Google's AI-powered troubleshooting app could be useful

A New Approach to Smartphone Troubleshooting

Smartphones have become an essential part of daily life, but they are not immune to problems. From slow performance to battery drain and software glitches, issues can arise at any time. While these challenges are common, they don’t always mean the device is beyond repair. In fact, Google appears to be taking steps to make it easier for users to identify and resolve these issues.

According to a recent discovery by Android Authority, Google is working on integrating all Pixel diagnostic tools into a single, centralized menu. This update aims to streamline the troubleshooting process and provide users with a more efficient way to address their device’s problems. Additionally, the company is exploring the use of artificial intelligence (AI) to enhance this process.

Streamlining Diagnostic Tools

Currently, Pixel smartphones come with a variety of built-in diagnostic and troubleshooting tools. However, these tools are often scattered across different sections of the device, making it difficult for users to find the right solution when something goes wrong. For example, if a user is experiencing battery issues, they might check the Battery settings. But if the problem isn't clear, it can be challenging to know where to start.

Google is addressing this issue with a major redesign of its Pixel Troubleshooting app. The new version, spotted in Pixel Troubleshooting version 1.0.792370112, consolidates all the tools into one section. This change makes the app more user-friendly and accessible for anyone looking to fix a specific problem.

The redesigned troubleshooting area is located under the "Device health & support" menu in the Settings app. It includes several key sections such as:

• Battery health
• Device temperature
• Storage
• Software update status

Further down, users will find options for starting Charging diagnostics and Touch diagnostics. These features will boot up and use an AI model to scan the device and identify potential solutions.

The Role of AI in Troubleshooting

While the integration of AI into every aspect of technology has become commonplace, there are areas where it can genuinely improve the user experience. Troubleshooting smartphone issues often involves searching through numerous online forums and threads, which can be time-consuming and frustrating. AI has the potential to simplify this process by quickly identifying common problems and offering tailored solutions.

However, it's worth noting that Android Authority was unable to test the AI model on a Pixel 9, suggesting that it may only be available on newer models like the Pixel 10 or is still in the early stages of implementation.

Additional Support Features

Beyond the diagnostic tools, the new troubleshooting section also offers additional support features. At the bottom of the screen, users can check their warranty status and access options to contact a repair center or support team directly. This feature adds another layer of convenience for users who need immediate assistance.

Comparing with Competitors

Samsung has long offered similar diagnostic and support tools, but Google’s approach takes things a step further by incorporating AI to help diagnose issues. This move could give Pixel users a competitive edge in terms of ease of use and accessibility.

While no official release date has been announced, the changes seen so far suggest that this update could be rolling out soon. As smartphone technology continues to evolve, innovations like these are essential in ensuring that users can maintain their devices efficiently and effectively.

New Lab and Classroom Open for Kettering Engineering Students

New State-of-the-Art Lab Boosts Student Opportunities

The start of the school year has brought new excitement to students in Kettering, Ohio. A recently completed $2.8 million state grant has enabled the creation of an advanced manufacturing and engineering lab and classroom. This cutting-edge facility is an expansion of Kettering Fairmont’s already successful Career Technology Center, offering students hands-on experience with the latest industry technologies.

At the heart of this new space are students who are already engaging in real-world projects. Senior Sadie Lee shared her experience, saying, “I 3D printed this yo-yo today. I can show my parents what I did. We learn different ways of engineering, and that helps me figure out what I like before I go to college.” She added that the program gives her a significant head start compared to peers who may not have such opportunities.

Brett Jenkins, an engineering instructor, brings his own high school experiences into the classroom. “I went through the same program when I was in high school,” he explained. His background allows him to guide the next generation of students. “We focus on manufacturing and design, and students earn credentials. We also teach machining and manufacturing methods. Later, during their senior year, they work on projects like those for NASA or extreme bots, which is similar to Battlebots.”

Beyond competitions, the program also emphasizes community involvement. Jenkins noted, “We’ve helped people who can’t use their arms by creating assistive devices.” This approach ensures that students not only gain technical skills but also develop a sense of social responsibility.

