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  • Exciting updates coming to your Mac with macOS 15.4

    Exciting updates coming to your Mac with macOS 15.4

    Apple is gearing up to roll out macOS 15.4 next month, bringing some cool new features to your Mac. First up, the Passwords app is getting a handy upgrade. You’ll see a timer for verification codes right in the menu bar, making it easier to know when they expire.

    Another neat addition is Quick Start, a feature iPhone and iPad users already love. It lets you set up a new Mac quickly by scanning a code with your phone to transfer settings. The Mail app is also getting a fresh look with better inbox sorting, and Apple Intelligence will soon support more languages beyond English.

    These updates promise to make your Mac experience smoother and smarter. Meanwhile, Apple’s new Passwords app is stirring up some buzz. Is it good enough to ditch your current password manager? It’s simple to use, with sections for passwords, Wi-Fi logins, and security alerts, all synced across your Apple devices.

    You can even access it on Windows through iCloud. But it’s not perfect—there’s no support for Android or web browsers, and it lacks extras like secure notes or two-factor authentication that apps like 1Password offer. It’s a solid start, especially for beginners, but if you’re used to more advanced tools, it might not fully replace them yet.

    These changes show Apple’s focus on making things easier and safer for users. The macOS 15.4 update, paired with the Passwords app, could be a game-changer for everyday tasks. Whether you’re setting up a new Mac or managing logins, these tools aim to save time and boost security. Still, if you rely on a mix of devices or need more features, you might stick with your trusty password manager for now. Either way, Apple’s latest moves are worth checking out when they land next month!

  • Apple releases test version of macOS update 15.3 for developers

    Apple releases test version of macOS update 15.3 for developers

    Apple has just released a test version, known as the Release Candidate, for the upcoming macOS update 15.3. This update follows closely after the third test version was released last week.

    Night Mode in macOS Sequoia
    Developers can access this test update by going to the Software Update in the System Settings app. To download it, you’ll need an Apple ID linked to a Developer account.

    The new macOS 15.3 update introduces Genmoji to Macs, a feature that was only available on iPhones and iPads before. Now, Mac users can make their own characters just by typing what they want, much like using Image Playground.

    Genmoji works like regular emojis on newer devices with iOS 18.1, iPadOS 18.1, or macOS 15.1 and later. On older devices or Android phones, these Genmoji show up as pictures instead. You can add Genmoji from the emoji menu, and they are created right on your device.

  • Samsung Galaxy S25 Ultra outspeeds iPhone 16 Pro Max in app loading

    Samsung Galaxy S25 Ultra outspeeds iPhone 16 Pro Max in app loading

    In a recent speed test by PhoneBuff, the Samsung Galaxy S25 Ultra has shown it’s faster than the iPhone 16 Pro Max when opening apps. This test looked at how quickly each phone could handle tasks across different programs, from social media to games.

    The Galaxy S25 Ultra, powered by the Snapdragon 8 Elite chip and equipped with 12GB of RAM, took the lead right from the start. It was quicker in opening work apps and even faster in processing photos in Snapseed, an editing app. When it came to video editing with LumaFusion, the Samsung phone was 25% faster than the iPhone, which is surprising since Apple phones usually do well in this area.

    Even in games, where iPhones have often led, the S25 Ultra kept ahead. It did better or just as well as the iPhone in games like Subway Surfers and Flip Diving. The iPhone only slightly won in some games, but overall, Samsung was ahead.

    The first round of app openings took the Galaxy S25 Ultra just 2 minutes and 18 seconds, beating the iPhone by 15 seconds. In the second round, which checks how well the phones keep apps running in the background, the iPhone narrowed the gap a bit, but Samsung still won by a clear margin, which PhoneBuff described as one of the biggest victories in recent speed tests.

    Samsung’s advantage seems to come from its powerful chip, more RAM, and a larger cooling system. This setup, along with Android 15 and One UI 7, gives the Galaxy a performance boost. Although Apple has had time to fine-tune iOS 18 for its hardware, Samsung has seemingly taken the lead in speed.

    Looking ahead, Apple might catch up with the iPhone 17 series expected in September. The new models could feature an A19 Pro chip made with an advanced manufacturing process, potentially offering better speed and efficiency. Also, all iPhone 17 models are rumored to have better cooling to manage heat during heavy use.

    This speed test shows that while both phones are top performers, Samsung currently holds the lead in how quickly apps can be loaded and processed.

