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Harnessing AI in Coding: Pros, Cons, and Top Assistants
The rise of artificial intelligence (AI) in coding has been rapid and transformative. As software development becomes increasingly complex and demanding, AI coding assistants have stepped in to enhance productivity, streamline workflows, and improve code quality. These tools are becoming a significant part of modern software development, offering features that range from code completion to bug detection and even full code generation.
What Are AI Coding Assistants?
AI coding assistants, also called AI coders, are software tools that utilize artificial intelligence and machine learning algorithms to assist developers in writing, reviewing, and optimizing code. These assistants are designed to enhance productivity and coding efficiency by automating repetitive tasks, providing intelligent code suggestions, and offering real-time feedback on code quality and potential errors.
The primary purpose of an AI coding assistant is to augment human developers' capabilities, allowing them to focus on higher-level problem-solving and creative aspects of software development. By handling routine coding tasks and providing intelligent suggestions, these tools aim to reduce development time and improve overall code quality.
5 Popular AI Coding Assistants
The landscape of AI coding assistants is diverse, with each tool offering unique features and capabilities to enhance the coding experience. Let's explore some of the most popular AI coding assistants to understand how they're shaping the future of software development.
Cursor
https://youtu.be/tw9GyD0Zkiw?si=8g6IeU1vkVwvinqi
Cursor is an AI code editor designed to enhance the coding experience through AI integration, functioning as a collaborative coding partner. An Integrated Development Environment (IDE) application, Cursor offers a range of features, including:
* Intelligent code completion and generation
* Context-aware code suggestions
* Automated code refactoring
* Built-in debugging assistance
The Cursor AI coding platform offers both free and paid plans, each catering to different user needs. The free plan includes essential features like limited AI completions and basic code assistance, making it suitable for hobbyists or those new to coding. In contrast, the paid plan unlocks unlimited completions, faster premium requests, and advanced features like Cursor Tab (formerly known as Copilot++) for enhanced coding capabilities.
Cursor can understand and generate entire functions based on natural language descriptions. It can also explain complex code snippets, making it an excellent tool for both experienced developers and those learning to code. The Cursor IDE offers features like real-time collaboration, making it ideal for remote teams. Additionally, Cursor's ability to search and integrate relevant code from a vast database of open-source projects can significantly speed up development time.
Zed AI
Zed AI is a collaborative, open-source code editor designed to enhance developer productivity through seamless AI integration. Its assistant panel offers full transparency and control over AI interactions, allowing developers to observe, edit, and refine language model requests directly within the editor. Inline transformations enable real-time code modifications, making it easier to implement changes and improve code quality. Zed AI’s collaborative and open-source approach fosters a community-driven development environment, ensuring continuous improvement and innovation.
Other notable features include:
* Contextual code suggestions
* Real-time error detection and correction
* Code refactoring tools
* Integration with Claude 3.5 Sonnet and Ollama
* Customizable AI models for specific programming languages
Looking ahead, Zed AI is focused on developing workflows for complex transformations, enabling developers to perform intricate code modifications with ease. Additionally, Zed AI is working on tools for efficiently building appropriate contexts, ensuring that the AI can provide relevant and accurate suggestions based on the specific needs of each project. These advancements will further streamline the coding process, making it more intuitive and efficient for developers to leverage AI in their daily workflows.
Replit Ghostwriter
Replit Ghostwriter is an AI coder integrated into the Replit online IDE. It offers:
* Code completion and generation
* Natural language processing for code explanation
* Automated code review and suggestions
* Integration with Replit's collaborative features
Compared to other assistants, Replit Ghostwriter's strength lies in its integration with a cloud-based development environment, making it particularly useful for remote teams and educational settings.
Replit Ghostwriter excels in its ability to understand project context, offering suggestions that are not just syntactically correct, but also aligned with the overall architecture of the project. Its natural language processing capabilities extend to generating documentation and comments, helping maintain well-documented codebases. Ghostwriter also features an innovative "time travel" function, allowing developers to explore different code iterations and alternative solutions. For educational purposes, it can generate coding exercises and provide step-by-step explanations, making it a valuable tool for both teachers and students.
GitHub Copilot
Developed in collaboration with OpenAI, GitHub Copilot is a widely recognized AI coding assistant. Its key features include:
* AI-powered code suggestions based on context and comments
* Integration with popular IDEs and GitHub's ecosystem
* Support for multiple programming languages
* Ability to generate entire functions from natural language descriptions
While GitHub Copilot excels in its integration with the GitHub platform and its vast training dataset, it has faced scrutiny over potential copyright and licensing issues related to its training data.
