Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026
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Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026

Discover how Electron apps run on Windows with AI-powered analysis of performance, security updates, and ARM64 support in 2026. Learn about the latest trends, resource usage, and deployment strategies for cross-platform desktop applications built with Electron.

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Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026

56 min read10 articles

Getting Started with Electron Apps on Windows: A Beginner's Guide for 2026

Introduction to Electron on Windows in 2026

Electron continues to be a dominant framework for developing cross-platform desktop applications, especially on Windows. As of 2026, roughly 35% of new desktop apps targeting Windows utilize Electron or similar web-based frameworks like Tauri and Neutralinojs. Its popularity stems from the ability to build feature-rich, modern applications using familiar web technologies—HTML, CSS, and JavaScript—while deploying across multiple operating systems seamlessly.

Major applications such as Visual Studio Code, Discord, and Microsoft Teams remain heavily reliant on Electron. However, developers now face a balancing act: leveraging Electron's rapid development capabilities while managing its resource consumption, which averages over 500MB RAM per instance. Recent updates have prioritized security, performance, and Windows 12 integration, including ARM64 support—making Electron a solid choice for Windows development in 2026.

This guide aims to walk beginners through the entire process of setting up, developing, and troubleshooting Electron applications on Windows. By the end, you'll understand the essential tools, best practices, and recent trends to help you create efficient, secure, and modern desktop apps.

Setting Up Your Development Environment

Prerequisites: Node.js and npm

The foundation of any Electron app is Node.js. Electron's CLI tools and package management depend on npm (Node Package Manager). Download the latest LTS version of Node.js from the official website. As of 2026, Node.js version 20.x or higher is recommended to ensure compatibility with recent Electron releases and Windows 12 features.

After installation, verify Node.js and npm are correctly installed by running these commands in Command Prompt or PowerShell:

node -v
npm -v

Installing Electron

Once Node.js is set up, install Electron globally or locally within your project directory. For beginners, installing locally is preferable to avoid version conflicts:

mkdir my-electron-app
cd my-electron-app
npm init -y
npm install electron --save-dev

This command creates a new folder, initializes a package.json file, and installs Electron as a development dependency. You can verify the Electron version using:

npx electron -v

Creating Your First Electron App

Basic File Structure

Electron apps typically include:

  • package.json: Metadata and scripts.
  • main.js: Main process script managing application lifecycle.
  • index.html: UI rendered in the window.

Start by creating these files in your project folder:

Writing the main.js File

const { app, BrowserWindow } = require('electron');

function createWindow() {
  const win = new BrowserWindow({
    width: 800,
    height: 600,
    webPreferences: {
      nodeIntegration: true,
      contextIsolation: false,
    }
  });
  win.loadFile('index.html');
}

app.whenReady().then(createWindow);

app.on('window-all-closed', () => {
  if (process.platform !== 'darwin') {
    app.quit();
  }
});

app.on('activate', () => {
  if (BrowserWindow.getAllWindows().length === 0) {
    createWindow();
  }
});

Creating the index.html File

<!DOCTYPE html>
<html>
<head>
  <meta charset="UTF-8">
  <title>My First Electron App</title>
</head>
<body>
  <h1>Hello, Electron in 2026!</h1>
  <p>Your Electron app is running successfully on Windows.</p>
</body>
</html>

Updating package.json Scripts

Add a start script to run your app easily:

"scripts": {
  "start": "electron ."
}

Now, you can launch your app with:

npm start

Running and Troubleshooting Your Electron App

Launching the App

Simply run npm start in your project directory. Electron opens a window displaying your index.html content. If you encounter errors, check the console output for clues. Common issues include incorrect file paths, missing dependencies, or syntax errors in your JavaScript files.

Debugging Tips

  • Use Chrome DevTools: Electron's BrowserWindow supports debugging with Chrome DevTools. Open DevTools with win.webContents.openDevTools() inside your main.js.
  • Check Electron compatibility: Ensure you're using the latest Electron version compatible with Windows 12 and ARM64. As of 2026, Electron 25.x or newer offers improved sandboxing and security features.
  • Monitor resource usage: Use Windows Task Manager to observe Electron's memory footprint. Optimizing your app to stay under 500MB RAM is crucial for performance on resource-constrained devices.

Best Practices for Developing on Windows in 2026

Optimizing Performance and Memory Usage

While Electron simplifies development, its resource demands can be significant. To optimize:

  • Leverage hardware acceleration: Ensure your app uses GPU acceleration via webPreferences settings.
  • Minimize resource-heavy processes: Avoid unnecessary background tasks and large modules.
  • Update Electron regularly: Use the latest stable releases with performance enhancements.
  • Test on ARM64 hardware: With at least 20% of Electron apps now supporting ARM, testing on these devices ensures broad compatibility.

Securing Your Electron App

Recent Electron updates emphasize security through sandboxing and strict context isolation. Follow these best practices:

  • Use context isolation: Prevent malicious scripts from accessing Node.js APIs.
  • Implement code signing: Sign your app with a trusted certificate to avoid warnings and ensure integrity.
  • Keep dependencies updated: Regularly update Electron and other packages to patch vulnerabilities.

Deploying Your Electron App

For deployment, tools like Electron Builder streamline packaging and auto-updates. Consider these steps:

  • Configure build scripts in package.json for Windows and ARM support.
  • Sign your app for security compliance.
  • Test installers on various Windows versions, especially Windows 12 with new APIs.
  • Implement auto-update mechanisms for seamless user experience.

Emerging Trends and Resources

In 2026, Electron development is increasingly integrated with Windows 12 features, including native APIs and ARM64 optimizations. Developers are also exploring AI-powered diagnostics and performance monitoring tools to enhance user experience.

Resources to stay updated include:

  • The official Electron documentation
  • Microsoft’s developer portal for Windows 12 integration
  • Community forums and GitHub repositories for troubleshooting
  • Online courses focusing on Electron deployment and security in 2026

Conclusion

Getting started with Electron apps on Windows in 2026 involves setting up your environment with Node.js and Electron, creating a simple app structure, and gradually incorporating best practices for performance and security. While Electron remains resource-intensive, ongoing improvements and Windows 12 support make it a compelling choice for cross-platform desktop development. By following this guide, you’re well on your way to building modern, secure, and efficient Electron applications tailored for the Windows ecosystem of 2026.

Optimizing Electron App Performance on Windows 12 and ARM64 Devices

Understanding the Current Landscape of Electron on Windows 12 and ARM64

By 2026, Electron remains a dominant framework for building cross-platform desktop applications, especially on Windows. Approximately 35% of newly developed desktop apps for Windows leverage Electron or similar web-based frameworks, with major players like Visual Studio Code, Microsoft Teams, and Discord continuing to rely on it. The recent integration of Windows 12 features and ARM64 support has opened new avenues for performance enhancement, but it also presents challenges related to resource consumption and responsiveness. Particularly on ARM64 devices—used increasingly in laptops and compact desktops—Electron apps face the dual challenge of maintaining performance while minimizing resource footprint. As of 2026, over 20% of Electron applications have optimized builds tailored specifically for ARM hardware, reflecting a growing trend toward platform-specific performance tuning. While Electron’s ease of development and rapid deployment make it attractive, issues related to high memory usage—often exceeding 500MB per instance—continue to impact user experience, especially on resource-constrained Windows 12 and ARM64 devices. Therefore, optimizing Electron apps is essential to meet the demands of modern hardware and user expectations.

Strategies for Enhancing Electron App Performance on Windows 12 and ARM64

1. Leveraging the Latest Electron Releases and Features

Electron’s development community actively releases updates that improve performance, security, and platform compatibility. In 2026, the latest Electron versions have incorporated significant enhancements such as sandboxing improvements, better Windows 12 API integration, and ARM64 optimizations. Keeping your Electron app up-to-date is fundamental. The latest Electron releases include internal performance improvements—faster startup times, reduced memory footprint, and more efficient rendering pipelines. For example, recent updates have optimized Chromium’s rendering engine embedded within Electron, resulting in smoother UI experiences on Windows 12 and ARM64 devices. Additionally, Electron now supports hardware acceleration toggling at runtime, enabling developers to disable GPU acceleration for lower-end devices to conserve resources.

2. Profiling and Diagnostics: The Power of Modern Tools

Effective optimization hinges on understanding where bottlenecks occur. Modern profiling tools like Chrome DevTools, integrated with Electron, are invaluable for identifying performance issues. In 2026, tools have become more advanced, offering real-time insights into CPU, GPU, and memory usage. Electron’s developer tools can now visualize rendering performance, detect memory leaks, and analyze startup sequences. For resource-constrained Windows 12 and ARM64 devices, targeted profiling can pinpoint excessive memory allocations or slow rendering processes. Regular profiling during development and post-deployment helps refine app behavior, leading to a leaner, more responsive application.

3. Reducing Memory Consumption and Startup Time

Memory efficiency remains a critical concern. To address this, developers should: - Minimize the use of large JavaScript libraries unless essential. - Use lazy loading for modules and UI components, loading only what the user needs at startup. - Optimize the main process to prevent memory leaks by managing event listeners and closing unused resources. - Implement code splitting and dynamic imports to reduce initial load sizes. For example, replacing heavy dependencies with lightweight alternatives or native modules significantly reduces RAM usage. As of 2026, some Electron apps have managed to lower their average memory consumption to below 400MB per instance by adopting these strategies. Startup time can be improved by preloading essential modules asynchronously during app launch, leveraging Windows 12’s new fast-boot capabilities, and disabling non-critical features during initial load.

