Over the past decade, many of us have witnessed the gradual erosion of privacy standards, as once-controversial practices have slowly become normalized. If you share concerns about this trend, you’ll be disappointed to learn that Mozilla is removing the 'Do Not Track' (DNT) privacy option in Firefox version 135. This change is already present in the Nightly developer release and will be included in the standard version when Firefox 135 is launched on February 4, 2025.
According to the Mozilla support page on the change (via The Register), the decision stems from the fact that many websites ignore the DNT request. The page states:
"Starting in Firefox version 135, the 'Do Not Track' checkbox will be removed. Many sites do not respect this indication of a person's privacy preferences, and, in some cases, it can reduce privacy. If you wish to ask websites to respect your privacy, you can use the 'Tell websites not to sell or share my data' setting. This option is built on top of the Global Privacy Control (GPC). GPC is respected by increasing numbers of sites and enforced with legislation in some regions."
At first glance, Mozilla’s explanation may sound reasonable, but I believe this move reflects a broader, concerning trend—shifting privacy concerns from general issues to more specific, less effective solutions.
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The DNT option is a request sent by browsers to websites, asking them not to track users. While websites are not legally obligated to comply with this request, it allows users to signal their privacy preferences in a simple, universal way without having to manually adjust settings for each individual site. The idea was that, even if websites ignored the DNT request, the practice of making such a request was important and could be enforced through legal means, depending on local privacy laws.
Critics argue that while most websites ignore DNT, this is more a problem of enforcement than of the DNT mechanism itself. For example, if you ask someone not to punch you in the face, and they repeatedly ignore that request, the issue isn’t with the request but with the lack of consequences for ignoring it. In this analogy, DNT is like that reasonable request for privacy, and the real problem lies with the failure to hold websites accountable for ignoring it.
Mozilla suggests that users can now rely on the Global Privacy Control (GPC) as a replacement for DNT. The GPC is an opt-out mechanism built into certain browsers that signals to websites that users do not want their data sold or shared. Mozilla claims that GPC is respected by more websites and is backed by legislation in some regions, making it a more reliable privacy solution.
However, while GPC has shown some promise, it is not without its own limitations. The transition from DNT to GPC may not be as seamless as Mozilla suggests. The GPC is still relatively new, and it remains to be seen how consistently websites will adopt and respect this new standard. Moreover, the switch to GPC risks narrowing the scope of user privacy concerns—shifting from a broad, universal request to a more specific, limited one.
The shift from DNT to GPC marks a narrowing of focus in how we approach privacy. Whereas DNT allowed for a general request that websites respect users' privacy preferences, GPC is much more specific—it’s about stopping the sale and sharing of data, rather than preventing all forms of tracking. This shift could be seen as a move toward addressing a particular aspect of privacy while overlooking broader issues, such as the tracking of users for targeted advertising.
This is not to say that GPC is inherently ineffective, but it highlights the trend toward making privacy a more fragmented issue, focusing on specific actions rather than a more comprehensive, user-centric approach. By removing DNT, Mozilla may be inadvertently signaling that the fight for privacy is narrowing, and that the broader issue of digital tracking is becoming less of a priority.
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The removal of DNT could signal a troubling shift in how privacy concerns are addressed, with broader issues being sidelined in favor of more specific, limited measures. For users who care about their online privacy, this move should be seen as a step backward—one that undermines the effort to create a truly user-focused and comprehensive privacy standard.
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Recent leaks from Geekbench have revealed benchmark scores for AMD's upcoming flagship APU, the Strix Halo. If the leaked benchmarks are accurate, the Ryzen AI MAX+ Pro 395 could offer performance comparable to Nvidia's RTX 4060 laptop GPU, signaling a potential shift in the market for high-performance laptops and gaming handhelds.
As reported by Tom’s Hardware, the Strix Halo, also known as the Ryzen AI MAX 300 APUs, is expected to be AMD’s flagship processor for workstations and laptops in 2025. The Ryzen AI Max+ Pro 395 is equipped with 16 cores based on the advanced Zen 5 microarchitecture, 32 threads, and supports up to 64GB of RAM, with the option to upgrade to 128GB.
The leaked Geekbench benchmark indicates that the Strix Halo APU, which includes integrated Radeon 8060S graphics, outperforms the mobile version of the RTX 4060 by nearly 4,000 points. This performance suggests that the chip could compete with mid-range laptops featuring an RTX 4070 GPU, indicating that AMD’s Strix Halo processors are poised to deliver excellent gaming performance.
While it's exciting to consider the potential of this APU, it's important to note that we might not see this specific model in consumer laptops. However, the possibility remains that a similar APU could be integrated into the best gaming laptops or even the best handheld consoles. Handhelds like the Steam Deck OLED and Asus ROG Ally X both utilize AMD processors, and there is ongoing speculation about the AMD Ryzen Z2 being featured in upcoming devices.
Although none of this information is official yet,with CES 2025 just around the corner, we can anticipate official announcements from AMD regarding the Strix Halo line. The event is a key platform for tech companies to unveil their latest innovations, and it will be the stage where AMD is expected to share more details about their cutting-edge APUs.