GitHub Copilot’s deep integration with the GitHub ecosystem allows it to learn from millions of public repositories. This vast knowledge base enables it to offer suggestions that often align with best practices and popular coding patterns. Copilot can generate complex algorithms, data structures, and even entire classes based on simple prompts. Its ability to understand and generate code in dozens of programming languages makes it versatile for polyglot developers. Copilot also offers an AI-powered pair programmer experience, engaging in a dialog with developers to refine and improve code suggestions iteratively.
Codeium
https://youtu.be/qVwHLWXI2X0?si=tipgaWUwD6zBZ_B9
Codeium is a newer entrant in the AI coding assistant market, offering:
* Fast, context-aware code completion
* Support for over 70 programming languages
* Integration with various IDEs and text editors
* Privacy-focused approach with local processing options
Codeium emphasizes speed and privacy, addressing some of the concerns developers have raised about other AI coding assistants.
Codeium's approach to privacy includes offering developers the option to run the AI model locally, ensuring sensitive code never leaves their machine. This feature is particularly appealing for companies working on proprietary software or in regulated industries. Codeium also boasts an impressive speed, providing suggestions with minimal latency, which contributes to a seamless coding experience. Additionally, Codeium offers advanced features like semantic search across codebases and intelligent refactoring suggestions, helping developers maintain and improve existing code efficiently.
Pros and Cons of AI Coding Assistants
AI coding assistants excel at automating repetitive tasks, freeing developers to focus on complex problem-solving and creative aspects of software development. They provide intelligent code suggestions, catch potential errors, and often introduce developers to best practices and new coding patterns. For novices, AI assistants can serve as valuable learning tools, making programming more accessible. The increased efficiency and reduced time spent on routine coding tasks can lead to faster development cycles and potentially lower costs for software projects.
For developers looking to maximize their AI coding experience, the Swift 14 AI Laptop provides a hardware solution optimized for working with AI coders. It features a powerful Qualcomm Snapdragon X Plus 10-core processor and integrated neural processing unit (NPU), which enable efficient handling of AI tasks. Moreover, it provides ample memory and storage for running complex AI applications smoothly.
The use of AI coding assistants also comes with potential drawbacks. There's a risk of over-reliance on AI suggestions, which could hinder a developer's ability to think critically about coding solutions. These tools may struggle with understanding complex software architectures or specific business logic, potentially leading to inappropriate suggestions. Concerns about code security, originality, and potential copyright issues with AI-generated code persist in the developer community. It's also worth noting that the performance of these tools can be inconsistent across different programming languages and frameworks.
Ultimately, the key to success might be in finding the right balance between human expertise and AI assistance. Developers can explore various AI coding assistants to find the right fit for their individual needs and workflows. By leveraging these tools effectively, they can streamline their coding processes, reduce time spent on repetitive tasks, and focus on the creative and complex aspects of software development.
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About Lalaine Capucion: Lalaine has been working as a freelance writer and editor for more than 12 years, focusing on lifestyle, travel, and wellness. When she isn’t writing, she's most likely curled up with a good book or trying out a new recipe in the kitchen. She lives in Metro Manila, Philippines.
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Acer EI1 Series 49” Ultrawide Gaming Monitor – Affordable and Immersive
Are you on a quest to locate the best ultrawide gaming monitor? Or perhaps you’re simply looking for an ultra widescreen display for cinematic immersivity, or improved workflow, without the cluttering effect of having multiple monitors on your desk? When it comes to displays, there are times when broader is simply better. Meet the Acer EI1 Series Ultrawide curved monitor.
This immense 49-inch ultrawide gaming monitor is a DFHD canvas ready to transport you to the furthest reaches of your chosen gaming galaxy. Whether you’re planning a journey across the akashic plane, or simply want to watch the NFL Super Bowl, why settle for less when the best ultrawide monitor could be eternally yours for just over $1000? Read on to discover what an ultrawide screen can do for you, and get the lowdown on the Acer EI1 Series Ultrawide curved monitor.
Why go ultra widescreen?
There’s a whole world of wide and ultrawide screen displays on the market today, so you may be wondering why you might require such a beast of a monitor. We’ll deal with the benefits for gaming in a minute, but first let’s cover a few of the factors that make equipping yourself with an ultra widescreen display a no-brainer. The first thing that strikes you when you sit or stand in front of an ultrawide monitor is immersivity. For movies, TV shows and anything that benefits from a panoramic experience, ultrawide displays deliver immersive, high-res experiences across the board.
For professionals who need to look at and compare multiple windows and files concurrently, a display with a wider than wide aspect ratio provides a wider field of view. Folks working in the disparate professions of coding, financial analysis, video editing, and graphic design can all benefit from displaying more content simultaneously. The traditional approach is to set up multiple monitors, but this can create cable clutter and require more peripherals. Why spend the extra money on two monitors, when you can get one ultrawide megalodon of a display for a reasonable price?