4. Harnessing Windows 12 and ARM64-Specific Features

Windows 12 introduces several APIs and features that, when correctly utilized, can boost Electron app performance: - **Advanced File System APIs:** Faster file I/O operations can be harnessed to improve app data handling. - **Improved Power Management:** Optimizing resource use based on Windows 12’s power profiles reduces unnecessary CPU activity. - **Native Windows 12 UI Components:** Incorporating native controls ensures better responsiveness and visual consistency, especially on ARM64 devices. - **ARM64 Optimizations:** Building native modules with ARM64-specific compiler flags ensures better execution speed and lower power consumption. Using these features requires explicit adaptation during development, but yield substantial performance dividends, particularly on devices with limited resources.

Best Practices for Deployment and Ongoing Optimization

1. Continuous Testing Across Windows 12 and ARM64 Hardware

Testing on a variety of hardware configurations—including ARM-based laptops and desktops—is crucial. Automated testing suites should simulate different power states, network conditions, and resource constraints to evaluate app resilience and responsiveness. Regularly updating testing environments to match the latest Windows 12 builds and ARM64 firmware ensures compatibility and performance stability.

2. Efficient Packaging and Auto-Update Strategies

Using tools like Electron Builder or Squirrel, streamline deployment with minimal resource overhead. Enabling auto-updates ensures users receive security patches and performance improvements promptly, reducing the risk of lingering vulnerabilities or inefficiencies. Compress and sign your deployment packages to reduce download sizes and increase user trust.

3. Security and Resource Management

Recent Electron security updates have prioritized sandboxing and vulnerability mitigation. Incorporate these features to prevent malicious exploits that could degrade performance or compromise data. Additionally, monitor app resource consumption and implement adaptive behaviors—such as pausing background processes or reducing visual effects—when system resources are constrained.

Looking Ahead: The Future of Electron on Windows and ARM Devices

As of 2026, Electron continues to evolve, with developers increasingly adopting platform-specific optimizations and profiling tools. The emergence of alternative frameworks like Tauri and Neutralinojs offers lower memory footprints, but Electron’s maturity, extensive ecosystem, and ongoing performance enhancements keep it relevant. Future developments will likely include deeper integration with Windows 12’s native APIs, more efficient native modules for ARM64, and AI-powered diagnostics that automatically optimize resource allocation in real-time. For developers, staying abreast of these innovations and integrating proactive performance strategies will be essential for delivering smooth, resource-efficient Electron applications on Windows 12 and ARM64 devices.

Conclusion

Optimizing Electron app performance on Windows 12 and ARM64 hardware is a multi-faceted challenge that requires leveraging the latest framework updates, profiling tools, and platform-specific features. By adopting best practices such as updating Electron versions, profiling regularly, reducing memory footprint, and utilizing Windows 12’s native capabilities, developers can deliver responsive, resource-efficient applications. With the rapid advancements in hardware and operating system features in 2026, proactive performance management isn’t optional—it’s essential. As Electron continues to adapt and improve, those who incorporate these strategies will ensure their applications remain competitive, user-friendly, and resilient across the evolving landscape of Windows and ARM-powered devices.

Security Enhancements in Electron for Windows: Protecting Your Apps in 2026

Introduction: The Evolving Security Landscape of Electron on Windows

As Electron continues to dominate the realm of cross-platform desktop applications on Windows—powering major apps like Visual Studio Code, Discord, and Microsoft Teams—the security landscape has become increasingly complex. In 2026, safeguarding Electron apps against vulnerabilities is more crucial than ever, especially given the rising sophistication of cyber threats and the integration of Windows 12 features, ARM64 optimizations, and enhanced sandboxing techniques.

This article delves into the latest security updates, sandboxing improvements, and best practices for protecting Electron applications on Windows in 2026. Whether you’re a developer or security professional, understanding these advancements is essential to ensure your apps remain resilient against evolving vulnerabilities.

Recent Electron Security Updates: Strengthening the Foundation

1. Advanced Sandboxing Capabilities

One of the most significant security enhancements in Electron for 2026 is the comprehensive overhaul of sandboxing features. Electron's sandboxing now offers multi-layer isolation, effectively sandboxing renderer processes from each other and from the main process. This minimizes the attack surface by ensuring that even if a renderer process is compromised, it cannot access or manipulate core system resources or other processes.

Electron's sandboxing improvements align with Windows 12’s security architecture, leveraging hardware-based security features like Virtualization-Based Security (VBS) and Secure Boot. This synergy provides a fortified environment resistant to privilege escalation and code injection attacks.

2. Enhanced Security Patching and Zero-Day Mitigations

Electron’s core Chromium engine receives monthly security patches, with a focus on zero-day vulnerabilities. In 2026, Electron introduced automatic security updates that prioritize rapid deployment, reducing window periods for exploitation. Additionally, Electron now incorporates enhanced Content Security Policies (CSP) that restrict inline scripts, external resource loading, and cross-origin requests, thereby lowering risks from injection attacks.

3. Incorporation of Windows 12 Security Features

With Windows 12’s rollout, Electron apps now benefit from native integrations such as hardware-enforced isolation, TPM-based attestation, and improved biometric authentication. These features enable Electron apps to leverage platform-level security, ensuring data protection and secure user authentication within the application environment.

Sandboxing Improvements: Building a Resilient Defense

1. Multi-Layer Process Isolation

The latest Electron versions implement multi-layer process sandboxing, which isolates not only renderer processes but also web workers, plugins, and embedded components. This layered approach prevents lateral movement within the application, thwarting attempts to exploit one component to access others or escalate privileges.

2. Leveraging Windows 12 Hardware Security Modules

Electron’s sandboxing now seamlessly integrates with Windows 12’s Hardware Security Modules (HSMs). Sensitive operations such as encryption, key management, and biometric authentication are offloaded to hardware, significantly reducing attack vectors related to software-based key extraction or tampering.

3. Runtime Integrity Verification

Another notable enhancement is runtime integrity verification, which continuously monitors the application’s code and memory space for anomalies. This proactive approach detects and halts malicious activities before they can cause damage, providing real-time protection aligned with Windows security protocols.

Best Practices for Electron Security in 2026

1. Enforce Strict Content Security Policies (CSPs)

Implement restrictive CSPs to prevent injection attacks. For example, disallow inline scripts, restrict external domains, and enable nonce-based script execution. Modern Electron applications leverage CSP headers effectively, reducing the attack surface dramatically.

2. Utilize Electron’s Security Flags and Options

Configure Electron’s security flags such as contextIsolation, enableRemoteModule (set to false), and sandbox mode. These settings isolate renderer processes from the main process and disable potentially dangerous APIs, minimizing risks of remote code execution.

3. Regularly Update Electron and Dependencies

Stay current with Electron’s latest releases, especially security patches. The Electron team emphasizes frequent updates to patch vulnerabilities, and integrating these promptly reduces exposure. Automate updates with tools like Electron Builder or Squirrel to ensure consistency.

4. Leverage Windows 12 Security APIs

Integrate Windows 12’s security features, such as TPM attestation, biometric authentication, and Secure Kernel Mode, into your Electron apps. These platform-native features enhance user authentication, data encryption, and overall app integrity.

5. Conduct Security Audits and Penetration Testing

Regularly audit your Electron app’s codebase for vulnerabilities. Use automated tools and manual testing to identify potential weaknesses, especially in custom native modules or third-party libraries. Simulate attack scenarios to assess resilience and refine defenses accordingly.

Deploying Secure Electron Apps on Windows in 2026

Deployment practices have also evolved. Sign your applications with trusted certificates to prevent tampering and ensure authenticity. Use Windows-specific deployment tools like WinApp CLI and Electron’s deployment frameworks to streamline updates and patch management. Remember, auto-updating mechanisms are critical in delivering timely security patches, especially given the increasing complexity of threats targeting cross-platform apps.

Testing across diverse Windows configurations—including ARM64 devices—ensures your app’s security measures are effective in real-world environments. With over 20% of Electron apps now optimized for ARM hardware, security considerations must extend seamlessly across architectures.

The Future of Electron Security: Trends and Outlook

In 2026, Electron’s security landscape continues to adapt rapidly. Increased integration with Windows 12’s native security features, combined with ongoing sandboxing advancements, positions Electron as a resilient framework for desktop applications. However, resource consumption remains a concern, with typical Electron apps consuming over 500MB of RAM per instance. Balancing security with performance will remain a key challenge—prompting developers to consider hybrid approaches or alternative frameworks like Tauri for resource-efficient applications.

Additionally, AI-driven security monitoring and anomaly detection are expected to become standard in Electron applications, providing proactive threat mitigation. As the ecosystem matures, developers must stay vigilant, leveraging platform-specific security features, maintaining updated dependencies, and adhering to best practices to ensure their apps’ integrity in an increasingly hostile digital environment.

Conclusion: Staying Ahead in Electron Security in 2026

Electron’s ongoing security enhancements—ranging from sandboxing improvements to Windows 12 integrations—highlight its commitment to providing a secure platform for cross-platform desktop applications in 2026. By adopting best practices, leveraging platform-native features, and maintaining rigorous update routines, developers can mitigate vulnerabilities and protect their users effectively.

While resource usage and performance challenges persist, the security landscape continues to evolve, making it imperative for Electron developers to stay informed and proactive. As Windows and Electron evolve together, a security-first mindset remains essential to delivering safe, reliable applications that thrive in the competitive desktop ecosystem of 2026.

Comparing Electron with Tauri and Neutralinojs: Which Framework is Best for Windows Apps in 2026?

Introduction: The Evolution of Desktop App Frameworks in 2026

Building desktop applications for Windows has long been a balancing act between performance, developer productivity, and security. In 2026, Electron continues to dominate the landscape, powering around 35% of new cross-platform Windows apps. Giants like Visual Studio Code, Discord, and Microsoft Teams still rely on Electron, thanks to its mature ecosystem and ease of use.

However, newer frameworks like Tauri and Neutralinojs are gaining significant ground, driven by their lightweight nature and performance benefits. As Windows 12 and ARM64 hardware become more prevalent, developers are keen to evaluate which framework best aligns with their project goals in 2026. This article offers a comprehensive comparison of Electron, Tauri, and Neutralinojs, focusing on performance, resource usage, security, and developer experience.