Kettering City Schools Superintendent Mindy McCarty-Stewart highlighted the broader impact of the program. “Both the advanced manufacturing and engineering programs offer various pathways for students. They can enter the workforce directly, pursue an associate’s degree with Sinclair, or continue to a four-year university.” The goal is to prepare students for careers in industries with high demand, ensuring they are ready to contribute immediately upon graduation.

Karyn Denslow, Campus Principal at Fairmont High School, expressed pride in the students’ achievements. “They’re workforce-ready. They have critical thinking skills. We’re proud to produce such quality students.” The program’s success is evident in the opportunities it provides, including the chance for students to earn up to $20 an hour while still in high school.

This initiative reflects a growing trend in education that combines academic learning with practical training. By equipping students with both theoretical knowledge and real-world skills, schools like Kettering Fairmont are helping to bridge the gap between education and employment. The new lab and classroom serve as a model for other institutions looking to invest in future-ready students.

As the program continues to grow, it sets a strong foundation for students to explore various career paths. Whether they choose to enter the workforce immediately or pursue higher education, the skills gained here provide a solid starting point. With ongoing support from the community and state funding, these students are well-positioned to succeed in a rapidly evolving job market.

Watch Plasma Rain Fall on the Sun After Telescope Upgrade

Understanding the Sun Through Advanced Technology

Looking directly at the sun is a dangerous practice, something that most people learn early in life. Even during an eclipse, when the sun is partially obscured, special protective glasses are essential to prevent eye damage. However, for some professionals, their work involves studying the sun up close—using advanced equipment to gather critical data.

The Big Bear Solar Observatory (BBSO) is one such facility where scientists use powerful telescopes to observe our star. One of its key instruments is the Goode Solar Telescope (GST), which has provided valuable insights into solar activity. Despite its capabilities, the telescope’s location on Earth meant it faced challenges in capturing the clearest images of the sun's corona due to atmospheric distortion. This limitation restricted the resolution to about 1,000 kilometers, which, while impressive, wasn’t sufficient for more detailed studies.

For over eight decades, improving this resolution proved to be a significant challenge with minimal progress. However, a recent upgrade has changed the game entirely. The installation of a new system now allows the GST to capture details as small as 63 kilometers. This advancement is made possible through a technology known as adaptive optics, which helps counteract the effects of atmospheric interference.

Adaptive Optics: A Game-Changer in Solar Observation

Nicolas Gorceix, an Optical Engineer and Chief Observer at BBSO, explained the impact of this upgrade. He noted that atmospheric turbulence significantly degrades the quality of images captured by telescopes. Adaptive optics functions similarly to autofocus and image stabilization in smartphones but instead corrects for distortions caused by the atmosphere rather than user movement.

This technology has been in use for over two decades in night-time astronomy, but applying it to solar observations was a long-standing challenge. Thomas Rimmele, NSO Chief Technologist and the developer of the first adaptive optics system for solar observation, emphasized the significance of the new coronal adaptive optics system. He stated that it closes a decades-old gap, delivering images of the sun’s corona at a resolution of 63 kilometers—the theoretical limit of the 1.6-meter Goode Solar Telescope.

Capturing the Sun Like Never Before

With the upgraded system now in operation, researchers have been able to capture unprecedented images and videos of the sun. One of the most remarkable outputs so far is a video showing plasma “raindrops” being ejected from the sun’s surface and falling back down. The footage also reveals the sun’s surface edge in extraordinary detail, showcasing jagged textures that were previously unseen.

This level of clarity provides a deeper understanding of solar dynamics and could lead to new discoveries about the sun’s behavior. The visual representation of the sun’s surface is unlike anything seen before, offering a glimpse into the complex processes occurring on our nearest star.

The Future of Solar Research

The advancements made at BBSO highlight the importance of continuous technological innovation in scientific research. As telescopes become more sophisticated, they open up new possibilities for understanding celestial phenomena. The integration of adaptive optics into solar observation marks a significant milestone, enabling scientists to study the sun with greater precision than ever before.