  • New Beats earbuds to get immediate software update

    New Beats earbuds to get immediate software update

    Apple’s latest earbuds, the Beats Pro 2, will come with an immediate software update immediately. The earbuds will start with the 7B15 firmware, but a new update, version 7B24, is already available.

    While specifics on the update aren’t detailed yet, the Beats Pro 2 introduces new features like heart rate tracking, which is a first for Apple’s earbuds. They use small LED lights to check your heart rate by sensing the blood flow in your ears.

    In addition to heart rate tracking, these earbuds offer noise cancellation, personalized sound positioning, and enhanced audio thanks to a new sound system and Apple’s H2 chip for better connection.

    Design-wise, the Beats Pro 2 has a much smaller ear hook, now 50% less than the original, comes with more choices for ear tips, are 20% lighter, and have a sleeker charging case that lasts longer.

    To update the firmware, just connect the earbuds to a power source while they’re near an iPhone, iPad, or Mac with Wi-Fi. On an iPhone, you can check for updates by going into Settings, then Bluetooth, and clicking on the Beats icon. Android users will need the Beats app to get these updates.

    You can pre-order the Beats Pro 2 from Apple’s site starting today, with an official release date set for this Thursday, February 13. They’re priced at $250.

  • Try free Starlink service on your iPhone until summer

    Try free Starlink service on your iPhone until summer

    T-Mobile has launched a public beta for its Starlink satellite service, inviting everyone in the U.S. with a compatible iPhone or Android phone to join. This is great news even if you’re not with T-Mobile, as you can test this new way to stay connected without traditional cell service.

    How to Get Involved:

    • Free Beta Access: You can sign up to use Starlink for free until July, but there are only a few spots.

    Pricing After July:

    • T-Mobile’s Go5G Next plan users and those with other eligible plans will keep using it for free.
    • If you have another T-Mobile plan, you can add Starlink for $15 a month, per phone line.
    • Users on other carriers will pay $20 a month, per line.
    • Early Bird Discount: Sign up before February ends, and you’ll get the service for just $10 per month starting in July.

    Where It Works:

    • In areas outside the usual cell service range in the U.S., your phone will link up with one of Starlink’s many satellites to send and receive texts when you’re off the grid.

    Future Features:

    • While it currently supports messaging, T-Mobile plans to add voice calls and internet data soon.

    iPhone Users, Take Note:

    • Your iPhone will show “SAT” when using this satellite service.
    • To stop using it, go to Settings, find Cellular, select your carrier, and switch off Satellite.

    What You Need:

    • An iPhone 14, 15, or 16 model.
    • The newest iOS update.
    • A compatible carrier plan.

    This isn’t the first time iPhones have used satellites; Apple already has a deal with Globalstar for emergency messaging. However, Starlink’s network is much bigger, offering smoother, automatic connections without aiming your phone.

    Remember:

    • Apple’s satellite features are currently free, but this might change.
    • The service is available in the U.S., with varying availability elsewhere.

    Starlink’s wide reach could change how we think about staying connected, making it an exciting time for smartphone users looking to stay in touch no matter where they are.

  • Apple Maps to add Tesla supercharger locations for Ford EV users

    Apple Maps to add Tesla supercharger locations for Ford EV users

    Apple Maps is getting a big update that will make planning trips easier for people driving Ford Mustang Mach-Es and F-150 Lightnings.

    The Apple Maps feature for electric vehicles (EVs) helps you plan your journey by adding stops for charging when you need them. It keeps track of your car’s battery and looks at things like how fast you’re driving, how high the road goes, and how quick the chargers are to figure out when you should charge and for how long.

    Right now, this feature only works with three cars: the Ford Mustang Mach-E, the Ford F-150 Lightning, and the Porsche Taycan. Last year, Ford started sending out adapters to let these Ford cars use Tesla’s Superchargers. These cars have a CCS charging port, and the adapter changes it to work with Tesla’s NACS plug.

    However, Apple Maps hasn’t known about this yet. It only shows you where to go for CCS stations. But, that’s going to change. Ford’s lead engineer for the Mustang Mach-E, Donna Dickson, mentioned in a forum post that the system will soon know about these changes.

    Soon, you’ll be able to see where compatible Tesla Superchargers are right from the navigation in the new 2025 Mustang Mach-E. These locations are already visible on Google Maps for Android Auto users and will soon appear on Apple Maps for those using Apple CarPlay.

    There aren’t a lot of details yet on how this will all work, but it’s expected that Ford drivers with the NACS adapter can tell Apple Maps they can use both CCS and NACS stations. This will help Apple Maps give better, more accurate advice on where to charge.