Are ultrawide monitors good for gaming?
Oh yes they certainly are! When it comes to gaming ultrawide displays deliver the goods, and then some. The ultra-engaging, immersive feel of the panoramic screen space can make your favorite AAA titles seem one step closer to real-life. By dominating your field of vision, you’ll feel like you’re actually in the game, while the broader field of view actually gives you a tactical boost in FPS games by enhancing your peripheral vision!
The cinematic experience of many games today requires a suitably wide screen to do them justice. With an ultrawide monitor, you can reap the full experience of games that are optimized for beastly resolutions like the 32:9 Acer EI1 Series. Overall, an ultrawide gaming monitor will give you the power to see and make the most of your gaming domain, while maintaining razor-sharp details and accurate colors.
Acer EI1 Series 49” Ultrawide Gaming Monitor
Now that we’ve covered the basics of the ultrawide universe, let’s take the plunge and get up close and personal with the Acer EI1. There are currently two models in the 49-inch EI1 family, today we’ll focus on the 49" EI1 Series UltraWide Curved Monitor - EI491CUR SBMIIPPHX which can be yours for a sweet $1,099.99. Let’s have a gander at the tech-specs:
* Screen Size: 49”
* Aspect Ratio: 32:9
* Resolution: 5120 x 1440
* Display Screen Technology: Vertical Alignment (VA) LED
* Screen Mode: DQHD
* Monitor Features: AMD FreeSync Premium; Acer VisionCare Technologies
* Standard Refresh Rate: 120Hz (DisplayPort); 60Hz (HDMI) 144Hz (Overclock)
* Response Time: 5 ms
* Brightness: Native: 350nits; HDR400 Mode: Peak 400nits
* Contrast Ratio: 100 Million:1 MAX (ACM)
* Color Supported: 16.7 million
* Color Gamut: 90% DCI-P3
* Curvature: 1800R
* Built-in Speakers: Dual 3W
* Mounting: VESA mounting compliant (75 x 75mm)
* Viewing Angles: 178°
* Adjustable Angle: -5° to 15°
* Adjustable height: 3.7”
* Ports: HDMI x 2, DisplayPort
* Dimensions: 47.2 x 117.2 to 20.94 x 11.04"
* Weight: 25.19 lbs
* Color: Black
Frame the unframeable
This is a heavy hitting monitor that can go the horizontal distance, whatever task you dare to throw its way! Going large and staying sharp at the same time is no easy feat, but the Acer EI1 is a 49-inch canvas ready to display sharp details and accurate colors in all conditions. 3840 x 1080 resolution on a 1800R curvature means full-on cinematic glory. The 32:9 ultrawide aspect ratio will envelop your senses whether you’re slaying the baddies in your favorite game, watching the big game, or even doing a spot of casual coding. Take a few steps back to take in the glory of the EI1, and you’ll notice Acer’s ZeroFrame ultra narrow-bezel design provides even more screen to see.
The wildness of this screen real-estate requires a bit of taming to vanquish tearing and choppy gameplay, and that’s where AMD FreeSync Premium comes into play. Super smooth, responsive visuals are the order of the day, thanks to AMD, keeping the monitor’s refresh rate in sync with your trusty computer’s frame rate. On top of this, upgraded FreeSync 2 supports HDR content as well as dynamic refresh rates for future-ready gaming experiences.
Certified pace and color
Forget the likes of lag: with an overclock up to 144Hz, you’ll be awash in smoother than smooth gameplay with radically rapid frame rendering for jaw-dropping image fluidity. With this monitor in your gaming flock you can let your mind rest easily, for the Acer EI1 Series 49” Ultrawide gaming monitor is VESA DisplayHDR 400 certified. This means that luminance, color gamut, bit depth, and rise time, as well as color accuracy, black levels and contrast all meet industry standards. While we’re on the topic of colors, the 90% DCI-P3 provides smooth transitions, subtle shades and overall color uniformity, as well as sharp reds and greens, thanks to the Quantum Dot display.
Work intelligently
Beyond gaming, this widescreen display is a versatile canvas for your coding, financial analysis, video editing, and graphic design requirements. PIP and PBP functions help you to multitask like a true boss by simply hitting the hot key, or accessing the screen setting menu. Display Widget utility software also allows you to adjust settings as you go, for maximum convenience and improved productivity.
