
I tried to replace my aging Pixelbook with an iPad on iPadOS 26; here's how it went
Oliver Cragg / Android Authority
It's been nine years since Apple released an ad for the 2016 iPad Pro, which asked, 'What is a computer?' That ad has been mocked ever since, as the iPad has always been seen as too compromised compared to a MacBook, Chromebook, or Windows laptop to serve as a full computer replacement for most people. However, iPadOS 26 brings some significant changes to the iPad, and I think it might be enough for the iPad to replace my aged Google Pixelbook.
So, I installed the iPadOS 26 developer build on my 2020 iPad Pro 11-inch. I know — it's the last iPad Pro to use an A-series Apple chip rather than an M-series, so it won't be lightning fast, especially on a developer build. However, I won't hold any lag against it here, as this iPad has always experienced issues in the first few betas but has always been perfectly smooth by the time the stable update is released. No, today we'll be evaluating the changes to iPadOS 26 to see if they're conducive to getting work done.
Proper Windows
Zac Kew-Denniss / Android Authority
Apple attempted to improve the multitasking experience on the iPad in 2022 by introducing Stage Manager, but it didn't make the kind of difference I needed. There was no easy way to snap windows together, and most of the time, my apps would overlap each other. All of that changes in iPadOS 26, which has overhauled everything to resemble macOS.
Each window features traffic light buttons, which minimize, maximize, or close the app. Long-pressing them displays a window-snapping menu with templates, allowing you to arrange your windows using the most common layouts. It's a massive improvement to the iPad experience, even on the 11-inch model I'm using. I split-screen and window apps on the 6.2-inch Galaxy S25, so I can get plenty done on this 11-inch iPad.
Zac Kew-Denniss / Android Authority
Another Mac-inspired addition is the menu bar, which you can summon from the top of the screen with a swipe or by nudging the cursor against the top edge. I've never used macOS, but from what I can tell, it has most of the same functionality, letting you perform certain tasks and actions within the app you're using. What I found most useful was using it to remind me which keyboard shortcuts are bound to certain functions. I was born and raised a Windows user, so getting used to new keyboard commands was a learning curve.
The mouse loses aim-assist
Zac Kew-Denniss / Android Authority
It's been five years since the iPad gained support for mice and trackpads, but it's only now that it's even remotely usable. In its first iteration, the cursor was just a dot that would automatically snap to the nearest icon. It was like playing a video game with aim-assist cranked too high, and it felt unnatural. The cursor would also disappear each time an icon was selected, with the chosen icon bouncing slightly to indicate that it'd been highlighted.
In iPadOS 26, we have a normal arrow as a cursor. It's as simple as that; the dot has become an arrow, and it moves where I want it to without infuriatingly snapping or turning invisible. On its own, this would have been enough for me to give using an iPad for work another try, but combining it with the changes made to window management, I got a fresh feeling operating system where mouse and keyboard support no longer feel like an afterthought.
Will I be working from an iPad?
Dhruv Bhutani / Android Authority
No, but I could. I know — I just sang the praises of how good iPadOS 26 is for stuff like this, and there's even more I didn't go into, like the fact the iPad version of Safari can handle Wordpress in a way Android's Chrome app can't, or that mobile Safari supports most of my extensions. The reason I won't be switching to the iPad for work, and still plan to buy a new laptop, comes down to pricing.
I love my iPad, but it's old. It can do everything I need it to when I use it as a tablet, but pushing it as hard as I did this week felt like too much. The A12Z Bionic and 6GB of RAM struggled to handle all my tabs, the 11-inch screen felt cramped, and the fact that it can only mirror its screen to a monitor, rather than providing a dual-screen experience, limited its usefulness to me.
So, why not buy a bigger and faster iPad Pro? I can get a used/refurbished 12.9-inch M1 iPad Pro, with a five-year warranty, for £550. That's not bad, but we'd need to add the Magic Keyboard to that, which is another £145 for a used unit. That's £695 for a used setup, whereas I can get Snapdragon-powered Windows laptops with 4 times the storage and twice the RAM brand new for £500. Even if I wanted to go with Apple, a used M1 MacBook Air, with the same five-year warranty, is only £475.