    As a Mustang Mach-E driver, I’m excited about this update. I hope Ford and Apple will share more soon.

    If you own an electric car, consider charging it at home with solar panels on your roof. To find a good solar installer, check out EnergySage. It’s a free service where you can get personalized solar quotes, compare them online, and get advice from Energy Advisers. This way, you can save money and make sure you’re getting a quality setup without the hassle of sales calls until you’re ready.

  • CVS Trials new way to open locked cabinets with your phone

    CVS Trials new way to open locked cabinets with your phone

    CVS is trying out a cool new way to make shopping easier. Instead of calling a store worker to open locked cabinets, CVS customers can now use their smartphones to unlock them. This idea comes from a report by The Wall Street Journal, shared by The Verge.

    In many stores, items that are often stolen are kept in locked cases. This is good for stopping theft but not so good for shoppers who have to wait for help to get their items. Tilak Mandadi, who oversees technology at CVS Health, mentioned to The Wall Street Journal that customers don’t like these locked cabinets. That’s why CVS is testing this new method.

    If you have the CVS app, a CVS account, and your Bluetooth turned on, you can connect to the store’s Wi-Fi and unlock these cabinets with your iPhone or Android phone.

    Currently, this trial is happening in just three CVS locations, but they plan to grow this to between 10 to 15 stores. If it goes well, CVS wants to bring this feature to all its stores. This could make shopping much quicker and more enjoyable for everyone.

    Source

  • Cooling Down and Slimming Up: The future of the iPhone

    Cooling Down and Slimming Up: The future of the iPhone

    The smartphone world is a constant race for innovation, with manufacturers continually pushing the boundaries of performance and design. In recent years, a key area of focus has been thermal management, ensuring devices can handle increasingly powerful processors without overheating. While Android manufacturers have embraced vapor chamber cooling for some time, Apple has traditionally relied on heat sinks. However, rumors suggest this is about to change with the upcoming iPhone 17 series.

    Recent reports from sources in China indicate that Apple plans to incorporate vapor chamber (VC) technology into all models of the iPhone 17 family, including both the Pro and non-Pro versions. This move marks a significant shift in Apple’s approach to cooling. Vapor chambers are sophisticated cooling systems that utilize the principles of evaporation and condensation.

    They consist of a sealed metal enclosure containing a small amount of liquid, typically de-ionized water. When the chipset generates heat, this liquid evaporates, absorbing the heat in the process. The vapor then travels to a cooler part of the chamber, condensing back into liquid, releasing the heat. This cycle effectively spreads the heat across the surface of the chamber, allowing for more efficient cooling. 

    This news contradicts earlier speculation from prominent Apple analyst Ming-Chi Kuo, who initially suggested that only the top-tier iPhone 17 Pro Max would feature a VC cooling system. The inclusion of VCs across the entire iPhone 17 lineup suggests Apple is prioritizing thermal performance across the board. Furthermore, rumors also point to the non-Pro iPhone 17 models finally receiving high-refresh-rate displays, though whether these will be 90Hz or 120Hz remains to be seen.

    Beyond cooling enhancements, Apple appears to be planning a major design overhaul for 2025 by introducing the ultra-thin iPhone 17 Air. This model has generated significant buzz, with rumors hinting at a design reminiscent of the classic MacBook Air. 

    The iPhone 17 Air has been a subject of much speculation, with early rumors referring to it as the “iPhone Slim.” The key feature that has captured everyone’s attention is its expected thinness. Initial reports suggested a thickness of around 6.25mm, roughly 25% thinner than the Pro models. However, more recent information from Ming-Chi Kuo indicates that the 17 Air could be even thinner, reaching a mere 5.5mm at its thinnest point.

    This revelation has sparked considerable discussion, particularly the phrasing “thinnest part.” This suggests Apple might be considering a tapered design, similar to the iconic wedge shape of the original MacBook Air. This design approach would allow the device to be incredibly thin at certain points while maintaining a more practical thickness in other areas.

    The tapered design of the classic MacBook Air was a defining feature, beloved by many for its sleek aesthetics and comfortable ergonomics. It instantly distinguished the MacBook Air from other laptops and symbolized Apple’s design prowess. Replicating this design language in the iPhone 17 Air would not only be a nostalgic callback to Apple’s history but could also offer significant practical benefits.

