Day: September 11, 2024

    • sparta
    • Comments Off on Omdia Anticipates Possible Debut of OLED MacBook Pro in 2026
    Omdia Anticipates Possible Debut of OLED MacBook Pro in 2026

    ### The Future of Apple’s MacBook Pro: OLED Displays on the Horizon

    In a notable advancement for tech aficionados and Apple supporters, experts predict that Apple will shift its MacBook Pro lineup to OLED displays by 2026. This projection originates from Omdia, a well-regarded technology research organization that has been diligently tracking display technology trends. Despite previous conjectures proposing that this shift might happen as early as 2025, new findings indicate that Apple will continue to use mini-LED screens for next year’s upcoming models.

    #### Insights from Industry Analysts

    The forecasts from Omdia were reinforced by well-known analysts Ming-Chi Kuo and Ross Young. Kuo, recognized for his precise predictions concerning Apple products, recently shared on Twitter that he concurs with Young’s viewpoint that the 2025 MacBook Pro models will persist in utilizing mini-LED technology. Young, a specialist in display technology, reiterated this notion, stressing that the move to OLED is expected to occur in 2026 instead of 2025.

    This agreement among analysts points to a careful strategy from Apple, as the company strives to guarantee that its offerings meet the high expectations of consumers. Choosing to stick with mini-LED technology for now may also be affected by supply chain factors and the necessity for further enhancement of OLED technology for laptops.

    #### The Growing Demand for OLED Displays

    Per Omdia, the demand for OLED displays in mobile PCs is anticipated to escalate at a compound annual growth rate (CAGR) of 37% from 2023 to 2031. This rise is linked to the increasing adoption of OLED panels in premium notebooks and tablets from various manufacturers. The recent introduction of OLED iPads by Apple is likely to intensify this trend, urging competitors to integrate OLED technology into their own products.

    Ricky Park, a Senior Principal Analyst at Omdia, commented, “Apple is very likely to integrate OLED into its MacBook Pro models as soon as 2026. This transition could ignite a substantial increase in OLED demand within the notebook sector, potentially surpassing 60 million units by 2031.” This estimate highlights the potential influence of Apple’s decisions on the broader technology ecosystem.

    #### Current Developments in Apple’s MacBook Line

    As the shift to OLED displays approaches, Apple is reportedly developing a 13-inch OLED MacBook Air, expected to incorporate older OLED technology. Conversely, the MacBook Pro models are projected to showcase more state-of-the-art OLED panels, akin to those employed in the latest iPad Pro iterations.

    Recent updates suggest that Samsung Display will serve as the sole supplier for the OLED screens in the upcoming MacBook Air, utilizing 6th-generation OLED technology. Meanwhile, the MacBook Pro and iPad Pro are anticipated to leverage the more advanced 8th-generation OLED technology, promising enhanced performance and display excellence.

    #### Conclusion

    As Apple readies itself for the future of its MacBook Pro series, the expected transition to OLED displays marks a significant milestone in the development of its laptop lineup. While consumers may need to wait until 2026 for this shift, the ongoing emphasis on mini-LED technology guarantees that Apple continues to provide high-quality displays in the interim. The rising demand for OLED technology in the mobile PC arena further accentuates the significance of this transition, not only for Apple but for the entire tech industry. As we look forward, it will be intriguing to observe how Apple’s innovations will redefine the landscape of laptop displays in the years to come.

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    • sparta
    • Comments Off on Meta Gathered Public Posts from Facebook and Instagram Starting from 2007
    Meta Gathered Public Posts from Facebook and Instagram Starting from 2007

    # Meta’s Acknowledgment: Harvesting Public Facebook and Instagram Posts for AI Development

    In a noteworthy disclosure during a public investigation in Australia, Meta, the parent organization of Facebook and Instagram, has conceded to harvesting all public posts shared on its platforms since 2007 to enhance its generative AI models. This revelation has ignited widespread apprehensions concerning user privacy and the moral ramifications of utilizing personal data without explicit permission.

    ## The Extent of Data Accumulation

    Meta’s admission that it has been gathering public posts, photographs, and comments for more than 17 years raises essential inquiries about user privacy. While the firm had earlier suggested plans to employ user-generated content for AI learning, this marks the first instance of confirmation that such activities have been in progress for nearly two decades.

    During the investigation, Melinda Claybaugh, Meta’s global privacy director, initially refuted the allegations when questioned regarding the use of Australian posts. However, under intensified examination, she acknowledged that unless users had deliberately marked their posts as private, Meta had indeed been harvesting all public content. This encompasses not only text and images but also comments, thereby forming an extensive dataset to train its AI systems.

    ## Ramifications for User Privacy

    The ramifications of this data harvesting are significant. Facebook and Instagram users may have presumed that their public posts were solely shared with their friends or followers, unaware that this content could be exploited for commercial reasons. The reality that Meta has been amassing this data without providing an opt-out option in areas like the US and Australia raises serious ethical questions.