Conclusion
We hope that you’ve enjoyed discovering the broader than broad ultra widescreen world of the Acer EI1 Series 49” gaming monitor. For affordable immersivity, this is a beast that you’ll struggle to beat. Combining excessive screen real estate with state-of-the-art sync tech and certification, the EI1 is a cinematic, immersive canvas ready for gaming, editing, and other tasks, as well as streaming movies and shows. Enter the realm of the ultrawide boys (and girls) and go take a look at the Acer EI1 today.
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Embrace the Future with acertainty: Acer TravelMate AI PCs for Business
In a world where AI is transforming just about every industry, businesses are seeking the right technology to help them get ahead of the curve—and stay there. The need for powerful, AI-enabled devices is clear, and that’s where the Acer TravelMate series steps in. Built to empower businesses, Acer TravelMate laptops offer more than just cutting-edge hardware—they deliver the confidence of “acertainty.” This feeling comes from knowing you’re ready to meet the AI-powered future head-on, with a laptop designed to handle whatever comes next.
https://www.youtube.com/watch?v=FLp_WunhCGU
Let’s look a little bit into what different types of areas you can expect to see gains when you choose TravelMate AI PCs:
The Certainty of Performance
At the core of Acer TravelMate’s performance is the Intel® Core™ Ultra processor, which powers Intel vPro® and integrates a dedicated NPU (Neural Processing Unit)—a specialized AI engine designed to handle AI workloads more efficiently. The NPU offloads complex AI tasks from the CPU, allowing it to process machine learning models, speech recognition, and real-time data analysis without compromising overall performance or power consumption.
This AI-driven capability is particularly beneficial for businesses leveraging high-compute AI tools, as it enables faster, more efficient data processing while maintaining energy efficiency—key for maintaining both productivity and sustainability in a hybrid work environment. Whether running AI-enhanced applications like Microsoft Copilot or performing data-heavy tasks, the NPU ensures smooth, responsive performance while conserving battery life.
The Certainty of Security
Security is paramount in today's digital landscape (as we’ve talked about before), and Acer TravelMate laptops offer advanced multi-layer protection to safeguard your business at every level. By combining the hardware-based security of Intel vPro® with the robust features of Windows 11 Pro, TravelMate provides a comprehensive, end-to-end security solution that addresses modern cybersecurity challenges.
Multi-layer protection means that your business is shielded from threats across various fronts—starting with hardware-level safeguards all the way up to software-based defenses. At the hardware level, Intel vPro®’s built-in security ensures that threats are mitigated before they even reach the operating system. This includes protections like Intel® Hardware Shield, which helps block malware and ransomware attacks from infiltrating your system's core processes. It also enables hardware-enforced encryption to secure sensitive data, ensuring that even in the event of a breach, your information stays protected.
On the software side, Windows 11 Pro adds another layer of defense through features like Windows Defender Credential Guard, which isolates and secures your login credentials, and BitLocker encryption, which helps keep your data safe if a device is lost or stolen. The integration of these features ensures that whether you're managing sensitive information or running business-critical applications, your Acer TravelMate is secure from every angle.
Additionally, Acer TravelMate secured-core PCs combine these elements with Acer ProShield Plus and Acer Office Manager, offering a unified security and management platform. ProShield Plus provides BIOS-level security, protecting against unauthorized access to system firmware, while Office Manager helps IT administrators monitor and manage device security across an organization. This multi-layered approach ensures your business stays secure from threats on both the hardware and software fronts, helping you mitigate risks before they become critical issues.
The Certainty of Productivity
AI applications are doing much more than most everyone tends to believe, and are fundamentally altering the way businesses operate—and TravelMate laptops are designed to help you meet these new challenges and ensure that you and your business can work smarter, instead of harder. With Microsoft Copilot integrated across all your commonly used apps such as Word, Excel, PowerPoint, and Outlook, here are just a few ways it will help you in each:
* Word: In Word, Copilot acts as a smart writing assistant. Imagine you need to create a detailed business proposal. Instead of manually drafting each section, Copilot can generate a comprehensive first draft based on your instructions. You simply input your ideas, and Copilot is able to structure the document while making suggestions to improve grammar, tone, and style.
* Excel: When working in Excel, Copilot simplifies data analysis. Say you’re working on a quarterly financial report. Rather than manually creating formulas and charts, you can ask Copilot to summarize trends, generate insightful visualizations, and identify patterns in your data. For example, it can quickly create tables that highlight your business’ top-performing products or help forecast future trends based on historical data. This can save your business countless hours on manual data interpretation and gives you actionable insights in a fraction of the time.
* PowerPoint: In PowerPoint, Copilot assists in the creation of compelling presentations. If you're ever tasked with creating a presentation for an upcoming meeting, Copilot can now automatically design slides based on just an outline or draft. It can suggest visuals, talking points, and even pull in related data from Excel or Word. It streamlines the entire process, allowing you to focus on refining your message while Copilot handles the formatting and layout.