    One of the primary concerns with larger smartphones is one-handed usability. While larger screens offer a more immersive viewing experience, they can be challenging to handle with one hand. This is a common reason why some users prefer smaller devices. The iPhone 17 Air, with its rumored 6.6-inch display, sits between the 6.3-inch iPhone 17 Pro and the 6.9-inch iPhone 17 Pro Max. This size could be ideal for many users, offering a larger screen without the unwieldiness of the Pro Max.

    The tapered design could play a crucial role in enhancing one-handed usability. By making the bottom portion of the device, where the hand naturally rests, the thinnest part, Apple could effectively mitigate the challenges associated with a larger screen. This would allow users to enjoy the benefits of a larger display without sacrificing comfortable one-handed operation.

    In essence, the iPhone 17 Air could offer a compelling combination of a larger, more immersive display and comfortable one-handed use, thanks to its innovative design. This could be a game-changer for users who have been hesitant to embrace larger smartphones due to concerns about ergonomics.

    If Apple can successfully implement this design, the iPhone 17 Air could become a highly sought-after device, potentially even attracting users away from the Pro line. The combination of improved cooling with vapor chambers across the lineup, and the potential for a groundbreaking, nostalgic design with the iPhone 17 Air, paints an exciting picture for the future of Apple’s smartphones.

  • Apple’s 2025 Product Roadmap: A deep dive into HomePod’s display and iPhone 17’s cooling revolution

    Apple’s 2025 Product Roadmap: A deep dive into HomePod’s display and iPhone 17’s cooling revolution

    The tech world is abuzz with whispers and rumors surrounding Apple’s upcoming product releases, particularly the anticipated HomePod refresh and the highly anticipated iPhone 17 series. Let’s delve into the latest insights gleaned from supply chain rumblings and industry analysts, painting a clearer picture of what we might expect from Apple in the near future.

    A New Era for Home Audio: The HomePod with a Screen Takes Shape

    For years, rumors have circulated about a HomePod with an integrated display, transforming it from a mere smart speaker into a central hub for the connected home. Recent reports suggest this vision is finally nearing reality. Sources within the supply chain indicate that Apple is gearing up for the launch of a redesigned HomePod, potentially dubbed a “Command Center,” featuring a 7-inch LCD screen.

    This shift marks a significant evolution for the HomePod, potentially opening up a wealth of new functionalities. Imagine video calls directly from your HomePod, visual control of smart home devices, or even displaying recipes while cooking. The possibilities are vast.

    Interestingly, reports point to Tianma Microelectronics, a Chinese display manufacturer, as the exclusive supplier of these 7-inch LCD panels. This is a notable departure from Apple’s usual reliance on established display giants like Samsung Display, LG Display, and BOE. The reported low cost of these panels—around $10 each—suggests Apple may be aiming for a more competitive price point for this new HomePod model.

    Further supply chain details reveal that Radiant Optoelectronics, a Taiwanese company, will handle the backlight module production, while assembly will be entrusted to BYD, a prominent Chinese manufacturer. This intricate web of suppliers highlights the complex logistics involved in bringing a new product to market.

    While initial rumors suggested a launch in early 2024, the HomePod with a display has reportedly faced several delays. Initially pushed to late 2024, the current whispers point towards a potential release in the second half of 2025. This delay could be attributed to various factors, including supply chain constraints, software development, or Apple’s strategic product release schedule.  

    Keeping it Cool: The iPhone 17’s Thermal Overhaul

    Moving on to the iPhone, the rumor mill is churning with details about the iPhone 17 lineup, specifically focusing on a significant upgrade to its thermal management system. According to recent reports, Apple is poised to implement vapor chamber technology across the entire iPhone 17 range, including the standard iPhone 17, the rumored “Air” model, the iPhone 17 Pro, and the iPhone 17 Pro Max.  

    Vapor chamber technology is a well-established method for dissipating heat in high-performance devices. It works by utilizing a sealed chamber containing a fluid that vaporizes when heated, transferring heat away from the source and distributing it across a larger area. This prevents localized hotspots and helps maintain consistent performance, especially during demanding tasks like gaming or video editing.  

    While the iPhone 16 Pro addressed some of the thermal concerns that surfaced with the iPhone 15 Pro through an improved internal structure, reports suggest that further improvements are needed to handle increasingly powerful processors and demanding applications. The introduction of vapor chambers is expected to provide a substantial boost to thermal performance, ensuring consistent performance even under heavy load.

    This move aligns with the trend seen in many high-end Android smartphones, which have already adopted vapor chamber technology. It signifies Apple’s commitment to pushing the performance envelope while maintaining a sleek and compact design.