    In the European Union and the UK, Meta is legally obligated to offer users the option to decline such data collection. Nevertheless, the legality of this opt-out policy is presently under review, underscoring the ongoing discussions surrounding data privacy and user approval.

    ## Worries Regarding AI Development

    The announcement has also triggered concerns about the potential harmfulness and biases that may arise from training AI systems on user-generated content. CEO Mark Zuckerberg previously asserted that Meta has access to more user data than was utilized to train OpenAI’s ChatGPT, indicating that the company intends to exploit this vast dataset to create its own AI systems. This has sparked fears that the AI could unintentionally learn from damaging or toxic content found in public posts.

    ## The Future of Data Privacy

    As Meta continues to navigate the intricacies of data privacy and AI evolution, the company’s practices are likely to come under heightened scrutiny from regulators and the public alike. The acknowledgment of harvesting public posts for AI training purposes serves as a striking reminder of the necessity for transparency and user consent in the digital era.

    In summary, Meta’s recognition of its longstanding data harvesting practices brings forth crucial questions regarding user privacy, consent, and the ethical ramifications of employing personal data to enhance AI systems. As the discourse around data privacy progresses, it will be vital for companies like Meta to prioritize user rights and create clearer guidelines for data utilization in the future.

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    • Richard
    • Comments Off on Apple Watch Series 10 Comes With Bulkier Bezels in Comparison to Earlier Models
    Apple Watch Series 10 Comes With Bulkier Bezels in Comparison to Earlier Models

    # Apple Watch Series 10: A Detailed Examination of New Features and Debates

    Apple is preparing to launch the much-awaited **Apple Watch Series 10** next week, generating significant excitement in the tech community. While the latest wearable boasts several enhancements, including a marginally larger display and cutting-edge features, some users have voiced concerns regarding specific design elements, notably the **thicker bezels**. In this piece, we will delve into the standout features of the Apple Watch Series 10, the discussions surrounding its bezels, and how it stacks up against earlier models.

    ## **Expanded Display: Progress or Not?**

    A key highlight of the Apple Watch Series 10 is its **expanded display**. Apple asserts that this new device delivers up to **30% additional active screen area** when compared to previous versions like the Series 4, Series 5, and Series 6. When placed alongside more recent models such as the Series 7, Series 8, and Series 9, the Series 10 features a **9% larger screen**. This increase in display size is made feasible by a **groundbreaking wide-angle OLED display**, which is also **40% brighter** than that found in the Series 9 from different angles.

    This enhanced and larger display is anticipated to enrich the user experience, particularly for quickly checking notifications or workout summaries. While many will appreciate the larger screen, it comes with a key drawback: **thicker bezels**.

    ## **The Bezels Debate: Is Bigger Really Better?**

    Even with the larger display, some users have shown dissatisfaction regarding the **thicker bezels** on the Apple Watch Series 10. On forums like **Reddit**, users have drawn comparisons between the bezels of the Series 10 and those of the Series 9, observed that the bezels are **more prominent** on the new version, despite the modest increase in screen dimensions (46mm vs. 45mm).

    One Redditor pointed out that although Apple has minimized the visible aluminum edge by **33%**, the bezels themselves are actually **17% larger** than those found on the Series 9. This has resulted in frustration among users who anticipated a more streamlined, edge-to-edge display.

    ### **The Reason Behind Thicker Bezels?**

    The thicker bezels are not merely a design glitch. Apple made this decision to make room for the new **wide-angle OLED display** technology, which enhances brightness and visibility from multiple angles. Although the bezels may stand out more, the upgraded display could assist users in reading notifications and other information without as much wrist adjustment.

    For those who prioritize a larger screen with minimal bezels, the **Apple Watch Ultra 2** might be a preferable choice. The Ultra 2 has a **49mm display** and, while it too has substantial bezels, it features a considerably larger chassis and a battery that lasts **twice as long** as that of the Series 10.

    ## **New Features and Enhancements**

    Beyond the display and bezels, the Apple Watch Series 10 brings several new features and advancements:

    ### **1. S10 SiP (System in Package)**
    The Series 10 runs on the new **S10 SiP**, which promises accelerated performance and better energy efficiency. This latest chip is expected to elevate the user experience, making the watch more agile and adept at managing complicated tasks.

    ### **2. Sleep Apnea Monitoring**
    A highlight among the health features of the Series 10 is its capacity to recognize **sleep apnea**. This functionality employs sophisticated sensors to track breathing patterns during sleep and can notify users of potential concerns. This may prove revolutionary for individuals with sleep disorders, giving them important insights into their health.

    ### **3. Enhanced Smart Features**
    The Series 10 also includes a variety of **enhanced smart features**, such as improved Siri integration, more precise fitness tracking, and better compatibility with third-party applications. These enhancements further cement the watch’s role as a versatile fitness and lifestyle aide.