This breakthrough not only enhances our knowledge of the sun but also sets a precedent for future developments in observational astronomy. With each improvement, we move closer to unraveling the mysteries of our universe.

Apple iPhone 17 Unveiled: August 2025 Preview Guide

Overview of the iPhone 17

The iPhone 17 is still months away, but speculation and rumors about its features are already growing. In 2025, Apple is expected to make some significant changes to its product lineup, potentially introducing an “Air” model that is said to be extremely slim. While the base model will remain as the iPhone 17, along with the iPhone 17 Pro and iPhone 17 Pro Max, there are whispers that the “Plus” model may be discontinued in favor of the iPhone 17 Air.

This article provides a preview of the upcoming iPhone 17, compiling all the latest rumors and leaks about the device. It will be updated frequently as more information becomes available ahead of the September release.

iPhone 17 Specifications

Surprisingly, there haven’t been many leaks regarding the specifications of the iPhone 17. Most of the focus has been on the Air and Pro models. One ongoing rumor is that the iPhone 17 might feature a 120Hz display. However, it's unlikely that Apple will include this feature since they market the 120Hz refresh rate under the term "ProMotion," which is exclusive to their Pro devices. Instead, a 90Hz screen could be a more realistic possibility, though it would still lag behind some budget smartphones like the Pixel 9a, which offers a 120Hz display.

New A19 Chipset

The iPhone 17 is expected to come equipped with the A19 chip. This chipset will not use TSMC’s next-generation 2nm process but will instead utilize an upgraded 3nm process. The A19 is likely to be manufactured using TSMC’s N3P process, which began mass production in late 2024. Similar to the iPhone 16 series, the base model will receive the A19, while the Pro models will get the A19 Pro. The primary difference between these chips will be the number of CPU and GPU cores.

In terms of RAM, the iPhone 17 is expected to retain 8GB of RAM, following the upgrade from 6GB in the iPhone 15 to 8GB in the iPhone 16. Meanwhile, the Pro models are anticipated to jump to 12GB of RAM.

Despite launching its own modem for the iPhone 16e, Apple is not expected to use its in-house modem for the iPhone 17. It may only be available for the iPhone 17 Air. The reason for this is volume; the Air is likely to be a low-volume model, so Apple won't need to produce as many modems. Additionally, the in-house modem does not support mmWave 5G, which could affect carrier support, such as Verizon.

ProMotion Display

The regular iPhone 17 is rumored to feature a ProMotion display with a variable refresh rate up to 120Hz. However, a 90Hz refresh rate is more probable. Apple refers to higher refresh rates as "ProMotion," which is currently exclusive to their Pro devices. This feature is not available on non-Pro iPhones, iPads, or MacBooks.

iPhone 17 Pricing

Some rumors suggest that the iPhone 17 will maintain the same price as the base model has been for several years, likely at $799. This would create a $200 gap between the iPhone 17 and the iPhone 16e. If the iPhone 17 Air starts at $899, it would be unusual for the base model to cost more than $799.

The Pro models are also expected to keep the same pricing, with the iPhone 17 Pro at $999 and the iPhone 17 Pro Max at $1,199.

However, some analysts predict a potential $50 price increase for the entire iPhone 17 lineup. While this rumor has circulated since the iPhone X in 2018, no actual price increases have occurred in the US. Nonetheless, it may be time for a price hike after seven years.

iPhone 17 Design

Several renders of the iPhone 17 have surfaced, showing Apple moving towards a camera setup similar to a camera bar, akin to the Google Pixel. The iPhone 17 Air is expected to have a camera bar that spans the top of the phone, while the iPhone 17 itself will be similar but slightly thinner, featuring two cameras instead of one.

These cameras will still be positioned side by side, with Face ID remaining off-center. The placement of the cameras is due to the size of the Face ID components, making it impractical to place a camera behind them. Otherwise, the iPhone 17 is expected to retain its current design, including the Camera Control and Action Buttons. Slightly smaller bezels and a smaller dynamic island are also anticipated.

iPhone 17 Cameras

The iPhone 17 is expected to feature a 24-megapixel front-facing camera across the entire lineup, with a six-element lens. This would be a significant upgrade from the current 12-megapixel camera on the iPhone. However, this is likely the only camera improvement for the base model.