The Geekbench scores provide a glimpse into what AMD might have in store for its future APUs. If these scores are indicative of AMD's direction, the future could be very promising for the laptop and gaming handheld industries. As a fan of gaming handhelds, the prospect of future iterations with significantly more powerful processors is particularly intriguing.
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Several applications owned by Meta experienced a significant global outage on Wednesday, impacting Instagram, WhatsApp, and Facebook. The services have since been restored, with Instagram and WhatsApp confirming their return to functionality.
While Facebook is yet to verify if all issues have been resolved, Meta has expressed its progress, stating, "Thanks for bearing with us! We're 99% of the way there - just doing some last checks. We apologize to those who've been affected by the outage." This update was shared on an unspecified platform, referred to as "X."
Downdetector, a platform that tracks outages, reported over 22,000 issue reports for Facebook on the evening of the outage and over 18,000 for WhatsApp. The disruptions were widespread, with users in the UK, various parts of Europe, Asia, Australia, South America, and the US all reporting problems.
WhatsApp and Instagram both communicated their return to service on platform "X," with WhatsApp stating, "And we're back, happy chatting!" and Instagram following suit with, "Andddd we're back - sorry for the wait, and thanks for bearing with us."
The outages began around 18:00 GMT on Wednesday, according to Downdetector. The numbers are based on user-reported outages, and the actual number of affected users could be significantly different.
Meta quickly acknowledged a "technical issue" that was "impacting some users' ability to access our apps" and assured that they were working on a resolution. Users reported a range of problems, from complete inability to use the apps to feeds that refused to refresh.
WhatsApp provided an update on their efforts, saying, "We're aware of some issues accessing WhatsApp. We're actively working on a solution and starting to see a return to normal for most people. We expect things to be back to normal shortly."
Meta's platforms boast some of the highest user engagement globally, with Facebook alone claiming over three billion active monthly users.
The most extensive outage Meta has faced was in 2021, when founder Mark Zuckerberg apologized for the disruption. During that incident, services for Facebook, Messenger, WhatsApp, and Instagram were down for nearly six hours.
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Nearly two years ago, the Wireless Power Consortium (WPC) introduced the Qi2 wireless charging standard, heralded as a breakthrough in the field. With Apple’s endorsement, Qi2 promised to bring MagSafe-style charging capabilities to Android devices—assuming manufacturers adopted the technology.
However, that assumption proved overly optimistic. As reported by 9to5Google, only one Android device, the HMD Skyline, currently supports Qi2. Even Google opted out with its recent Pixel 9 release, stating—rather unconvincingly—that Qi2 offers no significant advantages over Qi1.
This decision by Google, the steward of the Android ecosystem, could be seen as a pivotal moment. If Google doesn’t support Qi2, why would other manufacturers invest in it?
Despite the slow adoption, there may still be hope for Qi2’s future. Reliable leaker Ice Universe hinted on X (formerly Twitter) that Samsung’s upcoming Galaxy S25 series will support Qi2. However, this claim reportedly originated from a private message on Weibo, so it should be treated cautiously.
That said, Samsung has a history of equipping its flagship devices with cutting-edge features. Adding Qi2 support would align with this strategy. The only detail mentioned was a charging speed limit of 15W, consistent with the WPC’s January 2023 guidelines for Qi2-certified chargers.
If Samsung includes Qi2 in its Galaxy S25 lineup, it could set a precedent for other manufacturers to follow. This move might finally fulfill the WPC’s initial promise, ushering in a more user-friendly and versatile charging ecosystem for Android users.
Apple plans to introduce satellite connectivity to its Apple Watch in 2025 and is advancing work on a blood-pressure feature, according to Bloomberg News. These developments highlight Apple's focus on enhancing both connectivity and health monitoring in its wearable devices.
Apple is reportedly working to bring satellite texting to the next Apple Watch Ultra model. This would make it the first Apple Watch to include satellite connectivity, enabling users to send messages without Wi-Fi or cellular networks, as long as there is a clear view of the sky. The Ultra model is a logical choice for this feature due to its longer battery life compared to other Apple Watch models. This functionality could prove especially useful for users in remote areas or in situations where an iPhone is unavailable.
Apple is also developing a blood-pressure detection feature for the Apple Watch, designed to identify signs of hypertension without offering precise measurements. Additionally, the company is progressing toward noninvasive blood-glucose tracking, although that capability is still years away. These features build on the Apple Watch’s role as a health tool, which already includes functions like detecting sleep apnea and responding to emergencies.
The Apple Watch is expected to transition from Intel to MediaTek modems, which could introduce lower-tier 5G connectivity. Despite the ongoing development of an Apple-designed modem for iPhones, there are no current plans to bring this technology to the Apple Watch.
These advancements reflect Apple’s strategy to enhance the functionality of its smartwatch, focusing on user connectivity and health insights.Apple has been working to add more health-focused capabilities to its products.
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