    ### **4. New Titanium Design**
    In a shift from previous iterations, the Apple Watch Series 10 will offer a **titanium design** in place of the standard stainless steel. Titanium is lighter and more rugged, making it an excellent option for users seeking a premium appearance without the additional heft.

    ## **Should You Make the Switch?**

    If you’re using an older model such as the Series 4, Series 5, or Series 6, the Apple Watch Series 10 provides a notable upgrade in display size, brightness, and performance. The introduction of new health features like **sleep apnea detection** also makes it an attractive choice for health-focused users.

    On the other hand, if you’re already equipped with a **Series 9**, the choice to upgrade may not be as straightforward. Although the Series 10 presents a slightly

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    • Richard
    • Comments Off on Today’s Best Offers: $20 Amazon Credit, 23% Discount on Samsung Galaxy Z Flip 6, $50 Ninja Blender, $48 Anker Noise-Canceling Earbuds, and Additional Deals
    Today’s Best Offers: $20 Amazon Credit, 23% Discount on Samsung Galaxy Z Flip 6, $50 Ninja Blender, $48 Anker Noise-Canceling Earbuds, and Additional Deals

    # Wednesday’s Best Bargains: Significant Discounts on Home Essentials, Electronics, and More

    Wednesday’s best bargains offer an extensive array of savings spanning numerous categories, from home necessities to state-of-the-art electronics. Whether you’re replenishing everyday supplies or aiming to enhance your tech collection, today’s offers cater to everyone’s needs. Below is a summary of the prime deals available today.

    ## 1. **$20 Amazon Credit for Household Essentials**
    One of the top offers today comes from Amazon. Spend $80 or more on select household necessities, including paper towels, dishwasher pods, and toilet paper, and you’ll earn a **$20 Amazon credit**. This is an excellent chance to stockpile items you need while earning a little bonus.

    – **Deal**: Spend $80, Receive $20 Amazon Credit
    – **Eligible Products**: Household necessities such as paper towels, toilet paper, and more.
    – **Where to Buy**: [Amazon](https://www.amazon.com/stores/page/D87C99C4-C107-4EF8-9BFE-9DD25802AE1E)

    ## 2. **Samsung Galaxy Z Flip 6 – Up to 23% Off**
    Samsung’s newest foldable smartphone, the **Galaxy Z Flip 6**, is currently offered at a **23% discount**. This is an incredible deal for anyone wanting to own one of the most cutting-edge smartphones available. If you’re considering the larger **Galaxy Z Fold 6**, you can save as much as **21%** on that device as well.

    – **Deal**: Up to 23% off Galaxy Z Flip 6 and 21% off Galaxy Z Fold 6
    – **Where to Buy**: [Amazon](https://www.amazon.com/SAMSUNG-Smartphone-Camcorder-Interpreter-Manufacturer/dp/B0D19B2D19)

    ## 3. **Anker Soundcore Space A40 Noise Cancelling Earbuds – $47.99**
    Anker’s **Soundcore Space A40** noise-cancelling earbuds are a favorite among those in search of quality audio at a reasonable price. With a typical higher price, these earbuds can now be purchased for only **$47.99**, making them one of the best values in their category.

    – **Deal**: $47.99 (reduced from $99.99)
    – **Where to Buy**: [Amazon](https://www.amazon.com/Soundcore-Auto-Adjustable-Cancelling-Wireless-Headphone/dp/B0B1LVC5VZ)

    ## 4. **Sihoo Doro C300 Pro Ergonomic Office Chair – $100 Off**
    For those seeking a supportive and ergonomic office chair, the **Sihoo Doro C300 Pro** is an outstanding choice. Often likened to the premium Herman Miller Aeron, this chair provides comparable benefits at a much lower cost. It’s currently available with a **$100 reduction**, lowering the price to **$599.99**.

    – **Deal**: $599.99 (was $700)
    – **Where to Buy**: [Sihoo Office](https://sihoooffice.com/products/sihoo-doro-c300-pro-ergonomic-chair)

    ## 5. **Waterdrop X16 Tankless RO Water Filter System – $500 Off**
    The **Waterdrop X16** tankless reverse osmosis water filtration system is highly rated for those wanting to enhance their water quality. With an impressive **$500 discount**, this offer is tempting if you’re looking for a high-quality water purification solution.

    – **Deal**: $599 (down from $1,099)
    – **Where to Buy**: [Amazon](https://www.amazon.com/dp/B0C7GDB77V)

    ## 6. **Ninja Blast Personal Blender – $49.99**
    The **Ninja Blast** personal blender is ideal for smoothies, shakes, and more. It’s presently on sale for just **$49.99**, making it an economical addition to your kitchen arsenal.

