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Garmin Instinct 3 versus Instinct 2X versus Instinct 2: Major Enhancements and Distinctions

# **Garmin Instinct 3 vs. Instinct 2: Main Differences and Which Model to Choose**

The Garmin Instinct line has consistently been a top pick among adventure lovers and sports enthusiasts, showcasing robust construction, extensive battery life, and sophisticated GPS capabilities. With the launch of the **Garmin Instinct 3**, many are curious about its performance relative to the **Garmin Instinct 2**, and if upgrading makes sense.

This article will outline the **primary distinctions** between the **Garmin Instinct 3 and Instinct 2**, encompassing battery longevity, precision, smart functionalities, display quality, and storage capacity. We’ll also evaluate the **Instinct 3 against the Instinct 2X**, which shares some intriguing similarities.

## **Garmin Instinct 3 vs. Instinct 2: Main Differences**
The **Garmin Instinct 3** brings numerous enhancements compared to the **Instinct 2**, but for current **Instinct 2X** users, these differences might be less pronounced. Here’s a concise overview of the primary changes:

| **Feature** | **Garmin Instinct 3** | **Garmin Instinct 2X** | **Garmin Instinct 2** |
|————|———————-|———————-|———————-|
| **Battery Life (Smartwatch Mode)** | 40 days (Solar) / 24 days (AMOLED) | 40 days (Solar) | 28 days (Solar) |
| **GPS Battery Life** | 60 hours (Solar) / 40 hours (AMOLED) | 60 hours (Solar) | 30 hours (Solar) |
| **Display** | 1.3-inch AMOLED (416×416) or 1.1-inch MIP (176×176) | 1.1-inch MIP (176×176) | 0.9-inch MIP (176×176) |
| **GPS Accuracy** | Multi-band GPS + SatIQ | Multi-band GPS | GPS-only |
| **Flashlight** | Yes | Yes | No |
| **Memory** | 4GB (AMOLED) / 128MB (MIP) | 64MB | 32MB |
| **New Features** | Sleep Coach, Nap Detection, Training Load Focus, Running Dynamics | Some new features | Fewer features |

Now, let’s explore each category in more detail.

## **1. Battery Life: Instinct 3 Solar vs. Instinct 2 Solar**
A standout feature of the **Garmin Instinct series** is its **exceptional battery longevity**, particularly in the **Solar variants**.

– **Garmin Instinct 3 Solar** delivers **up to 40 days** in smartwatch mode, with **unlimited battery life** when adequately exposed to sunlight.
– **Garmin Instinct 2X Solar** provides **comparable battery life** to the Instinct 3 Solar, positioning it as a formidable option.
– **Garmin Instinct 2 Solar** trails behind with **28 days** of battery life in smartwatch mode.

For GPS functionality:
– The **Instinct 3 Solar** achieves **260 hours of GPS battery life with solar**, outpacing the **145 hours of the Instinct 2X Solar** and **48 hours of the Instinct 2 Solar**.
– The **Instinct 3 AMOLED** offers **40 GPS hours**, which surpasses what the **Instinct 2 Solar** offers.

**Conclusion:** For those prioritizing **superior battery life**, the **Instinct 3 Solar** stands out as the premier choice. However, if you’re a current owner of the **Instinct 2X Solar**, an upgrade might not be essential.

## **2. GPS Accuracy: Multi-Band GPS and SatIQ**
Enhancements in GPS accuracy are another significant advantage of the **Garmin Instinct 3**.

– The **Instinct 3** incorporates **multi-band GPS and SatIQ**, enhancing precision in difficult terrains such as dense woods, mountains, and urban areas with skyscrapers.
– The **Instinct 2X Solar** features **multi-band GPS** but lacks **SatIQ**, which optimizes battery usage by automatically adjusting GPS modes.
– The **Instinct 2 Solar** relies solely on **standard GPS tracking**, ranking it as the least precise among the trio.

**Conclusion:** If **precise GPS tracking** is critical for you, the **Instinct 3 Solar** is the optimal choice. Nevertheless, the **Instinct 2X Solar** still delivers commendable performance.

## **3. Display: AMOLED vs. MIP**
A highly noticeable upgrade in the **Garmin Instinct 3** is the inclusion of an **AMOLED display option**.

– The **Instinct 3 AMOLED** sports a **1.3-inch full

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Linux Developer for Apple Silicon Macs Steps Down, Pointing to Major Leadership Shortcomings

# Hector Martin Steps Down as Asahi Linux Project Leader: Reflecting on the Path and Upcoming Opportunities

In a notable turn of events for the open-source world, Hector Martin declared his resignation as the Asahi Linux project leader yesterday morning. This initiative, which commenced shortly after Apple’s shift to its proprietary silicon architecture in early 2021, was focused on adapting the Linux operating system for Apple Silicon Macs, particularly the M1 and M2 chips. Despite experiencing early achievements and strong community backing, Martin’s choice to resign underscores the hurdles encountered by open-source projects and the impact they can have on their leaders.