Overview of Electron, Tauri, and Neutralinojs

Electron

Electron is a JavaScript framework that uses Chromium and Node.js to build cross-platform desktop apps. Its strengths lie in rapid development, a vast ecosystem, and seamless integration with web technologies. Electron apps are essentially web apps wrapped in a native shell, enabling features like automatic updates, cross-platform compatibility, and access to native APIs through Electron's APIs.

Tauri

Tauri is a Rust-based framework that packages web applications into native binaries, significantly reducing memory and disk footprint. Its focus on security and performance makes it a favorite for resource-constrained environments. Tauri leverages the system’s native WebView—such as Windows WebView2—resulting in faster startup times and lower resource consumption.

Neutralinojs

Neutralinojs is a lightweight, minimalistic alternative designed for small, simple applications. It provides a thin native layer that communicates with a web-based UI, emphasizing minimal resource usage and straightforward deployment. Neutralinojs is ideal for lightweight tools that do not require the extensive features of Electron or Tauri.

Performance and Resource Usage in 2026

Electron’s Performance Profile

Electron remains powerful but resource-hungry. In 2026, typical Electron apps on Windows consume over 500 MB of RAM per instance, with startup times sometimes exceeding a couple of seconds. This heavy memory footprint is due to Chromium and Node.js running simultaneously, which is computationally expensive, especially on devices with limited RAM or CPU power.

Recent updates focus on performance improvements—sandboxing, hardware acceleration, and better memory management—yet resource usage remains a concern for battery-powered laptops and ARM64 devices.

Tauri’s Edge in Efficiency

Tauri offers a markedly lower resource footprint, often using less than 150 MB of RAM for similar applications. Its architecture leverages native WebView2 on Windows, leading to faster startup and lower CPU utilization. This efficiency makes Tauri a strong candidate for performance-critical applications, especially on Windows devices with limited hardware resources.

Neutralinojs: The Lightweight Choice

Neutralinojs is designed for minimal resource consumption, typically using under 100 MB of RAM. Its small binary sizes and minimal dependencies make it perfect for tiny tools and utilities. However, this simplicity also limits its capabilities—it's best suited for straightforward UIs without complex features.

Security Considerations and Updates

Electron’s Security Landscape in 2026

Security has been a concern for Electron, especially given its use of Chromium and Node.js. Over the years, Electron has introduced sandboxing, code signing, and regular security patches. Recent releases in 2026 emphasize enhanced sandboxing, better isolation of processes, and stricter security defaults to mitigate vulnerabilities.

Tauri’s Security Advantages

Tauri’s use of Rust for core components provides inherent security benefits. Its architecture minimizes attack surfaces, and the reliance on native WebView2 reduces dependency on Chromium, which has historically been a security concern. Tauri’s security model is considered more robust, especially with its strict Content Security Policies (CSP) support.

Neutralinojs and Security

Neutralinojs, due to its minimal design, has a smaller attack surface but also fewer security features out-of-the-box. Developers need to implement additional security measures manually, making it suitable for simple applications where security concerns are minimal or well-managed.

Developer Experience and Ecosystem Maturity

Electron: The Developer’s Choice

Electron’s mature ecosystem boasts extensive documentation, a vast community, and numerous third-party libraries. Its ease of use allows rapid prototyping, making it popular for startups and enterprise solutions alike. Electron’s tooling—like Electron Builder—simplifies deployment, auto-updates, and packaging for Windows.

Tauri’s Growing Ecosystem

Though newer, Tauri’s ecosystem is rapidly expanding, with more plugins and integrations becoming available. Its development experience is praised for leveraging familiar web development workflows while providing native performance. Tauri’s focus on security and performance aligns well with enterprise needs, especially for Windows apps targeting ARM64 or Windows 12.

Neutralinojs: Simplicity First

Neutralinojs offers a minimal setup experience with straightforward APIs. It lacks the extensive features of Electron and Tauri but provides a clean, easy-to-understand development process. Its simplicity makes it attractive for small projects, prototypes, or tools where performance and resource efficiency matter most.

Compatibility and Platform Support

All three frameworks support Windows, with Electron providing the broadest compatibility, including Windows 12 and ARM64 support. Tauri has quickly caught up, with native WebView2 support and ongoing updates to optimize Windows 12 features and ARM64 devices. Neutralinojs supports Windows but with fewer native optimizations, making it more suitable for lightweight apps that don’t require advanced Windows features.

Which Framework Should You Choose in 2026?

Choosing the best framework depends on your project’s specific needs:

  • Electron: Best for complex, feature-rich applications requiring rapid development, cross-platform compatibility, and extensive ecosystem support. Suitable if resource usage is manageable or optimized.
  • Tauri: The optimal choice for performance-sensitive apps, especially on resource-constrained Windows devices or ARM64 hardware. Its security advantages and faster startup times make it appealing for enterprise-grade applications.
  • Neutralinojs: Ideal for simple, lightweight tools or utilities where minimal resource consumption and straightforward deployment are priorities.

In 2026, Electron remains relevant, but the tide is shifting towards frameworks like Tauri that better address modern hardware and security demands. Developers should evaluate their app complexity, performance requirements, and target hardware before making a decision.

Practical Takeaways for Developers in 2026

  • Leverage the latest Electron updates for security and performance, especially sandboxing and ARM64 support.
  • Consider Tauri for performance-critical applications targeting Windows 12 and ARM devices, benefiting from its native WebView2 integration.
  • Use Neutralinojs for lightweight, utility-style applications where resource efficiency outweighs advanced features.
  • Stay updated on Windows-specific API support in all frameworks, especially as Windows 12 continues to introduce new features.
  • Prioritize security hardening—regardless of framework—by implementing code signing, sandboxing, and Content Security Policies.

Final Thoughts

While Electron continues to power a significant share of Windows applications in 2026, the landscape is evolving. Tauri offers compelling performance and security advantages, especially for resource-constrained and ARM64 devices. Neutralinojs remains a niche but valuable tool for minimalistic apps. Ultimately, your choice should align with your project’s size, complexity, and target hardware.

As Windows 12 and ARM architecture become mainstream, frameworks optimized for native performance and security will likely lead the way. Developers who adapt and leverage the strengths of each framework will be best positioned to deliver high-quality Windows applications in the years to come.

Deploying Electron Apps on Windows 12: Tools, Strategies, and Best Practices

Introduction to Electron Deployment on Windows 12

As of 2026, Windows 12 has solidified its position as a leading platform for desktop applications, especially for cross-platform frameworks like Electron. Electron remains a popular choice, powering approximately 35% of new cross-platform desktop apps developed for Windows in 2025-2026. Its ability to combine web technologies—HTML, CSS, JavaScript—with native system features makes it a compelling framework for rapid development. However, deploying Electron apps on Windows 12 involves navigating new tools, optimizing for performance, and adhering to evolving security standards.

With Windows 12 introducing enhanced API integrations, ARM64 support, and improved sandboxing, developers must adapt their deployment strategies to fully leverage these features. This article explores the latest tools, strategies, and best practices for deploying Electron applications on Windows 12 in 2026.

Modern Tools for Electron App Deployment on Windows 12

Microsoft’s Winapp CLI: The New Standard

In March 2026, Microsoft announced the open-source Winapp CLI, a command-line tool designed explicitly to streamline Windows application development—including Electron apps. Winapp CLI simplifies packaging, signing, and deploying Windows apps by providing a unified interface that integrates with existing build pipelines.

This tool automates tasks like creating MSI installers, generating appx packages, and managing updates. Its tight integration with Windows 12 features, such as ARM64 support and enhanced sandboxing, ensures Electron apps are optimized for modern hardware and security standards. For developers, Winapp CLI reduces manual steps, accelerates deployment cycles, and ensures consistency across different Windows environments.

Electron Builder and Squirrel

Electron Builder remains the most popular tool for packaging and distributing Electron apps. Its compatibility with Windows 12, combined with support for code signing and auto-updates, makes it indispensable. Squirrel, although older, is still in use for simpler deployments, but Microsoft’s push towards Winapp CLI indicates a shift toward more integrated, modern solutions.

By configuring Electron Builder with Windows-specific options—such as NSIS installers or MSI packages—developers can produce robust installers that leverage Windows 12’s security features. It's crucial to sign your packages with a valid certificate to ensure trustworthiness and avoid Windows SmartScreen warnings.

Automating Deployment Pipelines

Automation is vital for efficient deployment. Continuous Integration/Continuous Deployment (CI/CD) pipelines using tools like GitHub Actions, Azure DevOps, or Jenkins are now standard practice. These pipelines can incorporate Winapp CLI commands, Electron Builder scripts, and code signing steps, ensuring that each release is tested, signed, and deployed seamlessly.

Automation not only reduces human error but also improves update management, essential for maintaining Electron apps in a rapidly changing Windows ecosystem.

Strategies for Packaging and Distribution

Optimizing Builds for Windows 12 and ARM64

Windows 12’s ARM64 support has become mainstream, with over 20% of Electron apps now offering optimized builds for ARM devices. When packaging your Electron app, consider creating separate builds for x86 and ARM64 architectures to maximize compatibility and performance.

Electron’s latest versions include native support for ARM64, but you should verify that all dependencies and native modules are compatible or recompilable for ARM. Use Electron Forge or Electron Builder’s multi-architecture support to generate universal installers that detect the device architecture at install time.

Security-First Packaging: Code Signing & Sandboxing

Security remains a top priority in deploying Electron apps on Windows 12. Microsoft emphasizes sandboxing and signed packages to prevent tampering and improve app trustworthiness. Always sign your Electron app packages with a valid certificate issued by a trusted CA.

Implement sandboxing features introduced in recent Electron releases, and leverage Windows 12’s enhanced security APIs. This reduces vulnerabilities and aligns your app with enterprise security standards.