    – **Deal**: $49.99
    – **Where to Buy**: [Amazon](https://www.amazon.com/Ninja-BC155PS-Leakproof-Lid-Rechargeable-Dishwasher/dp/B0C2FF4JD1)

    ## 7. **Apple Offers**
    Apple enthusiasts can uncover fantastic deals today as well. Whether you’re in the market for a new **Apple Watch** or a **MacBook Air**, there are promotions across various Apple devices.

    – **Apple Watch Series 4 (Renewed)**: $129
    – **MacBook Air 13-inch (M1 Chip)**: $649 (was $999)
    – **Where to Buy**:

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    • Richard
    • Comments Off on AT&T’s ‘Complimentary’ iPhone 16 Pro Offer Requires a $2,735 Obligation Over Three Years
    AT&T’s ‘Complimentary’ iPhone 16 Pro Offer Requires a $2,735 Obligation Over Three Years

    ### AT&T’s ‘Complimentary’ iPhone 16 Offer: Essential Information

    In a competitive landscape, AT&T has introduced an appealing promotion that offers both new and existing customers the opportunity to receive the newest iPhone 16 series at no charge, subject to certain requirements. This initiative, featuring the iPhone 16 and iPhone 16 Pro models, intends to draw users to the AT&T network; however, like many promotional sales, the specifics present a more intricate scenario.

    #### Offer Details

    AT&T’s promotion outlines three main avenues for customers to obtain a ‘complimentary’ iPhone 16:

    1. **iPhone 16 Offer**: Both new and existing customers can acquire the iPhone 16 for free or enjoy up to $830 off the iPhone 16 Plus, provided they perform an eligible trade-in.

    2. **iPhone 16 Pro Offer**: Along similar lines, customers can secure the iPhone 16 Pro at no cost or receive up to $1,000 off the iPhone 16 Pro Max through an eligible trade-in.

    3. **AT&T Fiber Incentive**: Fresh customers who enroll in AT&T Fiber can obtain the iPhone 16 Pro Max at no expense, adding more value to the promotion.

    #### Important Conditions

    While the headline promotion appears attractive, prospective clients should take note of several key conditions:

    – **Trade-In Requirement**: To be eligible for the complimentary phone, customers must exchange an existing device. The trade-in value will dictate the credit amount applicable toward the new device.

    – **Installment Payment Requirement**: Customers must join an installment payment plan for the new device. Although monthly payments will be offset by credits, these credits rely on retaining an AT&T unlimited plan, commencing at a minimum of $75.99 monthly.

    – **Commitment Duration**: The installment plan lasts for three years, resulting in an approximate total expenditure of $2,735.64 over the contract duration. Should a customer choose to terminate their plan before three years, the remaining device balance becomes immediately payable.

    – **Storage Restrictions**: The promotions are restricted to the 128GB variations of the iPhone 16 and iPhone 16 Pro, which may fall short for users needing more storage.

    – **Fiber Subscription Requirement**: Customers interested in the Pro Max offer must also subscribe to AT&T Fiber. The $200 credit for this model is distributed at a rate of $5.56 monthly, requiring a three-year commitment to both the phone and the fiber plan.

    #### Final Thoughts

    AT&T’s promotion for the iPhone 16 series might appear to be an exceptional opportunity at first sight, but potential customers ought to thoroughly evaluate the related terms and conditions. The necessity for trade-ins, installment arrangements, and long-term obligations can greatly influence the overall value of the offer. As always, it’s prudent to review the fine print and determine whether the promotion suits your requirements and financial situation before reaching a conclusion.

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    • Richard
    • Comments Off on iPhone 16 Unveils Enhanced Wireless Charging Speeds, Exceeding Wired Charging
    iPhone 16 Unveils Enhanced Wireless Charging Speeds, Exceeding Wired Charging

    # Apple iPhone 16 Charging Speed: A Major Enhancement in Wireless Charging

    Apple is renowned for its careful strategy in adopting emerging technologies, particularly regarding charging speeds. Nonetheless, with the advent of the **iPhone 16**, Apple has taken a substantial step forward in charging functionality, especially in the area of **wireless charging**. This marks a significant advancement for users eager for quicker, more efficient charging solutions from Apple.

    ## A New Chapter for MagSafe: 25W Wireless Charging

    Among the most thrilling enhancements in the **iPhone 16** is the advancement of **MagSafe wireless charging**. Previously limited to **15W**, the iPhone 16 now boasts an increased wireless charging speed of **25W**. This represents a considerable enhancement, particularly given that wireless charging has generally been slower than its wired counterpart.

    What’s even more impressive is that the **25W MagSafe wireless charging** now surpasses the iPhone 16’s official **USB-C wired charging** speed of **20W**. This shift towards prioritizing wireless charging may hint at Apple’s long-term aspiration for a portless iPhone, where wireless charging becomes the primary means of powering the device.