## Overview of Asahi Linux

The narrative of Asahi Linux has been truly impressive. Upon its inception, the project faced a multitude of challenges, including inadequate vendor support and a lack of documentation from Apple. Nevertheless, through unwavering commitment and backing from a dedicated community, Martin and his team successfully released an alpha version of Asahi Linux for M1 and M2 Macs in early 2022.

Martin reminisced about the project’s formative years, stating, “The first couple of years were amazing, as we brought the platform from nothing to one of the smoothest Linux experiences you can get on a laptop.” The project not only addressed a critical gap in the Linux landscape but also offered users a practical alternative to conventional x86 laptops.

## Obstacles Encountered

In spite of its early triumphs, the project soon faced substantial obstacles. Martin noted burnout and persistent disputes within the Linux community as significant factors influencing his resignation. He voiced discontent over the way certain key individuals in the Linux community, including Linus Torvalds, creator of the Linux kernel, treated the project.

In his resignation statement, Martin remarked, “Suffice it to say, I consider Linus’ handling of the integration of Rust into Linux a major failure of leadership.” He emphasized that the absence of backing from primary stakeholders and the negative attitudes from some subsystem maintainers fostered a toxic atmosphere that impeded the project’s advancement.

## The Future of Asahi Linux

Even with his departure, Martin reassured the community that the Asahi Linux project would persist. He intends to hand over responsibilities to the committed team that has collaborated with him. The primary objective for the team in 2025 is to achieve kernel upstreaming, which means that the necessary drivers for M1 and M2 Macs would be incorporated into the mainline Linux kernel. This would represent a significant achievement for the project, enabling it to function more smoothly within the larger Linux ecosystem.

In addition to upstreaming, the Asahi Linux team plans to improve their testing procedures and introduce new capabilities for M1 and M2 devices. Upcoming enhancements will include support for DisplayPort alt mode, DirectX 12, and internal microphones, with the latter expected to be available soon.

However, the team has indicated that support for newer models, such as M3 and M4 Macs, will not be prioritized in the near term. They will instead concentrate on strengthening the project’s foundation and ensuring that existing features are dependable and effective.

## Final Thoughts

Hector Martin’s resignation as the Asahi Linux project lead signifies an important juncture for the initiative and the broader Linux landscape. While the challenges he encountered were considerable, the groundwork established by Martin and his team has paved the way for ongoing growth and advancement. The Asahi Linux project continues to be a source of encouragement for Linux aficionados utilizing Apple Silicon, and the community looks forward to the promising developments that await.

As the project progresses, it will be vital for the community to unite behind the Asahi Linux team, offering support and motivation as they navigate the intricacies of open-source development. The journey is far from over, and with a committed team at the forefront, there is optimism for a promising future for Asahi Linux.

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Satechi SM3 Slim Mechanical Keyboard Assessment: An Exceptional Typing Performance

# **Satechi SM3 Slim Mechanical Keyboard Review: Typing Like a Pro**

## **Introduction**
The Satechi SM3 Slim Mechanical Keyboard marks the company’s debut in full-sized mechanical keyboards, tailored for users on both Mac and Windows platforms. Unveiled at CES 2025, this keyboard aims to deliver a superior typing experience, highlighted by its elegant design, multi-device compatibility, and impressive battery longevity. In this review, we’ll delve into its features, performance, and assess whether it’s a sound investment.

## **Design and Build Quality**
The SM3 Slim is available in two color variants: Light and Dark. The Light edition, featuring white and grey keys, exudes a vintage yet chic appearance that complements contemporary setups. Constructed with an aluminum body, removable keycaps, and adjustable feet, it ensures ergonomic comfort.

With a complete 108-key layout that includes a numeric keypad, it’s perfect for professionals needing a comprehensive keyboard solution. The backlit keys provide three brightness settings, four LED speeds, and 14 animation choices, guaranteeing clear visibility in various lighting scenarios.

### **Pros:**
✅ Elegant and upscale design
✅ Durable aluminum build
✅ Adjustable feet for enhanced ergonomics

### **Cons:**
❌ Lacks Touch ID for Mac users

## **Typing Experience**
Equipped with low-profile brown mechanical switches, the SM3 Slim delivers a tactile feedback with minimal key travel. This design reduces finger strain, making it ideal for extended typing durations.

Stabilizers are present under commonly used keys such as Delete, Return, Space Bar, and Left Shift, ensuring consistent key presses. Unlike some loud mechanical keyboards, the SM3 Slim produces a balanced sound that promotes productivity without being intrusive.