If you already own a big, newer, M-powered iPad, then iPadOS 26 has just turned it into a very capable laptop replacement. For me, it's something I could use on my current iPad when there aren't other options, but a new laptop still makes the most sense for my use.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


CNET
37 minutes ago
- CNET
Stop Putting Your Phone Face Up on the Table
Have you ever been phone snubbed? That's what happens when you're spending time with someone who seems more interested in their phone. Your friend might be sitting right across from you but when they're laughing at a video or meme that only they can see, it feels like they're a million miles away. I've been guilty of paying more attention to my screen than my companion and I feel bad about it afterward. There's nothing wrong with replying to an urgent Slack message or pulling up a funny TikTok to share. But I know I probably spend too much time staring at screens and a lot of that time is unhealthy doomscrolling. These days, when I'm not using my phone, I try to be more deliberate about keeping it out of sight and out of mind. If I do need to keep my phone at hand, I always have it face down. It could help save your phone battery I have a few reasons for making sure my phone screen is turned away. The first one is practical: Because my screen is face down and won't turn on for each notification, I can save a little bit of battery charge. A single notification won't mean the difference between my phone lasting the whole day or dying in the afternoon, but notifications can add up, especially if I've enabled them across all of my apps. If I'm in a lot of group chats, my screen might end up turning on dozens of times throughout the day (and that's on the low side because many teenagers have hundreds of notifications a day). It also shows that you pay attention Keeping my phone face down is also a good rule of social etiquette: If I'm hanging out with someone, I keep my screen hidden from view as a subtle way of showing that I won't be distracted by it. I don't want incoming notifications to light up my screen every few seconds, especially if I'm in a bar or other dimly lit setting. I want to keep my eyes on the person I'm talking to. "Eye contact is one of the most powerful forms of human connection. Neuroscience research indicates that when two people make direct eye contact, their brain activity begins to synchronize, supporting more effective communication and increasing empathy. This synchrony can be disrupted when attention shifts to a phone, even briefly," says Michelle Davis, clinical psychologist at Headspace. When I'm with the people I've chosen to spend time with, I want to be fully present with them. A sudden notification will tempt me to glance at, or worse, pick up my phone in the middle of a conversation. It minimizes your phone's presence I also have a more personal reason for keeping my phone face down and I suspect that other people have had this same thought: My phone takes up too much space in my life. I mean that quite literally. My phone is bigger than it needs to be. That's been especially true since I upgraded from my iPhone Mini to a "normal-sized" iPhone. Yes, I got a much needed boost in battery life but I also got a screen with more pixels to lure me into the next news headline or autoplaying Instagram reel. A small smartphone isn't something that really exists anymore. My phone is bigger and better at grabbing my attention. It competes against my friends and family, books and movies, the entire world outside of its 6-inch screen. It often wins. But there's still one small thing I can do to minimize its presence: I can keep the screen turned away from me whenever possible. It can sometimes feel like there's no escaping from my phone. Whether that ever changes, or phones evolve into a new form factor, I can't say. I can't control everything about my phone, but I can control whether the screen stares at me when I'm not staring at it.

Associated Press
37 minutes ago
- Associated Press
MountBay Energy Unlocks Microbial Biofilm Technology to Revolutionize Battery Longevity
NEW YORK, June 21, 2025 (GLOBE NEWSWIRE) -- MountBay Energy has unveiled groundbreaking research on microbial biofilms that could redefine the future of grid-scale energy storage. The study, led by founder Vrushabhraj Tanawade, introduces a bio-integrated insulation method using thermophilic and mesophilic microbial consortia to regulate heat inside battery modules. The results are striking: up to a 22% reduction in internal temperature and a 30% improvement in carbon lifecycle efficiency. 'This innovation is about biology meeting infrastructure,' says Tanawade. 'We've discovered how nature's mechanisms can dramatically extend the life of our clean energy systems.' Unlike conventional synthetic cooling solutions, MountBay's microbial approach is circular, biodegradable, and scalable—opening up new frontiers for climate resilience and fire-risk reduction in hot environments. The research aligns perfectly with MountBay's mission to power the AI economy through clean, sustainable, and advanced infrastructure. It also positions the company as a frontrunner in biological material integration across the energy sector. Additionally, MountBay has released a preliminary transformative feasibility report for a Lunar Solar Belt—a continuous solar array on the Moon that can beam uninterrupted, clean energy back to Earth. The report outlines how in-situ resource utilization (ISRU), autonomous lunar robotics, and microwave power transmission could enable the construction of a moon-based solar plant by the 2030s. With an energy return on investment (EROI) of 8:1, the system offers a scalable, emission-free solution to humanity's growing power demands. 