    ### The Significance of This Change

    For years, Apple has trailed behind Android devices regarding charging speeds. Many Android models, such as Huawei’s foldable phones, support **66W wired** and **50W wireless charging**, making Apple’s older 15W MagSafe and 20W wired charging appear relatively sluggish. However, with the iPhone 16’s updated **25W MagSafe wireless charging**, Apple is beginning to bridge that gap.

    This enhancement is particularly crucial for users who value the convenience of wireless charging without compromising on speed. With **25W wireless charging**, users can charge their iPhones faster than ever without the need to connect a cable, marking a major advancement in user experience.

    ## Apple Watch Series 10: Quick Charging for Health-Focused Users

    While the charging upgrades for the iPhone 16 are impressive, it’s also important to highlight the faster charging for the **Apple Watch Series 10**. The updated Apple Watch can now achieve **80% charge in merely 30 minutes**, a breakthrough for users dependent on their Apple Watch for health and fitness tracking throughout the day.

    For numerous users, the Apple Watch serves as a vital device for monitoring heart rates, tracking workouts, and managing sleep. The ability to charge the device swiftly ensures it can be worn for extended durations without the need for long charging breaks. This is especially pertinent for those who utilize the Apple Watch for sleep tracking, as they can conveniently charge during short intervals while still having sufficient battery for overnight use.

    ### The Relevance of Charging Speed for Wearables

    For devices like the Apple Watch, charging speed is arguably more critical than for smartphones. Users want to wear their gadgets as much as possible, and prolonged charging times can pose a significant hassle. The **Apple Watch Series 10’s** rapid charging capability tackles this concern, making it simpler for users to keep their devices charged without interrupting their daily activities.

    ## A Measured Approach to Wired Charging

    Despite advances in wireless charging, Apple has remained relatively cautious regarding **wired charging speeds**. The iPhone 16 continues to officially support **20W USB-C charging**, which is slower than numerous Android rivals that provide wired charging speeds of **50W** or greater.

    However, it’s noteworthy that some earlier iPhone models have achieved slightly higher wired charging speeds than the stated **20W**, with users reporting speeds up to **25W** when employing a compatible charger. This indicates that Apple’s hardware may be capable of faster charging, though the company has opted to restrict the official specifications, possibly to safeguard battery health and longevity.

    ### Why Apple Exercises Caution

    Apple’s reserved approach to increasing charging speeds is likely motivated by a desire to uphold battery health over time. Rapid charging can produce excess heat, potentially shortening battery lifespan. By limiting charging speeds to **20W** for wired and **25W** for wireless, Apple may be balancing faster charging with the preservation of the iPhone’s battery longevity.

    ## How Does the iPhone 16 Stack Up Against Android Rivals?

    While Apple has achieved significant progress with the charging features of the iPhone 16, it still finds itself playing catch-up to various Android manufacturers. As previously noted, brands such as **Huawei** and **Xiaomi** have long supported **50W wireless charging** and **66W wired charging**. These higher speeds enable users to charge their devices in a fraction of the time it takes

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    • Richard
    • Comments Off on “Improperly Configured WHOIS Server Provides Researcher Unlawful Access to Confidential Information”
    “Improperly Configured WHOIS Server Provides Researcher Unlawful Access to Confidential Information”

    ### The $20 Domain That Unveiled a Significant Internet Security Vulnerability

    In an era where cybersecurity threats are evolving in complexity, it isn’t common for a security researcher to happen upon a flaw that could enable fake HTTPS certificates, email surveillance, and even remote code execution on countless servers—all for merely a $20 domain. However, that is precisely what transpired for Benjamin Harris, CEO and creator of the security firm watchTowr, at a recent Black Hat security conference in Las Vegas.

    Harris’s revelation brings to light a harsh reality regarding the vulnerability of the Internet’s trust and security framework, particularly the WHOIS system, a fundamental component of Internet regulation that has existed since the early days of ARPANET.

    —

    ### The Unintentional Seizure of a WHOIS Server

    The tale starts when Harris observed that the domain **dotmobilregistry.net**, previously the official WHOIS server for the `.mobi` top-level domain (TLD), had lapsed. WHOIS servers serve as authoritative directories that retain details about domain names, encompassing administrative contact information and other metadata. The `.mobi` TLD, designated for websites tailored for mobile platforms, had shifted its WHOIS server to **whois.nic.mobi**, leaving the former domain to expire.

    Recognizing an opportunity, Harris acquired the domain for a mere $20 and established his own WHOIS server at **dotmobilregistry.net**. What ensued was both astonishing and concerning: within hours, his server started receiving inquiries from over 76,000 distinct IP addresses. Over the following five days, the server handled roughly 2.5 million requests from 135,000 unique systems. These requests originated from a diverse array of prominent entities, including domain registrars, online security firms, government bodies, universities, and even certificate authorities (CAs)—the organizations tasked with issuing browser-trusted TLS certificates that ensure HTTPS safety.