Using the Winapp CLI for Native Integration

The Winapp CLI simplifies native integrations, allowing Electron apps to leverage Windows 12 features like live tiles, notifications, and background tasks. By integrating these features during packaging, you enhance user engagement and app responsiveness.

This approach also streamlines the deployment process, ensuring your Electron app remains compliant with Windows Store policies if you decide to publish via the Microsoft Store.

Strategies for Automating Deployment and Updates

Auto-Update Mechanisms

Automatic updates are crucial for maintaining security and delivering new features. Electron’s built-in auto-updater module, combined with Winapp CLI or custom workflows, enables seamless updates on Windows 12. Configure your update server to host the latest release files, and implement version checks that respect Windows 12’s security policies.

Testing Across Windows 12 and ARM Devices

Testing is more critical than ever. Use virtual machines, ARM devices, and cloud testing platforms to ensure your app performs well across all Windows 12 hardware variants. Automated testing pipelines can simulate user interactions, performance metrics, and security checks, catching issues early.

Monitoring and Diagnostics

Integrate AI-powered diagnostics and telemetry into your Electron app to monitor performance and security. Recent trends leverage AI to proactively detect resource leaks, high memory usage, or vulnerabilities, enabling quick remediation before users encounter issues.

Best Practices for Deployment on Windows 12

  • Leverage Windows 12 Features: Optimize your Electron app for new APIs like improved notifications, live tiles, and background tasks.
  • Prioritize Security: Sign all packages, enable sandboxing, and incorporate Windows Hello authentication where applicable.
  • Optimize Performance: Minimize memory footprint, optimize startup times, and support ARM64 for broad device compatibility.
  • Automate Everything: Use CI/CD pipelines with Winapp CLI, Electron Builder, and testing tools to streamline deployment.
  • Maintain Compatibility: Regularly test on Windows 12 and ARM devices, updating dependencies and native modules as needed.

Conclusion

Deploying Electron apps on Windows 12 in 2026 involves a blend of modern tools, strategic packaging, and rigorous automation. Microsoft's Winapp CLI has emerged as a pivotal tool, simplifying complex tasks like packaging, signing, and native feature integration. Coupled with Electron Builder’s versatility and automation pipelines, developers can deliver secure, high-performance applications optimized for Windows 12’s latest features and ARM64 hardware.

While resource consumption remains a concern—averaging over 500MB RAM per instance—ongoing optimizations and targeted deployment strategies help mitigate these issues. Embracing these best practices ensures your Electron apps not only survive but thrive in the evolving Windows 12 landscape, maintaining relevance amid emerging frameworks like Tauri and Neutralinojs.

In essence, staying ahead in Electron app deployment requires continuous adaptation, leveraging new tools, and aligning with platform advancements—making your applications both robust and future-proof in 2026 and beyond.

The Future of Electron on Windows: Trends, Predictions, and Emerging Technologies in 2026

Introduction: Electron’s Continued Relevance in Windows Ecosystems

As we step into 2026, Electron remains a cornerstone technology for developing cross-platform desktop applications on Windows. Despite emerging frameworks and shifting developer preferences, Electron's ability to leverage familiar web technologies—HTML, CSS, and JavaScript—continues to make it a popular choice for building feature-rich, versatile applications. With approximately 35% of new cross-platform desktop apps in 2025-2026 utilizing Electron or similar frameworks, its influence shows no signs of waning.

Major apps like Microsoft Teams, Visual Studio Code, and Discord continue to rely heavily on Electron, exemplifying its robustness and adaptability. However, the landscape is evolving. New frameworks like Tauri and Neutralinojs, known for their lower memory footprints and faster startup times, are gaining ground, especially on resource-constrained Windows devices. This article explores how Electron’s future on Windows is shaping up, driven by technological trends, platform updates, and developer demands.

Emerging Trends in Electron Development for Windows in 2026

1. Windows 12 Integration and Native-Like Support

One of the most significant developments in 2026 is the deepening integration between Electron and Windows 12. Microsoft’s latest OS release introduces features that enhance app performance, security, and native experience. Electron’s development team has focused on optimizing compatibility with Windows 12’s APIs, including improved support for WinUI, Fluent Design, and new notification systems.

Electron apps are increasingly leveraging Windows 12 features such as improved window management, native notifications, and enhanced security protocols. The integration allows Electron apps to behave more like native applications, reducing friction for end-users. For instance, Electron's support for Windows 12’s improved sandboxing and permission models heightens security and stability, aligning with enterprise standards.

2. ARM64 and Optimized Builds for Windows Devices

With over 20% of Electron-based apps now offering optimized builds for ARM64 hardware, the platform’s support for ARM architectures has become a key trend. Windows on ARM continues to grow, especially with the proliferation of lightweight, portable laptops and tablets.

Electron’s adaptation to ARM64 involves not only native support but also efforts to reduce resource consumption. While traditional Electron apps have been criticized for high memory usage—averaging over 500MB per instance—recent updates aim to mitigate this issue. Developers are now employing techniques like lazy loading, native modules, and code splitting to improve performance on ARM devices.

This trend signifies a strategic shift: Electron is no longer just a x86 solution but is being tailored for the future of Windows hardware, ensuring compatibility and performance across all device types.

3. AI and Automation Integration

AI-driven diagnostics, performance monitoring, and automation are becoming standard in Electron app development. By 2026, many Electron apps incorporate AI features to optimize resource management, enhance security, and improve user engagement.

For example, developers are integrating machine learning models to predict app crashes, optimize memory usage, and personalize user experiences. Windows 12’s native AI APIs facilitate these integrations, allowing Electron apps to harness AI capabilities like voice commands, intelligent notifications, and contextual assistance seamlessly.

This integration not only boosts app performance but also aligns with broader industry trends toward intelligent, adaptive software solutions.

Predictions for Electron in Windows in 2026

1. Increased Adoption of Electron for Complex and Enterprise Applications

Given its rapid development cycle and extensive ecosystem, Electron will likely see broader adoption for complex enterprise applications. As organizations seek to unify their software stacks with cross-platform compatibility, Electron’s ability to deliver consistent experiences across Windows, macOS, and Linux becomes invaluable.

However, this growth will be coupled with increased emphasis on performance optimization and security. Electron’s team is expected to introduce more granular sandboxing, better memory management, and tighter security protocols to meet enterprise standards.

2. Rise of Alternative Frameworks for Lightweight Apps

While Electron continues to lead in feature-heavy applications, frameworks like Tauri and Neutralinojs are gaining popularity for lightweight, resource-efficient apps. Tauri, built on Rust, offers significantly lower memory consumption and faster startup times, which appeals to developers targeting Windows devices with limited resources.

In response, Electron’s development community may adopt hybrid approaches—using Electron for complex features and lighter frameworks for simpler tools—creating a diverse ecosystem tailored to different use cases.

3. Evolving Electron Architecture: Modular and Cloud-Integrated

The Electron architecture is expected to become more modular, allowing developers to include only necessary components, thus reducing app size and resource usage. Additionally, integration with cloud services will become more seamless, enabling Electron apps to offload intensive tasks or sync data in real time.

This shift aligns with the broader trend toward cloud-native desktop applications, where local resources are optimized, and heavy processing occurs in the cloud. Such developments will help Electron apps stay competitive amid emerging lightweight frameworks.

Practical Insights and Recommendations for Developers

  • Optimize Memory Usage: With Electron apps consuming over 500MB per instance, employing code splitting, lazy loading, and native modules can improve performance on Windows, especially on ARM devices.
  • Leverage Windows 12 APIs: Stay updated with Windows 12 features, such as enhanced notifications, window management, and security protocols, to enhance app integration and user experience.
  • Prioritize Security: Regularly update Electron to incorporate security patches, utilize sandboxing features, and implement code signing to ensure app integrity.
  • Explore Hybrid Frameworks: For lightweight or simple applications, consider frameworks like Tauri or Neutralinojs to reduce resource consumption without sacrificing cross-platform compatibility.
  • Embrace AI Capabilities: Integrate AI-driven diagnostics and automation to optimize performance, security, and user engagement within your Electron apps.

Conclusion: Navigating the Future of Electron on Windows

In 2026, Electron’s trajectory on Windows is characterized by a blend of technological advancements, platform-specific enhancements, and evolving developer practices. The integration with Windows 12 and ARM64 support ensures that Electron remains relevant and capable of delivering native-like experiences on modern hardware. Meanwhile, the rise of lighter frameworks and AI-driven features reflects a dynamic ecosystem responsive to performance demands and security challenges.

For developers, understanding these trends and adopting best practices will be crucial in creating efficient, secure, and innovative Electron applications. As Windows continues to evolve, Electron’s flexibility and extensive ecosystem position it well to adapt and thrive in this rapidly changing environment.

Ultimately, the future of Electron on Windows in 2026 underscores a commitment to cross-platform versatility, performance optimization, and seamless integration with emerging technologies—ensuring that Electron remains a pivotal tool for desktop application development in the years to come.

Using AI and Automation to Improve Electron App Development on Windows

Introduction: The Evolution of Electron Development in 2026

Electron continues to dominate as a popular framework for building cross-platform desktop applications on Windows, with approximately 35% of new desktop apps in 2025-2026 leveraging it. Its appeal lies in the ability to develop rich, feature-heavy applications using familiar web technologies like HTML, CSS, and JavaScript. Major applications such as Microsoft Teams, Visual Studio Code, and Discord showcase Electron’s versatility, yet developers are increasingly seeking ways to optimize their workflows amidst concerns about resource consumption and performance.

In 2026, the integration of artificial intelligence (AI) and automation tools is revolutionizing Electron app development on Windows. From streamlining coding and testing to enhancing security and deployment, AI-powered frameworks like Microsoft’s Winapp CLI and automation platforms are making Electron development faster, more efficient, and more secure.