The Pro models, on the other hand, are expected to have a 48MP primary camera, a 48MP ultra-wide camera, and a 48MP tetraprism telephoto camera. At least one model will include a mechanical aperture, allowing users to adjust the size of the aperture. This feature is expected to be on the Pro Max model.

iPhone 17 Connectivity

Apple is expected to remove the SIM card tray from even more countries, transitioning to eSIM-only support. This change was first introduced in the US with the iPhone 14. WiFi 7 will be available on the iPhone 17, supporting 2.4GHz, 5GHz, and 6GHz for faster speeds and lower latency. Bluetooth 5.3 support is also anticipated.

As mentioned earlier, Apple’s in-house modem is not expected to be included in the base model, only in the Air. Apple will continue using Qualcomm’s modems for the other iPhone 17 models.

iPhone 17 Launch Date

Apple typically announces new iPhones in September, usually a week after Labor Day. The iPhone 17, 17 Pro, and 17 Pro Max are expected to ship in late September. The iPhone 17 Air may ship slightly later, possibly in October.

On August 5, a German carrier reported that the iPhone 17 launch event will take place on September 9, aligning with Apple’s previous launch timelines.

Samsung's affordable tablet: your movie companion

A New Entry in the Galaxy Tab Lineup

For those seeking a tablet that offers good performance and solid battery life without breaking the bank, Samsung has just introduced a new model that might be exactly what you're looking for. The Samsung Galaxy Tab S10 Lite is the latest addition to the Galaxy Tab S11 series, positioned as the most affordable option in this lineup. This device is ideal for users who primarily use their tablets for entertainment or mobile learning.

Focus on Display and Battery Life

Samsung has placed significant emphasis on the display and battery life of the Tab S10 Lite. According to the company's press release, these features are central to the device's appeal. The tablet comes with either 6GB or 8GB of RAM and is powered by a mid-range Exynos 1380 processor. While it may not be the best choice for hardcore gamers or power users, it's well-suited for everyday tasks and casual use.

The display measures 10.9 inches with a resolution of 2112x1320 pixels and a 90Hz refresh rate. Although the maximum brightness of 600 nits isn't particularly impressive, it remains adequate. Samsung's Vision Boost technology helps enhance the viewing experience, and the reduced blue light emission ensures it won't keep you up late at night.

Battery life is another strong point, thanks to an 8,000mAh battery. This is the same size as the one found in the Tab S10 FE, though the charging speed has been reduced to 25W. This should provide enough power to last through the day, even with regular use.

Intelligent Features and AI Integration

While AI wasn't a major focus in the announcement, the Tab S10 Lite still includes some intelligent features. It supports Circle to Search, which allows users to search for information directly from the screen. Additionally, if you purchase a Book Cover Keyboard, there's a dedicated Galaxy AI button. However, Samsung's history with such buttons is mixed, so it's worth keeping that in mind.

The "Intelligent Features" section highlights the importance of the included S Pen. Samsung aims to position this tablet as a tool for mobile note-taking, offering features like Handwriting Assist. There's also a Maths Solver feature that can help users with their studies—though it's more about assistance than cheating.

Release Date and Pricing

The Samsung Galaxy Tab S10 Lite is set to launch in early September, with availability starting on September 4. It will come in three color options: gray, silver, and Coralred. Samsung is also offering additional incentives, such as free apps like Notion, LumaFusion, and Goodnotes, making it an attractive option for potential buyers.

Pricing details have yet to be officially announced, but based on the specifications, it's expected to be significantly cheaper than its more powerful counterparts. The Galaxy Tab S10 FE starts at $500, so the S10 Lite is likely to be priced around $400 or less. While it may not compete directly with the $329 iPad, it could still attract a loyal customer base, especially due to the inclusion of the S Pen.