### **Pros:**
✅ Comfortable and responsive typing feel
✅ Quiet yet gratifying keystrokes
✅ Stabilized keys for uniform performance

## **Connectivity and Multi-Device Support**
A key highlight of the SM3 Slim is its capability to connect with up to four devices. It supports dual Bluetooth 5.0 channels, a 2.4GHz USB receiver, and a wired USB-C connection, making it easy to toggle between various devices like a Mac, iPad, and Windows PC with a simple button press.

Though it functions smoothly with most devices, some users might notice slight delays when reconnecting to Mac computers post-startup. Nevertheless, this is a minor concern that doesn’t greatly affect functionality.

### **Pros:**
✅ Connects with up to four devices
✅ Bluetooth 5.0, 2.4GHz, and wired options
✅ Effortless device switching

### **Cons:**
❌ Sporadic lag when reconnecting to Mac

## **Battery Life**
The SM3 Slim is powered by a 2,500mAh rechargeable battery, offering remarkable durability. With the backlight disabled, the keyboard can operate for months on a single charge. Even with the backlight activated, users can anticipate several weeks of use before recharging is needed.

Charging is done through USB-C, and you can use the keyboard while it’s charging, ensuring continuous productivity.

### **Pros:**
✅ Extended battery life (months without backlight)
✅ USB-C charging with the ability to use while charging

## **Final Verdict**
The Satechi SM3 Slim Mechanical Keyboard is a superb option for those seeking a premium, full-sized mechanical keyboard that supports multiple devices. It provides an exceptional typing experience, robust build quality, and impressive battery life, making it a valuable investment for both professionals and enthusiasts.

### **Final Rating: ⭐⭐⭐⭐½ (4.5/5)**
**Price:** $119.99
**Where to Buy:**

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Samsung Reinvents 7 Years of Updates: What It Truly Signifies for Users

# **Hardware Is Eternal: Grasping the Lifespan of Contemporary Devices**

## **Introduction**
In the rapidly evolving tech landscape, software enhancements and new functionalities frequently dominate discussions. Nevertheless, one enduring truth persists—hardware is eternal. Although software can be upgraded, fine-tuned, and enhanced over time, hardware remains a constant with built-in constraints. This fact is becoming more apparent as firms such as Samsung, Apple, and Google broaden software support for their devices while concurrently restricting certain functionalities to more recent models.

## **The Truth About Long-Term Software Support**
Samsung has recently revealed that its Galaxy S24 series will lack several One UI 7 (Android 15) functions because of hardware constraints. This revelation highlights a significant observation: while manufacturers may guarantee years of software updates, not all features will function on older devices.

For instance, Samsung has pledged to deliver seven years of updates for its premium smartphones. However, this does not imply that every new feature rolled out during this time will be available on previous models. Numerous cutting-edge functionalities, especially those that leverage artificial intelligence (AI), necessitate specific hardware capabilities that older devices simply lack.

## **The Importance of Hardware**
The main reason older devices are excluded from new features is their reliance on hardware. Samsung’s AI-enhanced characteristics, such as the **Personal Data Engine**, depend on the latest **Snapdragon 8 Elite** chipset for optimal functioning. This indicates that even if a device continues to receive software updates for years, it may not support the most recent AI innovations.

This phenomenon isn’t limited to Samsung. Apple adopts a similar strategy with its iPhones. While iOS updates are accessible for older models, many new features remain exclusive to the newest hardware. For example, the **A16 Bionic** chip in the iPhone 15 boasts enough power to execute most functions, but new AI-powered features are designed specifically for the latest processors.

## **The Progression of AI and Hardware Cohesion**
As AI technology progresses, we are witnessing a move toward **agentic AI**—a type of “thinking” AI that demands significant processing capacity. This suggests that upcoming smartphones, like the **Galaxy S26**, will likely introduce functionalities that the **S25** cannot accommodate. While this may frustrate some users, it is a natural evolution in technology.

The incorporation of AI into smartphones extends beyond software; it necessitates specialized hardware components such as **neural processing units (NPUs)** and **machine learning accelerators**. These dedicated chips facilitate real-time AI processing, enhancing efficiency in features like voice recognition, image analysis, and predictive text.

## **Should You Purchase a Phone for Future Capabilities?**
A common error consumers make is buying a smartphone with the expectation of future capabilities. Instead, a phone should be assessed by its current performance. An ideal smartphone should:
– Execute all advertised features efficiently.
– Be largely free of bugs.
– Receive ongoing support for security and performance updates.

While extended software support is advantageous, it should not be the sole determining factor for acquiring a device. The reality is that most users will opt to upgrade their phones before the seven-year support interval concludes, often due to battery wear or shifting personal requirements.

## **The Movement Toward Longevity**
The positive aspect is that manufacturers are acknowledging that consumers increasingly feel less compelled to upgrade their phones annually or even biannually. Samsung, Google, and Apple are at the forefront by providing prolonged software support, ensuring that devices remain functional and secure over extended timelines.