Harnessing AI for Efficient Electron Development

AI-Assisted Coding and Debugging

One of the most significant advances in 2026 is the adoption of AI tools that assist developers during the coding process. Platforms such as GitHub Copilot have integrated with Electron development workflows, offering real-time code suggestions, bug detection, and optimization tips. These AI assistants analyze your code as you write, flag potential performance bottlenecks, and recommend best practices tailored to Windows environments.

For example, when developing an Electron app targeting Windows 12, AI can suggest API calls that leverage new Windows features like improved sandboxing or ARM64 optimizations. This reduces the trial-and-error cycle, accelerates development, and ensures compatibility with the latest Windows APIs.

Automated Testing and Performance Profiling

Testing remains critical, especially given Electron apps’ reputation for high memory usage— often exceeding 500MB per instance. AI-driven testing frameworks now automate performance profiling, identify memory leaks, and simulate user interactions across different Windows configurations, including ARM devices.

Tools like Microsoft’s Winapp CLI incorporate AI algorithms that analyze application performance metrics in real-time, suggesting code modifications that reduce memory footprint and improve startup times. This proactive approach helps developers create leaner Electron apps optimized for Windows 12 and ARM64 hardware, which now accounts for over 20% of Electron deployments on Windows.

Automation Frameworks Transforming Electron Workflows

Introducing Winapp CLI and Modern Automation Tools

Microsoft’s recent launch of the Winapp CLI exemplifies how automation is simplifying Windows app development, including Electron-based projects. This open-source command-line interface automates complex tasks such as project scaffolding, build configuration, code signing, and deployment, all optimized for Windows 12 and ARM architectures.

By automating repetitive tasks, Winapp CLI allows developers to focus on core features rather than environment setup, reducing errors and speeding up release cycles. Its integration with CI/CD pipelines ensures seamless updates and security patches, critical in maintaining Electron apps’ security posture given recent sandboxing enhancements.

Streamlining Cross-Platform Deployment

Automation frameworks now support multi-platform builds, enabling developers to target Windows, macOS, and Linux from a single command. Tools like Electron Builder have incorporated AI-driven recommendations for optimizing build size and performance, especially on resource-constrained devices.

For instance, AI can suggest stripping unnecessary modules or enabling hardware acceleration features specific to Windows 12, ensuring the app performs smoothly across all target devices. Automating these configurations reduces manual errors and accelerates deployment timelines.

Enhancing Security and Performance through AI

Security Hardening with AI

Security remains a top priority, especially with Electron apps' history of vulnerabilities. In 2026, AI plays a vital role in monitoring and patching security flaws proactively. Automated security scans integrated with AI analyze codebases for vulnerabilities, suggest hardening measures, and verify sandboxing configurations.

Recent Electron updates have emphasized sandboxing improvements, and AI tools help developers implement these features effectively. For example, AI can automatically generate code snippets that enhance runtime security, reducing the risk of exploits and data breaches.

Optimizing Resource Usage and Responsiveness

With Electron apps often consuming significant memory, AI-powered optimization tools analyze app behavior to identify inefficiencies. Tools now provide real-time suggestions for reducing memory footprint, improving startup times, and leveraging Windows 12's hardware acceleration features.

For developers targeting ARM64 devices, AI can recommend specific build configurations to optimize performance. As a result, Electron apps become more responsive, energy-efficient, and suitable for a broader range of hardware, including lightweight ultraportables and IoT devices.

Practical Takeaways for Electron Developers in 2026

  • Leverage AI-powered code assistants: Incorporate tools like GitHub Copilot or similar AI assistants to write cleaner, more efficient code tailored for Windows-specific features.
  • Automate testing and profiling: Use AI-driven testing frameworks to identify memory leaks and performance bottlenecks early in development.
  • Integrate Winapp CLI for deployment: Automate build, signing, and deployment processes with Microsoft’s Winapp CLI to streamline workflows and ensure security compliance.
  • Optimize for Windows 12 and ARM64: Employ AI recommendations to tailor your Electron app for new Windows features and hardware architectures, improving performance and user experience.
  • Prioritize security hardening: Use AI tools for proactive vulnerability detection and sandboxing enforcement to build secure Electron applications.

Implementing these AI and automation strategies not only accelerates development cycles but also results in more secure, efficient, and user-friendly Electron apps on Windows. As the ecosystem evolves, staying at the forefront of these tools will become essential for developers aiming to deliver high-quality desktop applications in 2026 and beyond.

Conclusion: The Future of Electron on Windows with AI

In 2026, AI and automation are transforming how developers approach Electron app development on Windows. From streamlining workflows with tools like Winapp CLI to optimizing performance and security through intelligent analysis, these advances help overcome traditional resource and compatibility challenges.

As Windows continues to evolve—especially with Windows 12 support and ARM64 integration—embracing AI-driven development will be key to creating modern, responsive, and secure Electron applications. The synergy of AI and automation not only enhances productivity but also pushes the boundaries of what’s possible in cross-platform desktop software development.

For developers committed to staying ahead in this dynamic landscape, leveraging these innovations will be crucial for building the next generation of powerful Electron apps on Windows in 2026 and beyond.

Case Studies: Successful Electron Apps on Windows in 2026

Introduction: The Enduring Appeal of Electron on Windows

By 2026, Electron continues to be a cornerstone framework for developing cross-platform desktop applications, especially on Windows. Despite the rise of newer frameworks like Tauri and Neutralinojs, Electron's maturity, extensive ecosystem, and rapid development capabilities keep it highly relevant. Major applications such as Visual Studio Code, Discord, and Microsoft Teams showcase how Electron apps can scale, perform, and secure their user base on Windows devices of all types—from high-end desktops to ARM-powered laptops.

This article explores real-world case studies of successful Electron apps on Windows in 2026, focusing on how these applications have navigated performance, security, and deployment challenges. These insights will help developers and businesses understand the strategies that underpin Electron’s continued success in a competitive landscape.

Visual Studio Code: The Epitome of Cross-Platform Productivity

Development and Optimization Strategies

Visual Studio Code (VS Code) remains one of the most prominent Electron applications on Windows, with over 50 million active users globally. Its developers have prioritized modularity and performance optimization, leveraging recent Electron updates that emphasize sandboxing and hardware acceleration. In 2026, Microsoft continues to refine VS Code's architecture by integrating Windows 12-specific APIs, enabling features like improved file system access and native notifications.

To improve startup times, the VS Code team adopted lazy loading strategies for extensions and minimized resource-heavy processes during initial launch. They also optimized memory usage, which, although still averaging over 600MB per instance, now benefits from Electron's latest memory management improvements. The app’s seamless integration with Windows 12 features, including ARM64 support and native window management, exemplifies how Electron adapts to evolving hardware landscapes.

Security Enhancements

Security remains a top priority for VS Code. By 2026, Microsoft has implemented robust sandboxing options within Electron, isolating processes and limiting attack surfaces. Regular security updates, combined with code signing and automated vulnerability scanning, ensure that VS Code remains resilient against emerging threats. These measures have helped maintain user trust amid concerns about resource-intensive Electron apps.

Discord: Scaling Real-Time Communication

Performance and User Experience

Discord continues to be a flagship Electron app for real-time communication, boasting over 150 million monthly active users. Its development team focuses on balancing rich multimedia features with performance. In 2026, Discord introduced optimized audio and video processing, leveraging Windows 12’s enhanced multimedia APIs and ARM64 support to deliver smoother experiences on a wider range of devices.

Despite high resource consumption—often exceeding 700MB RAM per instance—Discord has adopted multi-process architecture to isolate workloads, improve stability, and reduce crashes. The app’s use of native modules and hardware acceleration ensures responsiveness, even under heavy load, making it a prime example of Electron’s ability to handle demanding applications when paired with strategic optimization.

Security and Data Privacy

Given the sensitive nature of communication apps, Discord emphasizes security. End-to-end encryption for voice channels, combined with Electron’s sandboxing features, limits data leaks and malicious exploits. The team also employs regular security audits, automated patching, and strict code signing policies. These efforts have kept Discord secure despite the app’s resource demands, demonstrating how Electron can support secure, large-scale platforms if managed properly.

Microsoft Teams: Collaboration in the Age of Windows 12

Leveraging Windows 12 and ARM64 Support

Microsoft Teams, another top Electron app, exemplifies how integration with Windows 12 has enhanced user productivity. In 2026, Teams has fully optimized its Electron build for ARM64 devices, including Surface laptops and hybrid tablets. This shift has resulted in a 20% performance boost on ARM hardware, with faster load times and reduced latency during video calls.

Development teams employed a combination of native code integration and Electron’s APIs to utilize Windows 12 features such as improved window management, touch support, and system-wide dark mode. Continuous integration of AI-driven diagnostics helps monitor app performance and preemptively address resource bottlenecks, ensuring smooth collaboration on devices with limited resources.

Security and Deployment Best Practices

Microsoft’s emphasis on security involves deploying Electron with sandboxing enabled, employing code signing, and integrating automatic updates through WinApp CLI. They also ensure compatibility with Windows 12’s security enhancements, such as hardware-backed key storage and enhanced permissions. Deployment pipelines leverage Electron Builder, allowing seamless updates across diverse hardware architectures, including ARM64, ensuring consistent user experience globally.

Key Takeaways from 2026 Electron Success Stories

  • Performance Optimization: Multi-process architectures, lazy loading, and native module integration are essential for managing resource consumption, especially on resource-constrained devices.
  • Security Enhancements: Sandboxing, code signing, and regular updates are vital to mitigate vulnerabilities. Electron’s sandboxing improvements in recent releases have significantly bolstered app security.
  • Hardware Compatibility: Supporting Windows 12 features and ARM64 architecture is now standard, with approximately 20% of Electron apps optimized for ARM devices, ensuring broad device compatibility.
  • Leveraging Windows 12 APIs: Features like native notifications, window management, and multimedia APIs enhance user experience and performance when integrated into Electron apps.
  • Resource Management: While Electron apps tend to consume over 500MB RAM per instance, strategic development practices mitigate performance bottlenecks, making Electron viable for complex applications.