    —

    ### Trust Misplaced in Legacy Systems

    The sheer volume of critical systems still querying a defunct WHOIS server highlights a considerable problem: misplaced confidence in outdated mechanisms. WHOIS has been a fundamental aspect of Internet governance since the 1970s when it was introduced as part of the ARPANET initiative. Over the decades, it has transformed into an essential resource for lawyers, spam services, certificate authorities, and others reliant on it to authenticate domain ownership and administrative information.

    Nonetheless, as shown by Harris’s investigation, the WHOIS system is not infallible. By establishing a rogue WHOIS server, Harris managed to alter the information returned to querying systems. For example, he filled the WHOIS database with meaningless data for actual `.mobi` addresses, redirecting administrative email addresses to his own domain, **watchtowr.com**. For amusement, he even included ASCII art in some entries, like the WHOIS data for **google.mobi**.

    However, the ramifications of this experiment went beyond mere humor. Harris discovered that his illicit WHOIS server granted him powers he should never have possessed, including the ability to affect the email address used by certificate authorities such as GlobalSign for domain ownership verification.

    —

    ### A Risk to HTTPS Security

    One of the most troubling aspects of Harris’s finding was the capability to generate fraudulent TLS certificates. When a request for a TLS certificate is made, the certificate authority usually sends a verification email to the administrative contact indicated in the authoritative WHOIS record for that domain. In this instance, Harris’s rogue WHOIS server could reroute these verification emails to his own email account.

    For example, when Harris created a certificate signing request for **microsoft.mobi**, GlobalSign forwarded him a verification email, providing him the chance to approve the certificate application via an email address he controlled. Although Harris refrained from actually securing the certificate for ethical reasons, the implications were unmistakable: with a bogus certificate, an attacker could intercept HTTPS traffic, pose as legitimate websites, and execute a variety of malicious activities.

    “Now that we have the means to issue a TLS/SSL cert for a `.mobi` domain, we can, in theory, engage in all kinds of dreadful actions—ranging from intercepting traffic to mimicking the target server,” Harris noted in his research post. “It’s game over for a multitude of threat models at this stage.”

    —

    ### Monitoring Email Activity and Executing Code

    The threats extended beyond counterfeit certificates. Numerous email servers and spam services, including those employed by government and military entities, queried Harris’s rogue WHOIS server whenever they received an email from a `.mobi` domain. This granted Harris the capability to trace email threads over time, potentially enabling him to discern the individuals involved in sensitive discussions.

    Furthermore, various WHOIS clients and security services possess vulnerabilities that could permit an attacker to execute harmful code on the querying device. Ordinarily, these vulnerabilities would be deemed low-risk, as only trusted WHOIS servers would have the capacity to exploit them.

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    • sparta
    • Comments Off on “$900 iPhone 16 Screen Lacks Quality When Compared to $200 Android Device”
    “$900 iPhone 16 Screen Lacks Quality When Compared to $200 Android Device”

    # Apple’s Latest Phones Fall Short in Everyday Use

    The new iPhone 16 series from Apple has launched, and although the brand pushes forward with impressive processing and camera advancements, there’s a conspicuous element where it appears to fall short: the display. With starting prices of $799 for the iPhone 16 and $899 for the iPhone 16 Plus, Apple has again chosen to include a 60Hz OLED display—a characteristic that seems increasingly antiquated in the current smartphone landscape.

    ## Key Information

    – **iPhone 16** begins at **$799**, while the **iPhone 16 Plus** starts from **$899**.
    – Both models are equipped with a **60Hz OLED display** featuring **480Hz PWM dimming** across all brightness settings.
    – On the other hand, the **CMF Phone 1**, priced at **$199**, boasts a **120Hz OLED display** with **960Hz PWM dimming** at lower brightness levels.
    – Apple’s **A18 chip** remains exceptionally powerful, surpassing most Android devices regarding raw processing capability.

    ## The Display Issue

    Apple’s choice to maintain a 60Hz display on its non-Pro versions has disappointed many consumers. In an era where even lower-end Android phones such as the **CMF Phone 1** offer **120Hz displays**, Apple’s decision is perceived as a regression. A **120Hz refresh rate** delivers a more seamless experience, enhancing animations, scrolling, and overall phone operation. Conversely, a 60Hz display can render even the fastest devices feeling slow and outdated.

    The **CMF Phone 1**, at merely **$200**, not only features a **120Hz LTPS OLED display** but also includes **960Hz PWM dimming** at lower brightness levels, providing a more comfortable viewing experience. In comparison, Apple’s **480Hz PWM dimming** is less friendly for the eyes, particularly for those who are sensitive to flickering screens. This positions the **CMF Phone 1** as a desirable option for users seeking a more pleasant display at a significantly lower price.

    ### Why is Refresh Rate Important?

    A **higher refresh rate** signifies that the screen updates more times each second, leading to smoother motion and reduced stuttering. This effect is particularly noticeable when scrolling through applications, gaming, or viewing videos. A **120Hz screen** can make even an economical phone feel responsive, while a **60Hz screen** can induce a sluggish feel, even in premium devices.