However, this transition also implies that users must recalibrate their expectations. Just because a phone receives updates doesn’t guarantee that it will support every new feature. Instead, these updates predominantly focus on security enhancements, performance improvements, and minor user interface tweaks.

## **Conclusion**
The statement **”hardware is eternal”** serves as a reminder that, while software undergoes change, hardware endures as a consistency. As technology progresses, newer features will naturally demand more robust components, leaving older devices behind. This isn’t a flaw in the system, but rather an intrinsic element of technological advancement.

For consumers, the essential takeaway is to **select a phone based on its current capabilities, not on its potential future performance**. With extended software support becoming standard, smartphones are enduring longer than ever. While some features may be reserved for newer models, the fundamental functionality of a well-constructed device will remain reliable for years to come.

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Powerbeats Pro 2 vs. Powerbeats Pro: Essential Improvements for Runners and Fitness Lovers

# Why I Still Appreciate the Original Powerbeats Pro

The Powerbeats Pro 2 has launched, featuring numerous enhancements such as active noise cancellation (ANC), a heart rate monitor (HRM), and a more streamlined design. Although these updated functionalities make the Powerbeats Pro 2 an appealing choice, I continue to value the original Powerbeats Pro for a variety of reasons. In spite of its older technology, the first-generation Powerbeats Pro remains a commendable option for certain users, particularly those who emphasize comfort and cost-effectiveness.

## **Comfort and Fit: A Familiar Experience**
A notable aspect of the original Powerbeats Pro is its fit. The ear hooks are adjustable and ensure a secure, comfortable hold that remains steady even during vigorous workouts. The Powerbeats Pro 2, while still equipped with ear hooks, has a more compact and flexible design. While this contributes to their portability, I find that the original Powerbeats Pro accommodates my ears better, delivering a more stable and snug fit.

For prolonged workouts or lengthy listening periods, comfort is essential. The original Powerbeats Pro, with a slightly larger design, offers a more natural fit for my ears. Even though the Powerbeats Pro 2 provides multiple ear tip sizes and an ear tip fit test, I still consider the original model to be marginally more comfortable.

## **Consistent Sound Quality**
Even after nearly six years, the original Powerbeats Pro continues to showcase impressive sound quality. It is equipped with the Apple H1 chip, which guarantees a stable connection and effortless pairing with Apple devices. The bass-heavy sound signature, a defining trait of Beats products, remains robust, making it a fantastic option for those who appreciate vigorous and dynamic audio.

While the Powerbeats Pro 2 brings new audio features like adaptive EQ and enhanced transducers, the difference in practical listening is not as significant as anticipated. If your primary use of the earbuds is for workouts or casual listening, the original Powerbeats Pro still delivers a fulfilling audio experience.

## **Battery Life That Performs Well**
Battery life is another domain where the original Powerbeats Pro continues to excel. With up to 9 hours of playback on a single charge and 24 hours total with the charging case, it provides ample power for most users. The Powerbeats Pro 2 does enhance this, offering up to 10 hours of playback (or 8 hours with ANC activated) and a total of 45 hours with the case. Yet, for those who don’t require ANC, the difference in battery life may not be significant enough to warrant an upgrade.

## **Affordability: A Wallet-Friendly Choice**
One of the most persuasive reasons to stick with the original Powerbeats Pro is its price. Following the introduction of the Powerbeats Pro 2, the original model has seen a substantial price reduction, frequently available for around $100. This makes it a fantastic value for individuals seeking high-quality wireless earbuds without shelling out $250 for the latest version.

For users who can forgo ANC, transparency mode, and heart rate monitoring, the original Powerbeats Pro remains an outstanding bargain. It continues to provide excellent sound, a secure fit, and dependable performance at a fraction of the price of the newer model.

## **Final Thoughts: Should You Make the Switch?**
The Powerbeats Pro 2 is certainly a solid upgrade, featuring modern elements like ANC, HRM, and a more compact, portable design. Nevertheless, if you’re satisfied with the original Powerbeats Pro and don’t feel the need for these additional features, there’s no pressing reason to upgrade. The original model remains a robust option for those who prioritize comfort, affordability, and dependable performance.

If you’re seeking workout earbuds and are okay with the older Lightning charging port or the larger case, the original Powerbeats Pro is still a formidable candidate. For individuals who desire the latest advancements, the Powerbeats Pro 2 is an excellent choice—but for many, the original still meets their needs perfectly well.

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Step-by-Step Instructions for Downloading TikTok Videos on Android

# **How to Save TikTok Videos on Android**

TikTok stands out as one of the leading social media platforms, providing endless enjoyment through its short videos. From dance challenges and humorous skits to insightful content, you may find a video you’d like to keep for viewing without an internet connection. Luckily, TikTok provides the ability for users to download videos, as long as the creator has allowed this feature.