Conclusion: The Future of Electron on Windows in 2026

Despite emerging frameworks promising lower resource footprints, Electron's maturity and ecosystem support continue to make it the framework of choice for feature-rich, cross-platform desktop applications on Windows. The case studies of Visual Studio Code, Discord, and Microsoft Teams illustrate how strategic development, security hardening, and leveraging Windows 12’s latest features enable Electron apps to thrive in 2026.

Developers aiming to build or maintain Electron apps today should focus on optimizing performance, embracing security best practices, and staying updated with Microsoft’s Windows innovations. As Electron evolves, so will its capacity to meet the demands of modern Windows devices, ensuring its relevance well into the future.

Cross-Platform Development with Electron on Windows: Challenges and Solutions in 2026

Understanding the State of Electron on Windows in 2026

Electron continues to be a dominant framework for building cross-platform desktop applications on Windows, with approximately 35% of new desktop apps in 2025-2026 leveraging its capabilities. Major applications like Microsoft Teams, Visual Studio Code, and Discord remain heavily reliant on Electron, thanks to its rapid development cycle, extensive ecosystem, and ease of deployment. However, as the ecosystem evolves, developers face new challenges—particularly related to performance, resource management, and compatibility with emerging Windows features like Windows 12 and ARM64 hardware.

Despite its popularity, Electron's resource footprint remains a concern. On Windows, average Electron app memory usage often exceeds 500MB per instance, which can degrade user experience, especially on lower-end devices. As of 2026, this challenge is prompting developers to seek smarter solutions to optimize their applications without sacrificing the rich features Electron offers.

Key Challenges in Electron Development on Windows

1. Compatibility with Windows 12 and ARM64 Devices

Windows 12, launched in late 2025, introduced new APIs and features that Electron apps need to adapt to maintain seamless integration. Compatibility issues may arise when apps are not optimized for the latest OS updates, leading to UI glitches or performance hiccups. Additionally, ARM64 support has become essential, with at least 20% of Windows Electron apps now offering optimized builds for ARM devices.

Developers often encounter hurdles ensuring that Electron apps run smoothly on ARM hardware, which requires specific build configurations and native module compatibility. The challenge lies in balancing feature parity with native performance on diverse hardware landscapes.

2. Managing Resource Consumption and Performance

Electron's architecture, which bundles Chromium and Node.js, inherently consumes significant resources. In 2026, average memory usage per Electron app exceeds 500MB, impacting battery life, app responsiveness, and overall system performance. This is particularly problematic for resource-constrained Windows devices, including lightweight laptops and ARM-based tablets.

Startup latency and sluggish UI responsiveness are common complaints. Developers must optimize rendering pipelines, minimize background processes, and leverage hardware acceleration effectively to improve performance.

3. Ensuring Security and Stability

Security updates and sandboxing improvements have been a priority in recent Electron releases. Yet, developing secure applications remains complex, especially when integrating with Windows security features and handling sensitive data. Vulnerabilities, if unaddressed, can compromise user trust and expose applications to exploits.

Furthermore, frequent OS updates might introduce compatibility issues, demanding ongoing maintenance and testing to ensure stability across different Windows versions, including Windows 12.

Practical Solutions for 2026

1. Leveraging Latest Electron Versions and Windows APIs

Stay current with Electron’s latest releases, which include performance enhancements, sandboxing, and Windows-specific API integrations. Electron 23 and beyond have introduced better support for Windows 12 features, including native notification systems, improved file management, and enhanced security protocols.

Utilize Windows 12 APIs to integrate native functionalities directly into Electron apps. This not only improves performance but also offers a more native-like user experience, reducing resource overhead associated with emulating Windows features through web technologies.

2. Optimizing Build Configurations for ARM64

Ensure your Electron app is built with ARM64 support, especially as a growing segment of users operate on ARM devices. Use Electron’s multi-architecture build options combined with native modules optimized for ARM, reducing load times and improving responsiveness.

Tools like Electron Builder facilitate creating architecture-specific installers, simplifying deployment across diverse hardware profiles. Regular testing on ARM devices helps identify and address compatibility issues early.

3. Implementing Resource Management Best Practices

Reduce memory footprint by lazy-loading modules, minimizing background processes, and optimizing rendering pipelines. Use Chrome DevTools to profile your app’s performance, identify memory leaks, and optimize rendering and scripting processes.

Leverage hardware acceleration selectively—disabling it in some scenarios can improve stability on certain hardware configurations. Additionally, consider integrating native modules or leveraging Electron’s native APIs for performance-critical tasks.

Employ techniques like window offscreen rendering and WebGL optimizations to enhance UI responsiveness without draining system resources.

4. Enhancing Security and Stability

Regularly update your Electron version to incorporate security patches and new sandboxing features. Enable context isolation and disable remote module access to minimize vulnerabilities.

Implement code signing and auto-update mechanisms to ensure users receive security fixes promptly. Conduct comprehensive testing across Windows versions, including Windows 12, to anticipate potential compatibility issues.

Utilize monitoring tools for real-time diagnostics, especially when deploying applications on diverse hardware setups, ensuring stable operation over time.

Comparing Electron to Emerging Frameworks in 2026

While Electron remains the go-to framework for complex, feature-rich applications, newer frameworks like Tauri and Neutralinojs are gaining traction due to their lower resource consumption. Tauri, built on Rust, offers significantly reduced memory usage and faster startup times, making it appealing for resource-constrained Windows devices.

Developers weighing Electron against these alternatives should consider project complexity, required features, and hardware targets. For applications demanding deep Windows integration or extensive web-based features, Electron still offers unmatched flexibility. Conversely, for lightweight apps prioritizing performance, frameworks like Tauri might be more suitable.

Future Trends and Developer Insights in 2026

The trend toward optimizing resource usage continues, with AI-driven diagnostics and performance monitoring becoming standard in Electron apps. Developers are integrating machine learning models to predict and mitigate performance bottlenecks proactively.

Furthermore, automation tools like Microsoft’s WinApp CLI aim to streamline Windows app development, enabling faster deployment and updates. As Windows 12 continues to evolve, Electron developers will increasingly capitalize on native APIs to craft more efficient, secure, and user-friendly applications.

Community efforts to improve cross-platform compatibility, especially on ARM hardware, are also accelerating, ensuring Electron remains relevant despite emerging frameworks.

Conclusion

Building cross-platform Electron applications on Windows in 2026 involves navigating a landscape of evolving hardware, operating system features, and user expectations. Developers must prioritize compatibility with Windows 12 and ARM64, optimize resource management, and implement robust security practices to deliver high-quality applications.

By leveraging the latest Electron updates, integrating native Windows features, and adopting best practices for performance and security, you can overcome these challenges effectively. While newer frameworks continue to emerge, Electron’s extensive ecosystem and proven versatility make it a resilient choice for complex Windows desktop apps in 2026 and beyond.

Ultimately, success in Electron development today hinges on balancing feature richness with resource efficiency—an ongoing journey driven by innovation and community collaboration.

Emerging Tools and Resources for Electron Developers Targeting Windows in 2026

Introduction: The State of Electron in 2026

Electron continues to be a dominant framework for creating cross-platform desktop applications on Windows, despite the rise of newer, resource-efficient alternatives. As of 2026, approximately 35% of new cross-platform desktop apps for Windows are built with Electron or similar web-based frameworks. Major applications like Microsoft Teams, Visual Studio Code, and Discord persist in relying on Electron, thanks to its rapid development cycle, extensive ecosystem, and mature tooling. However, the landscape is evolving—developers are increasingly aware of resource considerations, and Windows-specific enhancements like Windows 12 integration and ARM64 support are shaping development strategies.

Key Trends Shaping Electron Development on Windows in 2026

Enhanced Security and Windows 12 Integration

Recent Electron releases have prioritized security, introducing sandboxing and stricter permission controls to mitigate vulnerabilities. With Windows 12's debut, Electron apps are now leveraging native APIs for better performance and security, including features like improved window management, hardware acceleration, and native notifications. This integration allows Electron apps to feel more seamless within the Windows ecosystem, elevating user experience.

Growing ARM64 Support and Optimization

As ARM-powered Windows devices proliferate—comprising over 20% of Windows installs—Electron developers are focusing on ARM64-optimized builds. This ensures apps run smoothly on devices like Surface Pro X and other ARM laptops, with better performance and battery life. The availability of ARM64 support in Electron has become a standard expectation, prompting developers to adopt new build pipelines and testing processes.

Performance and Resource Management Challenges

Despite Electron's strengths, resource consumption remains a concern. On Windows, Electron apps often consume over 500MB of RAM per instance, impacting performance on lower-end hardware. Consequently, developers are exploring tools and practices to optimize memory usage and startup times, balancing feature richness with efficiency.

Emerging Tools and Libraries for Electron Developers in 2026

1. Electron DevTools and Profiling Enhancements

The Chrome DevTools integration for Electron has seen significant upgrades, offering advanced profiling features tailored for Windows environments. These include real-time memory monitoring, GPU profiling, and CPU tracing, enabling developers to pinpoint performance bottlenecks more precisely. As a result, optimizing Electron apps for Windows 12 hardware, especially ARM devices, has become more intuitive and effective.

2. Windows 12 API Bindings and Native Modules

New libraries now facilitate seamless integration with Windows 12 features. For instance, WinAPI-Node and WinRT-Bridge enable Electron apps to utilize native Windows functionalities—like live tiles, native notifications, and hardware-specific APIs—without extensive native code. These resources help bridge the gap between web technologies and the Windows ecosystem, making Electron apps more native-like.