'This is not just an energy project—it's a civilization-scale investment in global stability,' said Tanawade. 'We believe the Moon should be a cooperative utility, not a geopolitical race.' MountBay is also proposing a new diplomatic framework—The Earth-Moon Energy Accord (EMEA)—to ensure equitable access, safety, and international cooperation. The concept directly supports MountBay's mission: to push the frontiers of clean power while securing energy independence for AI-driven economies. Tanawade is rallying governments, institutions, and innovators to join him. 'It's time for America to lead the most ambitious energy project in human history,' he said. Media Contact: Vrushabhraj Tanawade Founder @ MountBay Energy Contact : [email protected] Website: Linkedin: Linkedin - Vrushabhraj T Disclaimer: This press release is provided by MountBay Energy. The statements, views, and opinions expressed are solely those of the provider and do not necessarily reflect those of this media platform or its publisher. Any names or brands mentioned are used for identification purposes only and remain the property of their respective owners. No endorsement or guarantee is made regarding the accuracy, completeness, or reliability of the information presented. This material is for informational purposes only and does not constitute financial, legal, or professional advice. Readers are encouraged to conduct independent research and consult qualified professionals. The publisher is not liable for any losses, damages, or legal issues arising from the use or publication of this content. Photos accompanying this announcement are available at:
Yahoo
37 minutes ago
- Yahoo
What Are the Top 5 Artificial Intelligence (AI) Stocks to Buy Right Now?
Nvidia and Broadcom are two of the best plays on the artificial intelligence (AI) infrastructure build-out. TSMC has been a vital part of the semiconductor value chain and is set to benefit from increasing AI chip production. Palantir Technologies and GitLab are two strong AI software plays. 10 stocks we like better than Nvidia › Artificial intelligence (AI) has the potential to be the most important technological advancement in history, and it still appears to be in its early innings. As such, the space is still one of the most promising places to invest. When delving down to specific stocks to focus attention on, five of the best AI-related offerings to buy right now are Nvidia (NASDAQ: NVDA), Broadcom (NASDAQ: AVGO), Taiwan Semiconductor Manufacturing (NYSE: TSM), Palantir Technologies (NASDAQ: PLTR), and GitLab (NASDAQ: GTLB). Each company has found a unique niche in the AI sector to exploit, and each has big opportunities ahead. Let's look at why these are among the best AI stocks to invest in right now for the long term. Nvidia's graphics processing units (GPUs) have become the backbone of AI infrastructure. These powerful chips are used to help power AI workloads, and demand has been soaring. The company's wide moat, however, comes from its CUDA software platform. Nvidia launched CUDA two decades ago to allow developers to program its GPUs more easily. It pushed CUDA into universities and research institutions early on, which helped CUDA become the de facto software program for AI developers. In Q1, the company had an over 90% market share in the GPU space. As a result, where AI infrastructure spending goes, Nvidia is sure to follow. While a slowdown in data center spending would be a risk, right now, demand for AI chips is only getting bigger. This is being driven by cloud computing companies pouring money into AI infrastructure to keep up with demand; large tech companies and AI start-ups spending big to create new foundational AI models; and even countries making large investments to not fall behind in the AI race. As AI infrastructure spending continues to ramp up, Nvidia remains a clear winner. Another company taking advantage of the AI infrastructure build-out is Broadcom. Rather than designing GPUs like Nvidia, it's been focused on networking components and helping customers design custom AI chips. It also added a software component when it acquired VMWare. Thus far, its strategy is paying off. Its Ethernet switches and other networking components help efficiently move data within huge AI clusters, making them an essential part of data center infrastructure. Last quarter, its AI networking revenue soared 70% and accounted for 40% of Broadcom's total AI revenue. However, Broadcom's biggest long-term opportunity comes from helping customers design custom AI chips, which can offer better performance and lower power consumption than off-the-shelf GPUs. Demand is starting to pick up. Broadcom says its top three custom chip customers are on track to deploy 1 million AI chip clusters each by 2027, representing a