time, with only incremental updates such as the removal of AA batteries and the addition of a USB-C port. However, Apple is reportedly preparing for a significant redesign of its iconic mouse. In his Power On newsletter, Mark Gurman reveals that Apple has begun working on prototypes for a more modern version of the Magic Mouse, which originally debuted back in 2009.
Over the years, the Magic Mouse has garnered praise, particularly for its innovative gesture controls, which allow users to swipe and scroll in an intuitive way. Despite this, the design has been a frequent subject of criticism, especially for its lack of ergonomic support and the inconvenient placement of the charging port on the underside of the mouse. These issues have left many users hoping for a more comfortable and functional version.
Though the details of the redesign remain unclear, it seems Apple is finally addressing these long-standing concerns. According to Gurman, the company is focused on making the new version “more relevant,” while also “fixing longstanding complaints”—most notably the controversial charging port issue, which has been a point of contention ever since the mouse’s release. Users have long found it frustrating to charge the device while it’s in use, given that the charging port is located on the bottom of the mouse, making it essentially unusable while charging.
Despite these promising updates, we may still be a ways off from seeing the new Magic Mouse on store shelves. Gurman suggests that it could take anywhere from a year to 18 months for the revamped version to reach the market. In the meantime, users will have to make do with the current model, though it’s clear that Apple is committed to refining and improving the design based on user feedback.
If the new Magic Mouse addresses these key pain points, it could mark a major improvement for users who have been waiting for a more comfortable, practical, and modern version of Apple’s mouse.
Huawei is elevating its foldable lineup with the global debut of the Mate X6, the latest addition to its series of book-style foldable phones. As the sixth-generation model in a flagship lineup that began in 2019, the Mate X6 is brimming with cutting-edge features and a bold design that embodies innovation.
Richard Yu, Chairman of Huawei Consumer Business Group, described the Mate X6 as "a breakthrough technology from the inside to out." True to his words, the phone delivers a fresh and immersive experience, blending unique design elements with advanced functionality.
Staying true to the cosmic themes that define the Mate X series, the Mate X6 features a “Space-Age Orbit” camera layout inspired by planetary orbits, symbolizing infinite possibilities. Available in Nebula Gray, Nebula Red, and Black, the phone combines style with durability. The Nebula Gray, crafted using Vegan Fiber and Micro-Nano 3D Topography, offers a unique texture and a radiant finish. Meanwhile, Kunlun Glass and an aviation-grade aluminum frame ensure it’s robust enough to handle daily wear and tear.
The Mate X6 delivers an impressive visual experience. Its 6.45-inch OLED external screen boasts a crisp 2440×1080 resolution, while the 7.93-inch OLED internal display unfolds to a stunning 2440×2240 resolution. Huawei X-True™ Display technology enhances the visuals with vibrant colors and sharp clarity, making it ideal for watching movies, gaming, or multitasking.
But the Mate X6 isn’t just about bigger screens—it’s about smarter functionality. The Live Multi-task feature allows users to run three apps simultaneously, streamlining work, communication, and entertainment. To handle demanding tasks like gaming and video calls, the phone integrates a 30% larger heat dissipation area, ultra-high thermal conductivity graphene, and separated heat sources, ensuring efficient cooling and reliable performance.
For a playful touch, Huawei has also introduced creative lock screen themes like Emoji Crush and Air Hoop, adding a bit of fun every time you unlock the device.
Huawei redefines smartphone photography with its Ultra Aperture XMAGE Camera System.
The 50 MP main camera features 10 adjustable apertures, enabling precise control over lighting for a variety of settings. This is complemented by a 40 MP ultra-wide-angle lens and a 48 MP telephoto lens with 4x optical zoom, offering the versatility to capture everything from expansive landscapes to intricate macro details.
The Moving Picture mode enhances creative potential with features like multiple exposures and long exposures, enabling users to craft truly stunning photos with ease.
The Huawei Mate X6 combines innovative design, immersive displays, and a revolutionary camera system to set a new benchmark for foldable smartphones. Whether you’re looking for a device that seamlessly blends style and functionality or one that redefines what a phone camera can do, the Mate X6 delivers on every front.
Long before the iPhone 16's official release, there were whispers that Apple would adopt a side-by-side camera layout, aimed at enhancing the phone’s ability to capture spatial video across all three lenses. However, that didn't materialize with the iPhone 16. Now, a trusted leaker suggests that this horizontal camera bump will be introduced with the iPhone 17 Pro.
The leaker behind this prediction is Weibo user Digital Chat Station, who has gained a reliable reputation for previous leaks, including accurate information about the telephoto lens and larger sensor size in the iPhone 16 Pro. Their track record adds credibility to the claim that the iPhone 17 Pro may indeed adopt a horizontal camera arrangement for all three lenses.
While the exact ordering of the three lenses remains unclear, the leaker suggests that the horizontal bump will house all of them side by side, as opposed to the vertical stack we’ve seen in prior models. This shift would align with trends in the smartphone industry, where many Android devices are embracing similar layouts for their camera systems.
Meanwhile, a post on Weibo shows an image that it claims is a bare metal frame from the iPhone supply chain. The cameras will be located in the top area, with the ultra-wide-angle lens in the middle (this is the thinnest module, so it helps leave enough space for the Face ID hardware on the other side).
It’s important to note that this isn’t the first time we’ve seen a horizontal camera setup. Google’s Pixel 9 Pro, which is expected to debut with a horizontal camera bar, is one such example. Some industry insiders predict that other Android brands will soon follow suit, making this a broader trend in smartphone design.
Interestingly, some commenters point to the Chinese brand Meizu, which introduced a horizontal camera setup in its earlier models. However, in Meizu’s case, the lenses were aligned horizontally rather than stacked, which some believe is a more logical approach, especially considering that most photos and videos are taken in landscape mode. This orientation could enhance usability and aesthetics, making it easier for users to frame shots in both portrait and landscape orientations.
Another report recently suggested that Apple may move away from titanium in favor of aluminum for the iPhone 17 Pro. This potential change has raised eyebrows, especially given the premium nature of titanium, which was introduced with the iPhone 15 Pro models. However, some believe this could be a simple misunderstanding or misinterpretation of the terminology being used. Whether the iPhone 17 Pro retains titanium or switches to aluminum, the decision will likely have implications for the device’s durability and overall feel.
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