    Apple has limited the **120Hz ProMotion display** to its Pro line, requiring a minimum spend of **$1,000** to obtain a screen on par with certain **$200 Android options**. This choice seems increasingly disconnected from the larger smartphone ecosystem, where elevated refresh rates are now common, even in mid-range and budget phones.

    ## Apple’s Delay in Display Innovations

    Apple’s hesitation to embrace the latest display advances is not a new phenomenon. The company was tardy to adopt OLED technology, with the **iPhone X** being its inaugural device to sport an OLED screen—**seven years** after Android models started utilizing this tech. Additionally, the first Android device with a **120Hz display**, the **Razer Phone**, was launched in **2017**, while Apple only brought a **120Hz option** to market with the **iPhone 13 Pro** in **2021**.

    This pattern persists with the iPhone 16 series, where Apple again reserves the **120Hz refresh rate** for its Pro models. Meanwhile, Android manufacturers across the spectrum, from budget to premium, have readily incorporated higher refresh rates, rendering Apple’s stance increasingly anachronistic.

    ## Competing Android Phones Outshine Apple

    When matching the iPhone 16 against similarly priced Android alternatives, the disparity in display quality becomes glaringly obvious. For instance, the **Google Pixel 9**, also beginning at **$799**, showcases a **120Hz LTPO display** that smartly adjusts its refresh rate between **60Hz and 120Hz** for battery conservation. It additionally features **Google’s Gemini AI** and various innovative functionalities such as the **Add Me** feature, ensuring everyone can fit into group snapshots.

    Additionally, even affordable Android phones like the **CMF Phone 1** present superior display technology. For just **$200**, you receive a **120Hz OLED display**, **960Hz PWM dimming**, and a modular architecture allowing for customizable backplates and add-ons. This makes the **CMF Phone 1** an exceptional choice for individuals who value display quality and visual comfort without overspending.

    ## Apple’s Advantage: Processing Power

    Although Apple may lag in display technology, it continues to excel in processing performance. The **A18 processor** in the iPhone 16 series is anticipated to outperform

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    • Richard
    • Comments Off on “The Innovative Camera Control Button of the iPhone 16: A Feature That Android Phones Should Embrace”
    “The Innovative Camera Control Button of the iPhone 16: A Feature That Android Phones Should Embrace”

    # Hardware Controls for Camera Modes? Absolutely!

    In a time when smartphones have become essential for everything from chatting to leisure, photography is one of the key aspects that matters most to users. With each smartphone iteration, manufacturers enhance camera capabilities, yet one often-neglected facet is the tangible control of the camera itself. Enter the iPhone 16 series, which unveils a revolutionary feature: **Camera Control**, a hardware button dedicated to allowing users to effortlessly modify camera modes.

    ## A New Chapter in Camera Controls

    The **iPhone 16** series brings the usual enhancements in hardware and aesthetics, but this year’s highlight is undoubtedly the **Camera Control** button. Positioned at the lower right corner of the device, this button is present in all iPhone 16 variants, including the standard models. This is a notable advancement by Apple, as it introduces a degree of physical interaction with camera controls that numerous users have been desiring.

    As the term implies, the Camera Control button is crafted to streamline the process of launching the camera app, capturing photos, recording videos, and switching camera modes—all without the need to engage with the on-screen interface. This addition is especially beneficial for users who prefer a more tactile approach while utilizing their phone’s camera, particularly in scenarios where swiftness and convenience are paramount.

    ### Functionality Overview

    The Camera Control button features a **capacitive design** paired with a haptic motor that delivers tactile feedback. It is also responsive to pressure, enabling a range of actions dependent on how the button is pressed:

    – **Quick press**: Activates the camera app.
    – **Second quick press**: Captures a photo.
    – **Prolonged press**: Begins video recording.

    However, the true brilliance lies in its adaptability. Users can modify the zoom level simply by swiping on the button, making it remarkably simple to transition between various lenses or zoom levels without having to struggle with on-screen options. For photography aficionados who frequently alternate among wide, ultra-wide, and telephoto lenses, this capability is extremely valuable.

    ## Not an Original Idea, But Superior Implementation

    Though the concept of utilizing a hardware button for camera control isn’t completely novel, Apple’s implementation of this feature distinguishes it. Numerous Android phones have offered the ability to launch the camera and capture images using the power button for years, yet Apple’s Camera Control button presents a more polished and adaptable experience.

    For example, **ASUS** launched a comparable feature with its **Zenfone 9** and **Zenfone 10**, which incorporated a capacitive module in the power key. This functionality, referred to as **ZenTouch**, permitted users to carry out various tasks like pulling down the notifications panel, navigating through browsers, and managing media playback. Although this was a handy feature, it lacked the focused emphasis on camera controls that Apple’s Camera Control provides.