In this article, we will guide you through the process of saving TikTok videos on your Android device and touch on key considerations when downloading content.

## **Reasons to Save TikTok Videos**

There are several advantages to downloading TikTok videos, including:

– Watching videos without internet access while traveling or in low-connectivity areas.
– Keeping favorite videos for later viewing.
– Sharing videos with family or friends even without internet access.
– Maintaining a backup of inspirational or educational video clips.

Nevertheless, it’s crucial to honor the rights of content creators and only download videos when it is permitted.

## **Steps to Save TikTok Videos on Android**

Use these straightforward steps to download a TikTok video onto your Android device:

### **Step 1: Launch the TikTok App**
Open the **TikTok app** on your Android device and either scroll through your feed or search for the specific video you wish to download.

### **Step 2: Locate the Video**
After you find the video you want to keep, click on it to enter the full-screen mode.

### **Step 3: Click the Share Icon**
On the right side of your screen, look for the **Share arrow icon**. Tap on this icon to access the sharing options.

### **Step 4: Choose “Save Video”**
If the video creator has permitted downloads, you will see a **”Save video”** option. Click on it, and the video will begin to download to your device.

### **Step 5: Retrieve the Downloaded Video**
Once the download is finished, you can find the video in your **Photos app** under the **Videos** section. You can now view it offline, modify it, or share it with others.

## **What to Do If the “Save Video” Option Is Not Present?**

Some TikTok creators opt to disable the download feature for their content. If the **”Save video”** option is missing, it means the creator has restricted this functionality.

In these situations, refrain from resorting to third-party applications or websites to download the video, as this could violate TikTok’s terms of service and infringe on the rights of the creator.

## **Considerations When Saving TikTok Videos**

– **Honor Copyright & Ownership:** Even though you can download a video, it will carry a TikTok watermark recognizing the original creator. Do not edit and repost it as your own work without prior permission.
– **Storage Awareness:** Downloading numerous videos can consume storage space on your device. Make it a habit to delete videos you no longer wish to keep.
– **Responsible Use:** It’s acceptable to download videos for personal enjoyment, but avoid sharing them without the creator’s approval.

## **Conclusion**

Saving TikTok videos on an Android device is an easy task, provided the creator has permitted this action. Whether your goal is to keep a humorous snippet, an instructional video, or a dance routine, adhering to the steps outlined above will enable you to enjoy your favorite videos offline.

Always remember to respect the rights of content creators and to utilize downloaded videos responsibly. Enjoy your exploration and saving! 🚀

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“What Enthusiasts Anticipate from Marvel: Investigating Viewer Aspirations and Anticipations”

# **Captain America: Brave New World – A Mixed Reception for the MCU?**

The Marvel Cinematic Universe (MCU) has experienced a turbulent journey following the end of *Avengers: Endgame*. With every new release, fans have questioned whether the franchise has lost its charm or is merely undergoing a transitional phase. *Captain America: Brave New World*, the fourth installment in the *Captain America* franchise, has entered the discourse, garnering mixed critiques and igniting conversations about the current condition of the MCU.

## **A Bumpy Path to Premiere**

The making of *Brave New World* was reportedly fraught with challenges, with behind-the-scenes accounts indicating that even crew members were doubtful about the film’s quality. A recent article from *Vulture* revealed that an anonymous crew member expressed, “I think everyone on the crew knew this is probably not going to be a good film.” This feeling appears to be mirrored in the film’s reception, as it presently ranks among the lowest-rated MCU films on *Rotten Tomatoes*.

In spite of these worries, the film still succeeded in providing some entertaining moments, especially through its cast and action scenes.

## **Anthony Mackie’s Captain America – An Impresive Successor?**

One of the significant questions surrounding *Brave New World* was whether Anthony Mackie could take up the mantle of Captain America following Chris Evans’ exit. Although Mackie’s Sam Wilson lacks the super-soldier serum that characterized Steve Rogers, he makes up for it with determination, resilience, and a solid moral compass. His rendition of Captain America is grounded and relatable, rendering him a captivating lead even if the film itself falters in various aspects.

Supporting roles also help to enhance the film. Danny Ramirez returns as Joaquin Torres, infusing humor and vitality into the narrative. Carl Lumbly’s portrayal of Isaiah Bradley continues to add emotional resonance, while Harrison Ford, stepping into the shoes of Thaddeus “Thunderbolt” Ross, appears to be relishing the role, despite the film’s inconsistent tone.

## **A Refreshingly Simple Narrative**

One of the film’s advantages is its choice to concentrate on an Earth-centric narrative rather than delving into the increasingly complex multiverse saga. While the MCU has been revolving around alternate realities and time travel in recent years, *Brave New World* takes a more straightforward political thriller approach, reminiscent of *Captain America: The Winter Soldier*.