* Outlook: Managing emails is often a time-consuming task, but with Copilot in Outlook, you can automate more than you may think. For example, Copilot can help summarize long email chains, draft replies based on your communication style, and even help out with scheduling meetings. It is also able to interact with your calendar, so you can automatically insert your availability into an email and save on the back-and-forth often involved in scheduling.
Acer PurifiedView 2.0 and PurifiedVoice also come loaded on TravelMate series laptops to help take your video calls to the next level, making sure you present yourself in the most professional manner possible with clear visuals and enhanced audio quality. These AI-powered tools are specifically designed to improve both the look and sound of your online interactions, making remote work and virtual meetings feel more seamless and polished.
* Acer PurifiedView 2.0: With virtual meetings becoming a staple in today’s work environment, PurifiedView 2.0 enhances how you appear on camera by incorporating advanced AI features that optimize visual quality. One of its standout features is Auto Framing, which keeps you centered in the frame, even if you move around during a call. This ensures that you stay the focal point of the conversation, maintaining a professional presence. Not only that, but Background Blur is also able to intelligently separate you from your environment, providing a professional backdrop by subtly blurring your surroundings to reduce distractions without needing an external background filter.
* Acer PurifiedVoice: Audio clarity is just as important as video quality in virtual meetings, and that’s where PurifiedVoice comes in. Leveraging AI-based noise reduction technology, PurifiedVoice filters out background noise during calls, allowing your voice to come through crisp and clear, even in noisy environments. Whether you're working from a bustling office, a café, or a busy home, this feature ensures that distracting sounds such as typing, chatter, or environmental noise won’t interfere with your communication. PurifiedVoice works bi-directionally, meaning it not only cleans up your outgoing audio but also enhances the sound quality of incoming voices, making sure you hear your colleagues just as clearly.
With AI-powered tools like GIMP (GNU Image Manipulation Program) for asset creation, TravelMate laptops are also capable of streamlining workflows by simplifying tasks such as image editing, retouching, and design. Features like intelligent object selection, auto-enhancement, and AI-based upscaling help reduce the time spent on manual adjustments, allowing businesses to create high-quality visuals quickly. Plus, by running locally, GIMP ensures that sensitive assets remain secure without needing to be uploaded to the cloud, giving businesses greater control over their data privacy.
Conclusion
Acer TravelMate laptops bring you more than just powerful hardware—they bring ‘acertainty’ to your business. With advanced AI-powered features, enhanced productivity tools, and comprehensive security, these laptops are the ideal choice for businesses looking to thrive in an increasingly AI-driven world. Make it certain by choosing Acer TravelMate, and rest assured that your business is ready for whatever comes next.
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What Is Virtual Memory and How Can You Adjust It on Windows PCs?
The typical amount of random access memory (RAM) on most PCs isn’t always enough to handle multiple programs running at once. Whenever you’re multitasking on your computer, there’s a behind-the-scenes process that makes it possible: virtual memory. This vital feature manages your computer’s memory, extending it beyond the physical limits of your RAM and enabling you to multitask without fuss. Read on for a summary of what virtual memory is, why it’s important, and how to check and increase virtual memory on Windows PCs like the recently launched Acer Swift 14 AI Copilot+ PC.
What is Virtual Memory?
Virtual memory is a feature that enables modern PCs to handle more tasks than their physical memory, or RAM, can support. Think of it as a clever trick wherein your computer uses a portion of your hard drive as if it were additional memory. When you run multiple applications simultaneously, your computer might run out of RAM. Virtual memory steps in by temporarily transferring less-used data from the RAM to the hard drive. It frees up physical RAM for more critical tasks and for the programs you actively use, allowing the system to continue functioning smoothly. This process happens seamlessly and lets you continue working without interruption.
One of the ways virtual memory works is through a technique called “paging.” When your computer needs more memory, it moves data from RAM to a specific file on your hard drive known as the “paging file” or “page file,” typically located on the system drive. This allows your system to create the illusion of having a much larger memory capacity than what is physically available.
Virtual memory can be a cost-effective solution for memory management, since it provides an alternative to investing in additional physical RAM, which can be expensive. However, its drawback is that accessing data from the hard drive is slower than accessing it from RAM. Relying too heavily on virtual memory can lead to performance slowdowns, especially if your computer must constantly swap data between the RAM and the hard drive.
https://www.youtube.com/watch?v=qeOBEOBJREs
Why is Virtual Memory Important?