Overall, the Galaxy Tab S10 Lite seems to be a well-rounded device that caters to users looking for a balance between affordability and functionality. With its strong display, decent battery life, and useful features, it's definitely worth keeping an eye on as the release date approaches.

Power Up Anytime: Milwaukee M18 HotShot Jump Starter

Milwaukee M18 HotShot Jump Starter: A Powerful Solution for Reviving Dead Batteries

Jump starters are essential tools for professionals and everyday users alike. Over the years, numerous models have been tested to determine their effectiveness in real-world situations. Many of these devices rely on a small self-contained battery, which is suitable for slightly undercharged batteries. However, the Milwaukee M18 HotShot Jump Starter takes a different approach, offering a unique combination of power, durability, and versatility.

The Milwaukee M18 HotShot Jump Starter stands out with its impressive specifications. It delivers up to 2000 peak amps, making it capable of jump-starting vehicles with engines as large as 8.1L for gas and 3.0L for diesel. This level of power ensures that even the most stubborn dead batteries can be revived with ease. The unit works with the full line of M18 batteries, allowing users to choose the battery size that best suits their needs.

Performance and Capabilities

One of the key features of the HotShot Jump Starter is its ability to operate in extreme temperatures, ranging from -4°F to 122°F. This makes it ideal for use in both cold winter mornings and hot summer days. The capacitors within the unit are rated for up to 500,000 cycles, ensuring long-term reliability and durability.

The HotShot’s power output is not dependent on the size of the battery used. Instead, the battery serves to pre-charge the capacitors, which then deliver the necessary power to the vehicle's battery. This means that even smaller M18 batteries can be used effectively, although larger batteries like the kitted 8.0Ah Forge battery will provide more jump start cycles.

Control Panel and User Interface

The control panel on the HotShot Jump Starter is designed to be user-friendly and informative. It displays the current charge level on the capacitors and provides a voltage reading for the vehicle battery. This feature is particularly useful, as it allows users to assess the condition of the battery before attempting a jump start.

Using the HotShot is straightforward. Start by pairing it with a fresh M18 battery and press the power button to activate the unit. Then, press the charge capacitor button, indicated by a lightning bolt symbol, and connect the clamps. Finally, press the jump start button, marked with a key, and start the car within 30 seconds.

It is important to follow the correct polarity when connecting the clamps: red to red and black to black. In case of accidental reverse polarity, the unit has built-in protection that alerts the user before any damage occurs.

Override Mode for Low Voltage

If the battery voltage reads below 1.2V, the user must manually engage the override mode. This involves following the same steps as outlined above and pressing and holding the “start engine” button until the override icon illuminates. A countdown timer will appear, giving the user a set amount of time to attempt the jump start.

Design and Build Quality

The Milwaukee 3841 model is designed with practicality in mind. It weighs 6.9 pounds as a bare tool and 9.3 pounds when paired with the 8.0Ah Forge battery. This makes it significantly lighter than many traditional lead-acid battery-powered jump starters, making it easier to handle and transport.

The cable management system is well-designed, with 22.5-inch cables that neatly stow away on either side of the unit. The clamps are equipped with high-strength springs and an aggressive tooth design, ensuring a secure connection with the battery terminals. Their narrow design also provides better access in tight engine bays and battery compartments.

Additional Features

Beyond its primary function, the HotShot Jump Starter offers several additional features. It includes a USB-C port for charging personal electronics, a retracting top handle for easy carrying, and impact-resistant construction. The unit is also IP65 rated, providing protection against dust and water. Additionally, it features a 500-lumen task light, which is useful for working in low-light conditions.

Price and Warranty

The Milwaukee M18 HotShot Jump Starter is available as a bare tool for $299 or as a kit that includes an 8.0Ah Forge battery and charger for $578. The product comes with a 3-year limited warranty, offering peace of mind to users.