This choice aids the movie in feeling more cohesive than some of Marvel’s recent endeavors (*Secret Invasion*, for instance, faced widespread criticism for its convoluted storytelling). The stakes are clear, and the conflicts feel personal rather than cosmic, which is a welcomed shift for fans who have grown fatigued with multiversal chaos.

## **Action and Visuals – An Improvement Over Recent MCU Installments?**

The action scenes in *Brave New World* are satisfactory, if not particularly remarkable. When compared to the CGI-heavy extravaganza of *Ant-Man and the Wasp: Quantumania*, this film emphasizes more practical stunts and hand-to-hand combat, which helps to ground the action. However, some fans might find the fight choreography lacking the imagination and intensity of earlier *Captain America* entries.

While the film doesn’t reach the peaks of *The Winter Soldier* in terms of action or narrative, it at least sidesteps the excessive reliance on CGI that has hindered some of Marvel’s recent productions.

## **Final Opinion – A Step Toward Improvement or More of the Same?**

*Captain America: Brave New World* may not rank as a premier MCU film, but it also isn’t the calamity some anticipated. Although it grapples with the franchise’s ongoing issues with consistency and innovation, it is bolstered by a strong lead performance, a clear story, and a refreshing focus on grounded conflicts.

For long-time Marvel enthusiasts, the film may not rekindle the same enthusiasm as earlier *Captain America* installments, yet it doesn’t descend to the depths of *Thor: Love and Thunder* or *Eternals*. If anything, it serves as a reminder that the MCU can still deliver solid, if not outstanding, superhero narratives.

As Marvel progresses with *Avengers: Secret Wars* and other significant projects, *Brave New World* may not be the groundbreaking film fans envisioned, but it at least keeps the franchise advancing—if only just.

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“Apple @ Work: The Benefits of Apple Silicon Grow with the Launch of x86 Emulation”

# The Progression of Virtualization on Apple Silicon: A New Chapter for Developers and IT Administrators

The shift from Intel to Apple Silicon represented a pivotal change in the Apple ecosystem, especially in the area of virtualization. As businesses increasingly depend on a combination of macOS and Windows applications, the capacity to operate virtual machines (VMs) has become crucial. This article delves into the recent advancements in virtualization on Apple Silicon, with a particular emphasis on the arrival of x86 emulation and its consequences for IT supervision and software engineering.

## A Quick Overview of Virtualization on Mac

Virtualization has been an important resource for Mac users since the changeover from PowerPC to Intel processors in the mid-2000s. This technology made it possible for users to execute Windows applications alongside macOS, closing the divide between the two operating systems. Nevertheless, the launch of Apple Silicon in 2020 introduced challenges for conventional x86 virtualization, as the new architecture necessitated creative solutions to ensure compatibility with existing Intel-based applications.

## The Introduction of x86 Emulation

With the unveiling of **Parallels Desktop 20.2.0**, users are now able to employ x86 emulation on Apple Silicon Macs, beginning with the M1 chip. This groundbreaking capability permits the operation of certain Intel-based (x86_64) VMs through Parallels’ unique emulation engine. Although this feature is still in beta, it marks a considerable advancement for users dependent on legacy applications.

### Principal Limitations of x86 Emulation

While the emergence of x86 emulation is encouraging, it comes with various restrictions that users need to consider:

1. **Boot Times and Responsiveness**: Boot times can span from 2 to 7 minutes, and the responsiveness is confined to single-application usage. The beta nature of this feature signifies that users should anticipate some performance hurdles.

2. **Device Support**: At present, USB devices and audio are not facilitated for x86 emulation. Furthermore, virtual machines are limited to a single virtual CPU and a cap of 8 GB RAM.

3. **Hypervisor Limitations**: The emulation utilizes Apple’s hypervisor, which lacks support for nested virtualization. This constraint impacts particular developer-oriented tools like Windows Subsystem for Linux (WSL2).

4. **Operating System Compatibility**: x86 emulation solely supports 64-bit operating systems, even though 32-bit applications can be executed. Users may face difficulties with earlier Windows versions and certain Linux distributions.

## Applications for x86 Emulation

The main application for x86 emulation is for testing and development purposes. It is not designed as a permanent solution for running critical Windows applications. Parallels has acknowledged that numerous customers have requested the feature to develop and test 32-bit Windows applications in a native setting since transitioning to Apple Silicon. If Parallels can resolve the current issues, this capability could prove vital for businesses and developers dependent on older applications.

## Further Enhancements in Parallels Desktop 20.2.0

In addition to x86 emulation, Parallels Desktop 20.2.0 introduces multiple enhancements geared towards IT management:

– **Hybrid Licensing and SSO Support**: The Enterprise Edition now enables hybrid and single sign-on (SSO), streamlining license oversight and authentication workflows.