Virtual memory is a crucial component of modern operating systems, particularly in managing the memory demands of various applications and processes. Here are some roles virtual memory plays in enhancing system performance and user experience:
* Preventing System Crashes: By providing an additional layer of memory, it helps prevent the system from running out of memory, which can lead to crashes and data loss.
* Improving Performance: It allows the system to handle more applications and processes simultaneously, enhancing overall system responsiveness and performance.
* Supporting Crash Dumps: In the event of a system crash, a sufficiently large paging file is necessary to create a complete memory dump, which is crucial for diagnosing and fixing the issue.
How to Check Virtual Memory Settings on Windows
To check and adjust the virtual memory settings on a Windows PC, follow these steps:
1. Go to your Settings to access your advanced system settings. There are multiple ways to do this in Windows 10 and 11. You can press the Windows key, type “About your PC,” and press Enter, or in the System window, click on “Advanced system settings” under the "Related settings" section.
Alternatively, you can search “Advanced system settings” in the Start menu or use the keyboard shortcut Windows key + R, then type “SystemPropertiesAdvanced” and hit Enter.
2. When the advanced system settings window pops up, click Settings in the Performance section.
3. In the Performance Options window, click the Advanced tab. Look for the Virtual memory section, then click the Change button under it.
4. You’re now viewing your current virtual memory settings. The Virtual Memory window displays the initial and maximum page file sizes stored on each disk. You can check these settings and decide whether to adjust them.
How to Increase Virtual Memory on Windows
If you want to increase the virtual memory, you can do so manually by following these steps:
1. Uncheck Automatic Management.
In the Virtual Memory window, uncheck the box at the top that says “Automatically manage paging file size for all drives.”
2. Select Custom Size.
Select the drive for which you want to adjust the page file size, then click the radio button next to “Custom size.”
3. Set Initial and Maximum Sizes.
Enter the desired “Initial size (MB)” and “Maximum size (MB).” A common recommendation is to set the initial size to 1.5 times the amount of physical RAM and the maximum size to three times the amount of physical RAM.
4. Apply Changes.
Click the Set button and then the OK button to save the changes. You may be prompted to restart your computer for the new virtual memory settings to take effect.
If you want to undo the changes and revert to default settings, navigate to your virtual memory settings and check “Automatically manage paging file size for all drives.” Apply the change and restart your PC.
Virtual memory is a hidden resource that can make a world of difference in how your computer runs, no matter what kinds of tasks you use it for. Whether you’re a casual user or a tech enthusiast, it’s worth taking the time to understand virtual memory and how to adjust its settings. You can then optimize your system’s performance, especially when your physical RAM is limited.
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About Micah Sulit: Micah is a writer and editor with a focus on lifestyle topics like tech, wellness, and travel. She loves writing while sipping an iced mocha in a cafe, preferably one in a foreign city. She's based in Manila, Philippines.
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What is Windows Recall and Why is Microsoft Bringing it Back?
In life there are things we remember and things we forget. From a cherished childhood memory to remembering where we left our keys, it's important to remember! Beyond managing the hustle and bustle of everyday life and staying on top of practical necessities, we also need to keep track of a vast array of documents, files, apps, and websites. Traditionally, navigating the history of your activities on your PC was a laborious task, with files seemingly hiding in the labyrinth of the Windows OS. Oh, how the world longed for an intuitive, user-friendly way to retrace our steps and locate important files!
It’s safe to say that we are now well and truly in the early days of AI-enhanced PCs. From cloud-based AI assistants and chatbots, to on-device NPU generated AI power, the applications of AI for PC users are many. Windows Recall is a brand new AI enhancement for Windows 11 that uses on-device AI to track and capture everything you do on your PC. At a later date, when you need to find anything, you can interact with Recall using natural language. For example, if you need to find a photo from your fishing trip with ol’ uncle Bob, instead of trawling through thousands of photos, you could simply describe the image for Recall to locate.
Now, you may be thinking Recall sounds like a great idea, or you may fear that this is a way for Windows to steal all of your information. Either way, if you want to get the lowdown on this controversial addition to Windows, and discover how to disable Windows Recall read on!
What is Recall and when can I get it?
If you’re wondering when Recall from Microsoft is coming out, well it's a slightly tricky question to answer. First announced on May 20, Windows Recall was originally slated to be introduced in June as part of the Windows 11 update. Alas, some things are not meant to be. Due to security and privacy concerns, as well as some serious consumer backlash, a preview version of Recall feature is now set to be released this October. To use Windows Recall, you’ll need a Copilot+ PC, a new generation of AI enhanced computers with onboard NPUs designed to run programs like Recall.