3. Cross-Platform Build Tools with Windows Focus

  • Electron Builder: Continues to be the go-to tool for packaging and deploying Electron apps on Windows, now supporting auto-generation of ARM64 installers and Windows 12-specific features.
  • WinApp CLI: Microsoft’s open-source command-line interface simplifies Windows app development, enabling streamlined project scaffolding, code signing, and deployment. Its integration with Electron workflows reduces the complexity of cross-version compatibility and security hardening.
  • ElectronOptimize: A new library that automates memory and performance profiling, offering recommendations to reduce app resource consumption tailored for Windows devices.

4. Performance Monitoring and AI-Driven Diagnostics

AI-powered tools are increasingly integrated into Electron development workflows. Platforms like ElectronInsight AI analyze app telemetry—focusing on startup times, memory leaks, and responsiveness—providing actionable insights. These tools leverage machine learning to predict performance issues, especially on resource-constrained Windows ARM devices, enabling proactive optimization.

5. Community Resources and Learning Platforms

Active communities and updated learning resources are vital in 2026. The Electron GitHub repository is now complemented by specialized forums for Windows-specific development, including Windows 12 API integration tutorials. Microsoft’s developer portal offers comprehensive guides for harnessing WinApp CLI, while online courses on Udemy and Coursera focus on cross-platform deployment, security hardening, and performance tuning for Windows in particular.

Practical Insights for Electron Developers in 2026

  • Prioritize Security and Native Compatibility: Use sandboxing and code signing rigorously. Leverage Windows 12 APIs for native-like performance and features.
  • Optimize for ARM64 Devices: Build and test ARM64-specific versions, and utilize tools like ElectronOptimize to reduce memory footprint and startup times.
  • Leverage Profiling and Diagnostics: Regularly profile your app with enhanced DevTools and AI-driven diagnostics to identify bottlenecks early.
  • Stay Updated on Framework Improvements: Follow Electron’s release notes and community forums to incorporate the latest security patches and performance enhancements.
  • Embrace Community and Official Resources: Engage with developer communities, participate in forums, and utilize official documentation for Windows-specific development best practices.

Comparing Electron with Emerging Frameworks

While Electron remains prevalent, frameworks like Tauri and Neutralinojs are gaining popularity due to their lower resource consumption. Tauri, built on Rust, delivers faster startup times and minimal memory usage—appealing for resource-sensitive Windows devices. However, Electron’s vast ecosystem and maturity still make it the preferred choice for complex, feature-rich applications, especially with ongoing enhancements targeting Windows 12 and ARM64 support.

Conclusion: Navigating the Future of Electron on Windows

By 2026, Electron developers targeting Windows are equipped with a rich set of emerging tools, libraries, and community resources. The focus on security, native feature integration, and performance optimization reflects a maturing ecosystem that adapts to the evolving hardware landscape, including Windows 12 and ARM devices. Staying abreast of these innovations is essential for building efficient, secure, and user-friendly desktop applications. As Electron continues to evolve, leveraging these emerging tools will ensure your app remains competitive, performant, and aligned with the latest Windows capabilities.

Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026

Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026

Discover how Electron apps run on Windows with AI-powered analysis of performance, security updates, and ARM64 support in 2026. Learn about the latest trends, resource usage, and deployment strategies for cross-platform desktop applications built with Electron.

ElectronElectron AppsWindowsCross PlatformDesktop ApplicationsElectron PerformanceElectron SecurityARM64 support

Frequently Asked Questions

Electron apps on Windows are desktop applications built using web technologies like HTML, CSS, and JavaScript, packaged with the Electron framework. Electron enables developers to create cross-platform apps that run seamlessly on Windows, macOS, and Linux. As of 2026, Electron remains popular because it allows rapid development and easy deployment of feature-rich applications, with major apps like Visual Studio Code and Discord continuing to rely on it. Despite concerns about resource usage, its extensive ecosystem, community support, and compatibility with Windows features—such as Windows 12 integration and ARM64 support—make Electron a preferred choice for many developers creating desktop software for Windows.

To optimize Electron apps on Windows, focus on reducing memory consumption and startup time. Use the latest Electron versions that include performance improvements and sandboxing features. Minimize resource-heavy processes, leverage native modules where possible, and optimize your app’s rendering pipeline. Additionally, enabling hardware acceleration and utilizing Windows-specific features like Windows 12 APIs can improve responsiveness. Regular profiling with tools like Chrome DevTools helps identify bottlenecks. As of 2026, Electron apps typically consume over 500MB of RAM per instance, so optimizing memory management is crucial for a smooth user experience on Windows devices, especially on ARM64 hardware.

Using Electron for Windows desktop app development offers several advantages. It enables rapid cross-platform development using familiar web technologies, reducing time-to-market. Electron’s extensive ecosystem and community support facilitate easier debugging, updates, and feature additions. It also simplifies deployment across Windows and other platforms with a single codebase. Recent updates in 2026 have improved security through sandboxing and enhanced support for Windows 12 features, including ARM64 optimization. However, Electron apps tend to be resource-intensive, so weighing these benefits against memory usage is important. Overall, Electron remains a practical choice for building versatile, modern Windows applications quickly.

Common challenges in developing Electron apps for Windows include high memory consumption, often exceeding 500MB per instance, which can impact performance, especially on lower-end devices. Security vulnerabilities have historically been a concern, but recent Electron updates focus on sandboxing and security patches. Compatibility issues with Windows updates, such as Windows 12, can also arise, requiring ongoing maintenance. Additionally, Electron apps may have slower startup times compared to native applications, and their resource usage can lead to higher energy consumption. Developers should implement best practices like code optimization, security hardening, and testing on various Windows configurations to mitigate these risks.

Best practices for deploying Electron apps on Windows include using the latest Electron versions with security patches and performance enhancements. Optimize your app for Windows 12 and ARM64 hardware to ensure compatibility and performance. Employ code signing to enhance security and trustworthiness. Use automated build tools like Electron Builder or Squirrel for streamlined deployment. Additionally, implement auto-updates to keep users current with security patches and new features. Testing across different Windows versions and hardware configurations, including ARM devices, ensures a consistent user experience. Proper packaging and minimizing resource usage can also improve app responsiveness and reduce user complaints.

Compared to newer frameworks like Tauri and Neutralinojs, Electron remains more established with a larger ecosystem and more extensive feature set. Tauri offers significantly lower memory usage and faster startup times due to its Rust-based core, making it attractive for resource-constrained Windows devices. Neutralinojs is lightweight but less feature-rich. As of 2026, Electron is still favored for complex, feature-heavy applications like Visual Studio Code, but newer frameworks are gaining traction for simpler, more efficient apps due to their lower resource demands and improved performance. Developers choose based on project complexity, performance needs, and target hardware.

In 2026, Electron app development for Windows is trending towards enhanced security features, including sandboxing and better Windows 12 integration. ARM64 support has become standard, with over 20% of Electron apps optimized for ARM hardware. Developers are focusing on performance improvements, including reducing memory footprint and startup times, to address resource concerns. Cross-platform deployment remains key, with tools like Electron Builder streamlining updates. Additionally, AI-powered diagnostics and performance monitoring are increasingly integrated into Electron apps to optimize user experience and resource management on Windows devices.

To start developing Electron apps for Windows, begin with the official Electron documentation, which provides comprehensive guides and API references. The Electron community forums and GitHub repositories are valuable for troubleshooting and best practices. Microsoft’s developer resources also offer insights into Windows-specific features, including Windows 12 API integration and ARM64 support. Online courses on platforms like Udemy or Coursera cover Electron development fundamentals. Additionally, tutorials on using Electron Builder for deployment and testing across Windows versions can help streamline your development process. Staying updated with Electron’s latest releases and security updates is essential for optimal Windows app development.

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Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026

Discover how Electron apps run on Windows with AI-powered analysis of performance, security updates, and ARM64 support in 2026. Learn about the latest trends, resource usage, and deployment strategies for cross-platform desktop applications built with Electron.

Electron Apps on Windows: AI Insights into Performance, Security & Trends 2026
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Getting Started with Electron Apps on Windows: A Beginner's Guide for 2026

This article provides a comprehensive step-by-step tutorial for beginners on how to develop, run, and troubleshoot Electron apps specifically on Windows in 2026, including setup tools and best practices.

function createWindow() { const win = new BrowserWindow({ width: 800, height: 600, webPreferences: { nodeIntegration: true, contextIsolation: false, } }); win.loadFile('index.html'); }

app.whenReady().then(createWindow);

app.on('window-all-closed', () => { if (process.platform !== 'darwin') { app.quit(); } });

app.on('activate', () => { if (BrowserWindow.getAllWindows().length === 0) { createWindow(); } });

Optimizing Electron App Performance on Windows 12 and ARM64 Devices

Explore advanced strategies to enhance Electron app performance on Windows 12, ARM64 hardware, and minimize resource consumption, including latest updates and profiling tools for 2026.

By 2026, Electron remains a dominant framework for building cross-platform desktop applications, especially on Windows. Approximately 35% of newly developed desktop apps for Windows leverage Electron or similar web-based frameworks, with major players like Visual Studio Code, Microsoft Teams, and Discord continuing to rely on it. The recent integration of Windows 12 features and ARM64 support has opened new avenues for performance enhancement, but it also presents challenges related to resource consumption and responsiveness.

Particularly on ARM64 devices—used increasingly in laptops and compact desktops—Electron apps face the dual challenge of maintaining performance while minimizing resource footprint. As of 2026, over 20% of Electron applications have optimized builds tailored specifically for ARM hardware, reflecting a growing trend toward platform-specific performance tuning.

While Electron’s ease of development and rapid deployment make it attractive, issues related to high memory usage—often exceeding 500MB per instance—continue to impact user experience, especially on resource-constrained Windows 12 and ARM64 devices. Therefore, optimizing Electron apps is essential to meet the demands of modern hardware and user expectations.