– **Configuration Profile Support**: This new functionality facilitates deployment procedures, lowering the time and effort necessary to manage extensive virtualized ecosystems.

– **Automatic Time Synchronization**: macOS virtual machines on Apple Silicon now automatically synchronize time and time zones, simplifying the configuration for end users.

## Conclusion

The advancement of virtualization on Apple Silicon signifies a notable achievement for Mac users, especially in corporate settings. While the debut of x86 emulation is still in its infancy, it creates new opportunities for developers and IT administrators who need to unify macOS and Windows applications. As Parallels continues to enhance this technology, it could emerge as a crucial resource for organizations navigating the challenges of a mixed-OS landscape.

For those aiming to manage their Apple devices efficiently, solutions like Mosyle offer a cohesive platform for deploying, managing, and safeguarding Apple devices in the workplace. With more than 45,000 organizations trusting Mosyle, it remains a dependable choice for making millions of Apple devices operational with minimal effort.

For additional details on Parallels for macOS and to discover the latest features, click

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How Diablo Hackers Uncovered a Speedrun Scandal

# The Great Diablo Speedrun Controversy: How Investigators Discovered a Fabricated World Record

For years, Maciej “Groobo” Maselewski maintained an undisputed world record in *Diablo* speedrunning. His 3-minute, 12-second Sorcerer run was deemed unbeatable, thanks to a unique blend of skill, exploitation of glitches, and seemingly incredible luck in the game’s procedurally generated dungeons. However, a group of committed speedrunners and analysts recently unveiled discrepancies in Groobo’s run, leading to the startling discovery that his record was fabricated.

## The Investigation Kicks Off

The inquiry commenced when other speedrunners endeavored to replicate Groobo’s run utilizing external tools and software. Despite their diligent efforts, they were unable to reproduce the identical dungeon layout and item drops showcased in his video. This piqued suspicions, prompting a more in-depth examination.

To authenticate Groobo’s run, the team decompiled *Diablo* and executed an automated search through 2.2 billion possible dungeon seeds—the randomly generated figures that establish dungeon designs, item arrangements, and enemy appearances. Their objective was to discover a seed that aligned with Groobo’s run, but their search yielded no results.

## The Unlikely Fortune

Groobo’s run exhibited an exceptionally advantageous dungeon layout, with staircases situated closely together, facilitating quick descents through the levels. Furthermore, he found *Naj’s Puzzler*—a rare item that allows for teleportation—on dungeon level 9, an exceptionally unusual event.

The TAS (Tool-Assisted Speedrun) team, directed by Allan “DwangoAC” Cecil and other speedrunners, fashioned a custom map generation tool to scrutinize *Diablo*’s dungeon seeds. This apparatus enabled them to sift through billions of potential dungeons in search of one that corresponded with Groobo’s run. Nevertheless, following a comprehensive search, they determined that no plausible seed could replicate the same dungeon layout and item drops.

## The Damning Evidence: An Elusive Seed

The team broadened their inquiry to encompass “impossible” seeds—those that could only be created by altering the game’s save files. They discovered that the dungeon layout in Groobo’s run could solely be generated using seeds linked to the years 2056 and 2074, far exceeding *Diablo*’s valid date range (1970–2038). This suggested that Groobo had utilized external tools to manipulate the game, breaching speedrunning regulations.

Further investigation indicated that Groobo’s run was cobbled together from various saves, each produced with distinct seeds. Typically, a single seed determines all dungeon levels in a run, but Groobo’s video portrayed levels from several different seeds, substantiating that the footage was edited.

## More Discrepancies Appear

As the investigation progressed, additional inconsistencies arose:

– The copyright date on the title screen did not align with the game version displayed later in the video, implying that footage from multiple game versions was utilized.
– Items obtained early in the run vanished from the inventory later without reason.
– Groobo’s final confrontation with Diablo required merely 19 fireballs—technically feasible, but the TAS team discovered that the damage output and boss behavior aligned only with a level 26 Sorcerer, not the level 12 Sorcerer presented in the video.

## The Consequences

After examining the evidence, Speed Demos Archive (SDA), a prominent speedrunning community, eliminated Groobo’s run from their records, stating that it “very likely does not originate solely from legitimate techniques.” However, Guinness World Records has yet to take action, and Groobo’s record remains listed as the “Fastest completion of an RPG videogame.”

The controversy left a lasting mark on the *Diablo* speedrunning community. For more than a decade, Groobo’s seemingly insurmountable run discouraged other players from attempting to surpass the record. With his fraudulent run revealed, new speedrunners are now competing on verified legitimate seeds, and the category is witnessing a revival.