    Regrettably, ASUS removed this feature in its latest **Zenfone 11 Ultra**, disappointing many users who had grown reliant on its convenience. This underscores the necessity for more manufacturers to assess the advantages of physical camera controls, particularly as smartphone cameras continue to advance.

    ## Implications for Android Devices

    Apple’s rollout of the Camera Control button prompts an intriguing query: Will Android makers follow suit? Traditionally, Android brands have been quick to embrace features introduced by Apple, evident in the rise of **Dynamic Island clones** within Android interfaces like ColorOS. With the growing emphasis on smartphone photography, it seems plausible that Android manufacturers might consider integrating similar hardware buttons for camera control.

    Devices such as the **Xiaomi 14 Ultra** and **Vivo X100 Ultra**, which already feature some of the finest cameras in the Android sphere, could significantly gain from including a dedicated camera button. These smartphones are already stretching the limits of mobile photography, and a hardware button would further elevate the user experience by streamlining the capturing of high-quality images and videos.

    ### Xiaomi’s Photography Kit: A Positive Step Forward

    Although Xiaomi has yet to unveil a dedicated camera button on its devices, it has taken strides in the right direction with its **Photography Kit** for the Xiaomi 14 Ultra. This accessory consists of a case and a photography grip that attaches to the phone, complete with a 1500mAh battery. The grip incorporates a conventional shutter button, a record button, an adjustable dial, and zoom controls, transforming the phone into a more user-friendly camera.

    Utilizing this accessory with the Xiaomi 14 Ultra emphasizes the need for physical camera controls, particularly for those who take mobile photography seriously. While the Photography Kit is a brilliant addition, possessing built-in hardware controls similar to Apple’s Camera Control button would enhance the overall experience even further.

    ## The Importance of Physical Camera Controls

    So, why do physical camera controls hold such significance? Firstly, they facilitate the use of the camera in scenarios where speed is

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    iPhone Users Are Able to Keep Utilizing iOS 17 While Getting Security Updates

    # Apple Set to Launch iOS 18: Essential Information

    Apple has made a formal declaration regarding the rollout of iOS 18 to the public on September 16, 2024. This eagerly awaited update is set to introduce a variety of new features and improvements aimed at enhancing the overall user experience on iPhones and iPads. Nevertheless, as with any significant software upgrade, some users might opt to delay the update to avoid possible bugs and compatibility challenges with crucial applications. To assist these users, Apple will maintain support for iOS 17 through security updates.

    ## iOS 17.7: Security Enhancements for Cautious Users

    Alongside the iOS 18 launch, Apple will also introduce iOS 17.7, which is presently available in Release Candidate (RC) format for developers and public beta participants. Although iOS 17.7 does not bring any new features, it is dedicated to delivering vital security patches and bug resolutions for users who decide to stay with the iOS 17 version.

    This dual-release method grants users the choice between remaining on iOS 17 with the latest security updates or upgrading to iOS 18 to benefit from new features. Users will find both updates accessible in the Settings app on their iPhones and iPads, simplifying the decision-making process regarding which version to choose.

    ## Historical Perspective: Apple’s Software Update Strategy

    This is not the first instance of Apple offering users the choice to stick with an older iOS version while still receiving crucial security updates. After the introduction of iOS 17 last year, Apple continued to provide security patches for iOS 16 for a certain period, especially for devices that weren’t compatible with the newer version. Given that iOS 18 will work with all iPhones supporting iOS 17, it is anticipated that Apple will discontinue updates for iOS 17 after a few months.

    This strategy is particularly advantageous for users who depend on specific apps that may not yet be fully optimized for iOS 18. By allowing users to remain on iOS 17, Apple reduces the likelihood of disruptions that could stem from an early upgrade.

    ## What’s New in iOS 18?

    While the details regarding the new features of iOS 18 are still concealed until its official launch, Apple generally announces improvements in areas like user interface design, privacy settings, and performance enhancements. Users can look forward to updates that enhance device intuitiveness and security, along with new functionalities aimed at boosting productivity and connectivity.

    In addition to iOS 18, Apple will also present several other operating systems next week, such as iPadOS 18, watchOS 11, tvOS 18, visionOS 2, and macOS Sequoia. Each of these updates seeks to create a more unified and integrated experience across Apple’s device ecosystem.

    ## Conclusion

    As Apple gears up to introduce iOS 18, users are confronted with a significant choice: to upgrade to the newest version or to stay on iOS 17 for now. With the option to keep receiving security patches for iOS 17, users can make a more informed decision based on their specific requirements and the compatibility of their preferred applications. Whether you decide to adopt the new features of iOS 18 or stick with the reliable iOS 17, Apple’s dedication to user security and satisfaction remains a top priority.

    Stay tuned for the official launch on September 16, and ensure to evaluate your options carefully before transitioning!

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