Final Thoughts

Overall, the Milwaukee M18 HotShot Jump Starter is a powerful, durable, and user-friendly solution for reviving dead vehicle batteries in various environments. Its impressive power output, rugged construction, and smart design features make it a standout choice for both professionals and DIY enthusiasts. The ability to deliver peak power output using any M18 battery is a significant advantage over traditional jump packs, making it a compelling option for roadside crews and mechanics.

YETI Roadie 24 2.0: My Week-Long Road Trip Test and Why It Beats a Fridge

A Road Trip Adventure with the YETI Roadie 24 2.0

Road trips have always been a favorite way to explore new places and create lasting memories. When my son suggested a trip around Wales instead of heading to Spain for his summer break, I couldn’t resist the idea. It wasn’t just about bonding with my pre-teen, but also an opportunity to test out some camping gear. The highlight of my list was the YETI Roadie 24 2.0, a newer version of the original Roadie 24 that had been on the market for about five years.

The Roadie 24 2.0 retains the same 24-quart capacity as its predecessor but introduces a few key improvements. It now features a BestDam Drain Plug, making it easier to remove water without disturbing the contents. There's also a DoubleDuty Strap that replaces the previous HeftyHauler handle. Additionally, it’s Lockport compatible, allowing users to attach YETI’s Lockport Bottle Opener, which is sold separately. The original Roadie 24 has since been phased out, so I wanted to update my recommendations for the best YETI coolers with this new model.

Finding the Right Size for Camping

I already own the YETI Roadie 32, but its larger size made it impractical for this particular trip. My car’s boot space was limited, and I needed something smaller that could accommodate three people along with all the essentials like family tents, sleeping bags, camping mats, stoves, backpacks, and more. The Roadie 24 2.0 proved to be the perfect fit.

It's tall enough to hold large bottles upright, and only a 5-pound bag of ice is needed to fill the gaps between items. We packed everything from bacon and eggs to soft drinks and butter, and they all survived the trip. The construction of YETI coolers is over-engineered, using a rotomolded process that makes them incredibly tough and keeps ice colder for longer. This means you can drop or rough-handle them without worrying about damage.

During our trip, the cooler was frequently moved in and out of the car and stored directly on the ground. Despite this, it arrived home looking the same as when we left, except for a few stickers I added along the way. I found it amusing that there are very few location-specific stickers available in the UK, which made me a bit sad.

Practical Features That Make a Difference

One of the standout features of the Roadie 24 2.0 is the BestDam Drain Plug. I used it constantly throughout the trip to drain icy water from the bottom of the cooler without needing to unload its contents. The drain is perfectly positioned, unlike on the Roadie 32, allowing you to let out water without tipping the cooler.

The DoubleDuty Strap is another improvement, though it has its pros and cons. It’s comfortable enough to wear on the shoulder, but it often unclips when not in use. Before picking up the cooler, it’s essential to check both connection points, as the force of lifting it could cause it to slip.

Carrying the Roadie 24 2.0 on your shoulder might be challenging for some. It can hold 26 pounds of ice, and the cooler itself weighs 12.8 pounds, requiring decent core strength to move around. I found it manageable, but I’m 6’1” and in reasonably good shape. You can also grab it by the side using the two integrated LipGrip handles, but it’s not designed for two-person carry like the hinged handles on the Tundra range. Plus, there are no wheels, so shoulder carrying is the way to go.

Small Wins with Big Impact

The Roadie 24 2.0 also includes the Quicklatch system, which allows one-handed opening and closing. This feature is perfect for handing out drinks around the campfire. I also appreciated the Barefoot non-slip feet, which made the cooler much more stable when standing.

While the Roadie 24 2.0 didn’t keep the ice completely frozen for the entire trip, none of the food spoiled. We topped up the ice twice during our five-day trip to reduce air gaps, and everything inside stayed ice-cold throughout.

Overall, the YETI Roadie 24 2.0 is an extremely capable cooler, just as tough and resilient as any other YETI product. If you have a small car and a family, and you're happy to pack only the perishables you’ll need for the next couple of days, I’d absolutely recommend it. The Roadie 24 2.0 is available at YETI US, YETI UK, and YETI AU for a recommended price of $250/ £225/ AU$350.