    It’s worth noting that conflicting reports have emerged regarding the extent of this thermal upgrade. Last year, analyst Ming-Chi Kuo suggested that only the iPhone 17 Pro Max would feature a combined vapor chamber and graphene sheet cooling system, while other models would rely solely on graphene sheets. The latest reports, however, indicate a broader adoption of vapor chamber technology across the entire lineup. This discrepancy highlights the fluid nature of pre-release information and the importance of taking all rumors with a grain of salt. 

    Looking Ahead: Apple’s Vision for the Future

    These insights into the upcoming HomePod and iPhone 17 provide a glimpse into Apple’s product strategy for the coming years. The HomePod’s transformation into a smart home hub with a display suggests a deeper integration into our daily lives, while the iPhone 17’s thermal enhancements underscore Apple’s commitment to delivering cutting-edge performance. As we move closer to their anticipated release dates, we can expect more details to emerge, further clarifying Apple’s vision for the future of technology.

  • Apple Watch expands sleep apnea detection as iPhone eyes under-display Face ID

    Apple Watch expands sleep apnea detection as iPhone eyes under-display Face ID

    The world of wearable tech and smartphones is constantly evolving, with Apple at the forefront of innovation. Recent developments point towards expanded health features for the Apple Watch and a potential major design shift for the iPhone. Let’s delve into these exciting updates.

    Apple Watch Tackles Sleep Apnea on a Global Scale

    The Apple Watch is becoming more than just a timepiece; it’s evolving into a powerful health monitoring tool. Apple has been diligently working to expand the availability of its sleep apnea detection feature, recently securing approval for its launch in Malaysia, as reported by local sources. This follows closely on the heels of its release in Brazil, demonstrating Apple’s commitment to a global rollout. This feature has already reached over 150 countries and territories as of last September.

    Sleep apnea, a condition characterized by repeated interruptions in breathing during sleep, can have serious health implications if left untreated. The Apple Watch, specifically the Series 9, Series 10, and Ultra 2 models running watchOS 11, utilizes its built-in accelerometer to detect subtle movements during sleep. These movements, indicative of potential breathing disturbances, are then analyzed by sophisticated algorithms. If consistent patterns suggesting moderate to severe sleep apnea are detected, the user receives a notification.

    Apple emphasizes the rigorous development process behind this feature, highlighting the use of advanced machine learning techniques and a vast dataset of clinical-grade sleep apnea tests. The feature underwent validation through a clinical study, further solidifying its reliability. It’s important to note that this feature is intended for adults without a prior diagnosis of sleep apnea and should not be considered a replacement for professional medical assessment.

    The Health app on the iPhone provides a detailed log of nightly breathing disturbances, classifying each instance as either “elevated” or “not elevated,” allowing users to track potential trends and share the information with their healthcare providers. This data-driven approach empowers users to take a proactive role in monitoring their sleep health.

    The Future of iPhone Design: Under-Screen Face ID on the Horizon

    Beyond the realm of wearables, significant changes are anticipated for the iPhone’s design. The long-awaited arrival of under-screen Face ID is generating considerable buzz. Industry analysts have been closely tracking developments in this area, providing valuable insights into Apple’s plans.

    Initially, projections suggested that iPhone 17 Pro models would be the first to adopt under-display Face ID. However, recent information indicates a potential delay, pushing the anticipated release to 2026. This means we could see this groundbreaking technology debut on the iPhone 18 Pro and iPhone 18 Pro Max.

    Even with under-screen Face ID, the iPhone 18 Pro models are expected to retain a small pinhole for the front-facing camera, similar to current Android devices from manufacturers like Google and Samsung. This approach allows for a near bezel-less display while still accommodating essential camera functionality. The fate of the Dynamic Island, the interactive area that currently houses the Face ID sensors on newer iPhones, remains uncertain. It’s unclear whether this feature will be retained, adapted, or phased out entirely with the introduction of under-screen Face ID.

    Looking further ahead, analysts speculate that Apple’s ultimate goal is to achieve a truly uninterrupted, all-screen design, incorporating both Face ID and the front camera beneath the display. This would represent a major leap forward in smartphone aesthetics and user experience.

    These developments in both the Apple Watch and iPhone ecosystems illustrate Apple’s ongoing commitment to innovation. From enhancing health monitoring capabilities to reimagining smartphone design, Apple continues to push the boundaries of technology, shaping the future of personal devices. The integration of advanced technologies like machine learning and the pursuit of seamless designs point towards a future where technology seamlessly integrates into our lives, enhancing our well-being and simplifying our interactions with the digital world.

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