total opportunity of between $60 billion to $90 billion. On the software side, Broadcom also benefits from transitioning VMWare customers from perpetual licenses to a subscription models and upgrading them to its VMware Cloud Foundation (VCF) platform. VCF helps customers build hybrid and multi-cloud environments so they can manage workloads across public clouds and their own on-premises data centers. At the end of last quarter, 87% of its top 10,000 customers had adopted VCF. While an AI infrastructure spending slowdown is a risk, given its networking leadership, custom AI chip opportunity, and growing software revenue, Broadcom is well-positioned moving forward. While semiconductor companies garner most of the attention from investors, Taiwan Semiconductor Manufacturing is the company that actually manufactures most of these AI chips. It's the clear leader in advanced semiconductor manufacturing and a key partner to top customers like Nvidia, Apple, and Broadcom. Meanwhile, AI is driving its business. High-performance computing now makes up 59% of its revenue, up from 46% a year ago. Most of that comes from advanced nodes. Nodes refer to the manufacturing process used to make chips. The smaller the number (measured in nanometers), the more transistors you can pack onto a chip. This improves a chip's performance and power efficiency, and TSMC is the best in the world at making these at scale. And with rivals struggling to make advanced chips, this has given TSMC strong pricing power, as well. The biggest risk to TSMC is a slowdown in AI infrastructure spending, which would hit both revenue and fab utilization. However, the company is working closely with its largest customers to build out capacity in lockstep with their demand. With advanced-node capacity tight, TSMC is well-positioned to continue to be an AI infrastructure build-out winner. Palantir Technologies has emerged as a key player in the AI space. Instead of putting resources into developing AI models, the company focuses on the applications and workflow layers of AI to essentially develop an AI operating system. It does this by gathering data from a wide array of sources and organizing it into an ontology that links the data to its real-world counterparts. As a result, the company's AI Platform (AIP) can help organizations solve complex problems. This includes everything from monitoring sepsis in hospitals to streamlining underwriting processes in insurance. The sheer number of use cases across various industries that AIP can handle is just an enormous opportunity for Palantir moving forward. The company saw its revenue growth consistently accelerate over the past two years, including a 39% increase last quarter. The stock is not without risks, as it carries a high valuation and is exposed to government budget cuts, since the federal government is still its largest client. However, Palantir is unique in the AI space and has one of the biggest opportunities in front of it. GitLab is a leader in the DevSecOps space, offering a platform that helps developers build software securely. It's been an AI winner, as customers expand seats and upgrade to its higher-tier platforms as AI increases the customers' software development. GitLab is also helping customers become more productive with products like GitLab Duo, which uses AI to provide code suggestions and automation to streamline development. The company consistently delivered strong revenue growth of between 25% to 40% over the past two years and boasts impressive gross margins and solid free cash flow. It's also done a great job growing within its existing customer base, as evidenced by its 122% dollar-based net retention over the past 12 months. Most of this is coming from seat expansions, followed by strong upgrades to higher-tiered offerings. While there has been concern that AI will replace coders, right now the opposite has been true, as GitLab's technology is being used to make software developers more productive, not replace them. This is driving strong growth and makes the company look like a solid long-term winner. Before you buy stock in Nvidia, consider this: The Motley Fool Stock Advisor analyst team just identified what they believe are the for investors to buy now… and Nvidia wasn't one of them. The 10 stocks that made the cut could produce monster returns in the coming years. Consider when Netflix made this list on December 17, 2004... if you invested $1,000 at the time of our recommendation, you'd have $659,171!* Or when Nvidia made this list on April 15, 2005... if you invested $1,000 at the time of our recommendation, you'd have $891,722!* Now, it's worth noting Stock Advisor's total average return is 995% — a market-crushing outperformance compared to 172% for the S&P 500. Don't miss out on the latest top 10 list, available when you join . See the 10 stocks » *Stock Advisor returns as of June 9, 2025 Geoffrey Seiler has positions in GitLab. The Motley Fool has positions in and recommends Apple, GitLab, Nvidia, Palantir Technologies, and Taiwan Semiconductor Manufacturing. The Motley Fool recommends Broadcom. The Motley Fool has a disclosure policy. What Are the Top 5 Artificial Intelligence (AI) Stocks to Buy Right Now? was originally published by The Motley Fool Sign in to access your portfolio