## Insights Gained

The *Diablo* speedrun controversy underscores the significance of verification in competitive gaming. Even highly regarded players can manipulate outcomes, and uncritical trust in record holders can hinder competition. The TAS team’s investigation serves as a reminder that transparency and scrutiny are vital for maintaining the integrity of speedrunning.

As new runners establish records on validated seeds, the *Diablo* speedrunning community can at last move ahead, unburdened by the legacy of a fraudulent world record.

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Trump Interferes with National EV Charging Initiative

# **Electric Vehicle Charging Initiatives Stalled Due to Directive from Trump Administration**

The growth of electric vehicle (EV) charging infrastructure in the U.S. has encountered a major setback due to a directive from the Trump administration. The National Electric Vehicle Infrastructure (NEVI) program, which was intended to distribute $5 billion in federal funds to states for EV charging projects, has essentially been put on hold. This action has created uncertainty around state-level initiatives, sparking legal and economic worries.

## **Overview of the NEVI Program**
The NEVI program was created under the 2021 Infrastructure Investment and Jobs Act, which was enacted by then-President Joe Biden. Its purpose was to expedite the installation of EV charging stations nationwide, ensuring availability every 50 miles along key highways.

However, a **February 6, 2025, letter** from a Trump administration official to state transportation heads indicated that the Federal Highway Administration was revoking earlier guidance regarding the funds. The letter further announced an immediate halt to the approval of all state EV infrastructure deployment plans, essentially stopping new obligations under the NEVI initiative.

## **Legal and Political Challenges**
In spite of the Trump administration’s order, legal experts contend that the president does not have the power to permanently terminate the NEVI program. Elizabeth Turnbull, director of policy and regulatory affairs at the **Alliance for Transportation Electrification**, emphasized that the funding was allocated by Congress and cannot be canceled unilaterally by the executive branch.

Democratic lawmakers have also voiced opposition to the directive, labeling it a **”flagrant violation of the law.”** A letter sent to the Department of Transportation by members of the Senate Committee on Environment and Public Works urged officials to retract the suspension and move forward with the law’s implementation.

## **State Reactions to the NEVI Suspension**
Responses to the funding halt have differed by state, with some suspending their EV charging initiatives while others are still dedicated to expanding their infrastructure.

### **Alabama**
Alabama had intended to utilize NEVI funds for the establishment of charging stations at various sites, including **Priester’s Pecans** and several **Love’s Travel Stops** along major thoroughfares. However, in light of the Trump administration’s directive, the **Alabama Department of Economic and Community Affairs (ADECA)** declared a suspension of NEVI-related initiatives.

Nonetheless, Alabama continues to invest in EV infrastructure through state programs. In January 2025, the state granted **$2.26 million** for new charging stations in locations like Huntsville, Hoover, Tuscaloosa, and Mobile.

### **North Carolina**
North Carolina had started to allocate NEVI funds for the establishment of **nine public charging stations** in underserved regions. However, the state’s Department of Transportation has now halted the next round of funding applications, leaving **$103 million** in federal infrastructure funds in uncertainty.

The state remains focused on enhancing EV infrastructure, especially in rural areas, where charging options are limited. North Carolina has also secured funding from the **Volkswagen emissions settlement**, which will continue to support EV infrastructure projects.

### **Wyoming**
Wyoming, which possesses one of the smallest EV charging networks in the nation, was in the initial process of seeking proposals for NEVI-funded charging stations. The state has since paused these plans and is contemplating returning the funds.

### **Illinois**
Illinois has chosen a different route, reaffirming its dedication to EV infrastructure despite the NEVI interruption. The state has initiated a **$100 million rebate program** to promote EV adoption, funded by **Commonwealth Edison Co. (ComEd)**. Additionally, Illinois was anticipated to receive **$148 million** in NEVI funds over five years, but the future of these initiatives is now unclear.

### **Maryland**
Maryland had previously designated **$12.1 million** in NEVI funds for the construction of **126 fast-charging ports** at 22 sites. However, the state is now awaiting further federal guidance before advancing with additional projects. Governor **Wes Moore’s administration** has reiterated its commitment to EV expansion, underscoring the necessity of charging infrastructure in diminishing emissions and fostering economic development.

## **Effects on the EV Sector**
The suspension of NEVI funding has generated uncertainty for both businesses and consumers. Companies like **Tesla**, which operates the largest fast-charging network in the U.S., might gain from the hiatus, as competitors find it challenging to develop their own infrastructure. However, the overall EV industry could face delays, especially in states that depend heavily on federal funding for charging station deployment.

Industry experts caution that even a temporary pause in the development of EV infrastructure might hinder the shift to electric vehicles. **Jed Routh**, vice president of markets and products for **Kempower**, a manufacturer of EV charging equipment, mentioned that while market conditions may fluctuate, the long-term transition to electrification is unavoidable.

## **Next Steps**
The decision by the Trump administration to pause NE

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