So, what exactly is Recall? Very simply, Recall lets you search across the timeline of your PC for the content you require and easily re-engage with it. Recall takes snapshots of your screen every 5 seconds, which are then stored and analyzed locally. 3 months of history is stored by default. At a later date, you can simply search for any file by describing it to Recall, which then displays results from all apps where the program finds matches. Displayed under headings of text and visual matches, both close and related matches can be opened and interacted with as you please.
What can Recall do for me?
There are several benefits that Windows Recall can bring to users of all stripes. A huge amount of time can be saved by quickly retracing your digital steps to locate recent files and documents. With Recall, hours of trawling through the memory banks of your PC will soon be nothing but a distant memory! Recall can also improve your productivity. Thanks to its visual nature, users can swiftly locate tasks they were previously working on, without spending ages trying to locate apps or files. For many of us, this visual organization of our work is a most welcome addition that can help streamline our multitasking and workflow. If you’re working on complex projects, or simply want to quickly find the things you need with minimal hassle, then Recall can certainly help.
Why the initial backlash?
Security concerns around the initial Recall release caused an uproar. Microsoft has a fecund history of data breaches, so many users and journalists felt that entrusting more info would simply put users at even more risk. While there are many levels to the security concerns affecting different users, the FAQ dutifully informs us: “Note that Recall does not perform content moderation. It will not hide information such as passwords or financial account numbers.”
While storage is local, Recall could be a malicious threat actor’s dream come true. A candy shop for computer criminal ne’er-do-wells! In seconds, info-stealer malware could harvest passwords and bank details as well as three months of snapshots from the targeted PC. Other issues raised by the release of Recall include privacy concerns, as well as reduced user control over their activity history and files.
The recall of Recall
While the giants of the tech world hurry to integrate AI into their products, it is human consumers who eventually decide what works, and what doesn’t. On June 13, Microsoft Corporate Vice President for Windows and Devices Pavan Davuluri reassured users on the Windows Blog, "We will continue to build these new capabilities and experiences for our customers by prioritizing privacy, safety and security first.” As such, the Recall (preview) is now in a phased rollout, with the preview available to Windows Insider Program (WIP) users just in time for Halloween, in October.
After the backlash, Microsoft has taken several steps to remedy the situation and regain the world’s trust. Firstly, the swiftly re-named Microsoft Recall (preview) will be opt in, as opposed to opt out when it is launched on Copilot+ PCs.
Secondly, for users to enable Recall (preview), it will require Windows Hello biometric security, as well as other authentication features for increased security. For further info, check out the Windows blog piece in the previous paragraph.
How to disable Recall on Windows 11
Thankfully, it's pretty simple to turn off Windows recall (preview) by following these steps:
Open the Settings app and navigate to Privacy & Security > Recall & snapshots. Turn off the toggle next to Save snapshots.
To delete the snapshots Recall has saved on your PC, in the same menu click Delete all snapshots.
The future of Recall
Time will tell whether we’ll look back on the release of Windows Recall (preview) with fondness, or if, akin to Douglas Quaid in Total Recall, our memories will lead us into a world of trouble. After Windows Recall (preview) becomes available to Copilot+ PC users this October, there will certainly be further evolutions in the software. From integrations with other Microsoft products and services to performance enhancements, if the initial concerns sparked by Recall are properly addressed, it may well become an integral part of the Windows experience.
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Adapting to a New World: Major Updates in Frostpunk 2
Frostpunk 2, the highly anticipated sequel to the acclaimed city-building survival game Frostpunk, is set to expand upon its predecessor in numerous ways. Developed by 11 Bit Studios and scheduled for release on September 20, 2024, the game promises to deliver a richer narrative, enhanced gameplay mechanics, and a broader scope of city management.
Frostpunk 2 platforms include PC, PlayStation 5, and Xbox Series X|S, and a Frostpunk 2 Gamepass on PC and Xbox has also been announced. For PC users, a high-quality machine like the Nitro 17 Gaming Laptop is an excellent choice, as it exceeds the game's recommended system requirements.
New London's Growth and Development
Frostpunk 2 takes place 30 years after the events of the first game, where players again face the challenges of survival in a world gripped by a relentless ice age. This time, players assume the role of the Steward, the leader of New London, a city struggling not just for survival, but also for stability and growth amidst societal upheaval. The narrative shifts from mere survival to navigating complex political landscapes, as various factions within the city vie for power and influence over its future. The game emphasizes the need for players to balance the competing interests of these factions while managing the city's resources and infrastructure.
Changes in Resource Management
One of the most significant updates in Frostpunk 2 is the overhaul of the resource management system. While the original game focused heavily on coal as the primary energy source, the sequel introduces oil and nuclear power, adding layers of complexity to resource management. Players must now balance the production and consumption of various resources, including food, energy, and raw materials, while responding to the fluctuating demands of a larger population.
The new supply and demand system requires players to be more strategic in their resource allocation. For instance, as the city expands, the demand for food and energy increases, necessitating the exploration of new areas and the establishment of additional resource extraction sites. This shift from a singular focus on survival to a more nuanced approach to managing a thriving metropolis marks a significant evolution in gameplay.
What's New in Frostpunk 2?
Frostpunk 2 significantly increases the scale of city-building compared to its predecessor. Players can now construct entire districts instead of individual buildings, allowing for a more organic and expansive city layout. The introduction of hexagonal tiles for city planning enables players to develop their district in a more strategic manner, as each tile must be "frostbroken" before construction can begin. This mechanic enhances the realism of city expansion and adds a tactical layer to urban development.
The population has also grown from hundreds in the first game to potentially thousands in the sequel. This increase necessitates a more complex management system, as players must address the needs and demands of a larger citizenry while maintaining order and efficiency.
https://youtu.be/gCwR9LYQf7I?si=VFZDrIKLGRdGAWsr
New Social Systems
A notable addition to Frostpunk 2 is the introduction of a council system, where players must navigate the interests of various factions. Each faction has its own vision for the future, and players must engage in political maneuvering to pass laws and make decisions that impact the entire city. This system replaces the more authoritarian approach of the first game, where players acted as sole dictators.
The new social resources—Relations, Tension, and Trust—replace the original's discontent and hope metrics. These resources reflect the dynamics between factions and the overall stability of the city. Players must carefully manage these relationships to prevent unrest and ensure the smooth operation of their metropolis. The complexities of governing a diverse population add depth to the gameplay, as players must weigh the consequences of their decisions on different factions.
Changes in Gameplay Mechanics
Frostpunk 2 introduces several gameplay improvements designed to enhance the player experience. The pacing of the game has shifted from hourly management to a daily production cycle, allowing for a more streamlined approach to resource gathering and city governance. This change encourages players to think ahead and plan for longer-term goals, rather than focusing solely on immediate needs.
Additionally, the game features a more intricate law-making system, where players must gather votes from council members to enact new policies. This democratic approach adds a layer of strategy, as players must consider the political ramifications of their decisions and the potential for backlash from factions that feel marginalized.
Improved Playing Experience
Frostpunk 2 leverages the power of Unreal Engine 5, promising stunning visuals and immersive environments. The engine's capabilities allow for enhanced graphics, improved lighting, and more detailed animations, creating a visually striking experience that captures the harsh beauty of the frozen world. The transition to this new engine also enables more complex simulations of city life, making the world feel more alive and responsive to player actions.
The game introduces significant improvements to its user interface (UI), aiming to create a more user-friendly experience. A new dedicated construction menu will help players plan their cities more effectively, especially as the game expands to include larger districts and complex structures.
The Idea Tree, representing technological and social advancements, will be revamped for improved clarity and readability, enabling players to make informed choices about their city's direction. Five new city hubs will provide distinct areas to manage resources and services, integrated into the UI for better oversight.
The heads-up display (HUD) in Frostpunk 2 is likewise receiving major enhancements. The new design focuses on a streamlined information display, allowing players to quickly access vital data, such as resource levels and population needs, without navigating complex menus. Player feedback from the beta has emphasized the need for better visibility of key metrics, prompting prioritization of important elements like resource balances and timers.
The user-friendly design features larger, more prominent elements for easier reading and interaction, especially during critical moments. Accessibility options, including UI scaling, will accommodate diverse player preferences, ensuring an enjoyable experience for all.
Finally, Frostpunk 2 will launch with a new modding tool called FrostKit, enabling players to create custom maps, models, and scenarios. Developed in collaboration with mod.io, FrostKit leverages the capabilities of Unreal Engine, allowing for deeper customization compared to the original game. The tool will be iteratively upgraded based on community feedback, fostering creativity and expanding gameplay possibilities from day one. This addition addresses long-standing player requests for mod support, promising to enhance the game's longevity and engagement within the community.
https://youtu.be/2a-qKtx5DJU?si=-0vW6zOCXnn_jcSs
Frostpunk 2 represents a significant evolution in the series, offering enhanced gameplay mechanics, social systems, and visual improvements. With a focus on political intrigue and complex city management, players will face new challenges as they guide New London through the complexities of survival and growth in a world that's beautifully rendered, but frozen and unforgiving.
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About Lalaine Capucion: Lalaine has been working as a freelance writer and editor for more than 12 years, focusing on lifestyle, travel, and wellness. When she isn’t writing, she's most likely curled up with a good book or trying out a new recipe in the kitchen. She lives in Metro Manila, Philippines.