Electron’s development community actively releases updates that improve performance, security, and platform compatibility. In 2026, the latest Electron versions have incorporated significant enhancements such as sandboxing improvements, better Windows 12 API integration, and ARM64 optimizations.

Keeping your Electron app up-to-date is fundamental. The latest Electron releases include internal performance improvements—faster startup times, reduced memory footprint, and more efficient rendering pipelines. For example, recent updates have optimized Chromium’s rendering engine embedded within Electron, resulting in smoother UI experiences on Windows 12 and ARM64 devices.

Additionally, Electron now supports hardware acceleration toggling at runtime, enabling developers to disable GPU acceleration for lower-end devices to conserve resources.

Effective optimization hinges on understanding where bottlenecks occur. Modern profiling tools like Chrome DevTools, integrated with Electron, are invaluable for identifying performance issues.

In 2026, tools have become more advanced, offering real-time insights into CPU, GPU, and memory usage. Electron’s developer tools can now visualize rendering performance, detect memory leaks, and analyze startup sequences.

For resource-constrained Windows 12 and ARM64 devices, targeted profiling can pinpoint excessive memory allocations or slow rendering processes. Regular profiling during development and post-deployment helps refine app behavior, leading to a leaner, more responsive application.

Memory efficiency remains a critical concern. To address this, developers should:

  • Minimize the use of large JavaScript libraries unless essential.
  • Use lazy loading for modules and UI components, loading only what the user needs at startup.
  • Optimize the main process to prevent memory leaks by managing event listeners and closing unused resources.
  • Implement code splitting and dynamic imports to reduce initial load sizes.

For example, replacing heavy dependencies with lightweight alternatives or native modules significantly reduces RAM usage. As of 2026, some Electron apps have managed to lower their average memory consumption to below 400MB per instance by adopting these strategies.

Startup time can be improved by preloading essential modules asynchronously during app launch, leveraging Windows 12’s new fast-boot capabilities, and disabling non-critical features during initial load.

Windows 12 introduces several APIs and features that, when correctly utilized, can boost Electron app performance:

  • Advanced File System APIs: Faster file I/O operations can be harnessed to improve app data handling.
  • Improved Power Management: Optimizing resource use based on Windows 12’s power profiles reduces unnecessary CPU activity.
  • Native Windows 12 UI Components: Incorporating native controls ensures better responsiveness and visual consistency, especially on ARM64 devices.
  • ARM64 Optimizations: Building native modules with ARM64-specific compiler flags ensures better execution speed and lower power consumption.

Using these features requires explicit adaptation during development, but yield substantial performance dividends, particularly on devices with limited resources.

Testing on a variety of hardware configurations—including ARM-based laptops and desktops—is crucial. Automated testing suites should simulate different power states, network conditions, and resource constraints to evaluate app resilience and responsiveness.

Regularly updating testing environments to match the latest Windows 12 builds and ARM64 firmware ensures compatibility and performance stability.

Using tools like Electron Builder or Squirrel, streamline deployment with minimal resource overhead. Enabling auto-updates ensures users receive security patches and performance improvements promptly, reducing the risk of lingering vulnerabilities or inefficiencies.

Compress and sign your deployment packages to reduce download sizes and increase user trust.

Recent Electron security updates have prioritized sandboxing and vulnerability mitigation. Incorporate these features to prevent malicious exploits that could degrade performance or compromise data.

Additionally, monitor app resource consumption and implement adaptive behaviors—such as pausing background processes or reducing visual effects—when system resources are constrained.

As of 2026, Electron continues to evolve, with developers increasingly adopting platform-specific optimizations and profiling tools. The emergence of alternative frameworks like Tauri and Neutralinojs offers lower memory footprints, but Electron’s maturity, extensive ecosystem, and ongoing performance enhancements keep it relevant.

Future developments will likely include deeper integration with Windows 12’s native APIs, more efficient native modules for ARM64, and AI-powered diagnostics that automatically optimize resource allocation in real-time.

For developers, staying abreast of these innovations and integrating proactive performance strategies will be essential for delivering smooth, resource-efficient Electron applications on Windows 12 and ARM64 devices.

Optimizing Electron app performance on Windows 12 and ARM64 hardware is a multi-faceted challenge that requires leveraging the latest framework updates, profiling tools, and platform-specific features. By adopting best practices such as updating Electron versions, profiling regularly, reducing memory footprint, and utilizing Windows 12’s native capabilities, developers can deliver responsive, resource-efficient applications.

With the rapid advancements in hardware and operating system features in 2026, proactive performance management isn’t optional—it’s essential. As Electron continues to adapt and improve, those who incorporate these strategies will ensure their applications remain competitive, user-friendly, and resilient across the evolving landscape of Windows and ARM-powered devices.

Security Enhancements in Electron for Windows: Protecting Your Apps in 2026

Analyze recent Electron security updates, sandboxing improvements, and best practices for safeguarding Windows Electron applications against vulnerabilities in 2026.

Comparing Electron with Tauri and Neutralinojs: Which Framework is Best for Windows Apps in 2026?

A detailed comparison of Electron, Tauri, and Neutralinojs, focusing on performance, resource usage, security, and developer experience for Windows desktop app development in 2026.

Deploying Electron Apps on Windows 12: Tools, Strategies, and Best Practices

Learn about the latest deployment tools like Microsoft’s Winapp CLI, packaging strategies, and automation techniques for distributing Electron apps on Windows 12 in 2026.

The Future of Electron on Windows: Trends, Predictions, and Emerging Technologies in 2026

Explore expert insights, AI-driven trends, and future predictions for Electron app development on Windows, including the impact of Windows 12, ARM support, and new frameworks.

Using AI and Automation to Improve Electron App Development on Windows

Discover how AI tools, such as Microsoft’s Winapp CLI and other automation frameworks, are transforming Electron app development workflows on Windows in 2026.

Case Studies: Successful Electron Apps on Windows in 2026

Review real-world case studies of top Electron applications like Visual Studio Code, Discord, and Microsoft Teams, focusing on development, performance, and security strategies used in 2026.

Cross-Platform Development with Electron on Windows: Challenges and Solutions in 2026

Address common cross-platform issues faced by Electron developers on Windows, including compatibility, resource management, and user experience, with practical solutions for 2026.

Emerging Tools and Resources for Electron Developers Targeting Windows in 2026

A curated guide to the latest development tools, libraries, and community resources that support Electron app creation and optimization for Windows in 2026.

Suggested Prompts

  • Performance and Resource Usage Analysis for Electron Windows 2026 — Evaluate CPU, memory, and resource consumption trends for Electron apps on Windows in 2026.
  • Security Improvements and Vulnerability Trends in Electron Windows 2026 — Analyze recent security updates, sandboxing features, and vulnerability trends in Electron apps on Windows.
  • Windows 12 Support and ARM64 Optimization in Electron Apps — Assess adoption rate, performance, and deployment strategies for Electron apps supporting Windows 12 and ARM64 in 2026.
  • Trend Analysis of Electron vs Tauri and Neutralinojs — Compare trends, performance, and resource consumption of Electron against Tauri and Neutralinojs in 2026.
  • Analysis of Electron App Deployment and Update Strategies — Review deployment models, update frequencies, and version control practices for Electron Windows apps in 2026.
  • Sentiment and User Feedback Analysis for Electron Windows Apps — Assess community sentiment, feature requests, and pain points via user feedback and reviews in 2026.
  • Technical Insights into Electron App Trends 2026 — Identify trending features, performance metrics, and architectural patterns in Electron Windows apps this year.
  • Impact of Windows 12 Features on Electron App Performance — Assess how Windows 12 enhancements influence Electron app startup, security, and user experience.

topics.faq

What are Electron apps on Windows and why are they popular?
Electron apps on Windows are desktop applications built using web technologies like HTML, CSS, and JavaScript, packaged with the Electron framework. Electron enables developers to create cross-platform apps that run seamlessly on Windows, macOS, and Linux. As of 2026, Electron remains popular because it allows rapid development and easy deployment of feature-rich applications, with major apps like Visual Studio Code and Discord continuing to rely on it. Despite concerns about resource usage, its extensive ecosystem, community support, and compatibility with Windows features—such as Windows 12 integration and ARM64 support—make Electron a preferred choice for many developers creating desktop software for Windows.
How can I optimize Electron apps for better performance on Windows?
To optimize Electron apps on Windows, focus on reducing memory consumption and startup time. Use the latest Electron versions that include performance improvements and sandboxing features. Minimize resource-heavy processes, leverage native modules where possible, and optimize your app’s rendering pipeline. Additionally, enabling hardware acceleration and utilizing Windows-specific features like Windows 12 APIs can improve responsiveness. Regular profiling with tools like Chrome DevTools helps identify bottlenecks. As of 2026, Electron apps typically consume over 500MB of RAM per instance, so optimizing memory management is crucial for a smooth user experience on Windows devices, especially on ARM64 hardware.
What are the main benefits of using Electron for Windows desktop app development?
Using Electron for Windows desktop app development offers several advantages. It enables rapid cross-platform development using familiar web technologies, reducing time-to-market. Electron’s extensive ecosystem and community support facilitate easier debugging, updates, and feature additions. It also simplifies deployment across Windows and other platforms with a single codebase. Recent updates in 2026 have improved security through sandboxing and enhanced support for Windows 12 features, including ARM64 optimization. However, Electron apps tend to be resource-intensive, so weighing these benefits against memory usage is important. Overall, Electron remains a practical choice for building versatile, modern Windows applications quickly.
What are some common challenges or risks when developing Electron apps for Windows?
Common challenges in developing Electron apps for Windows include high memory consumption, often exceeding 500MB per instance, which can impact performance, especially on lower-end devices. Security vulnerabilities have historically been a concern, but recent Electron updates focus on sandboxing and security patches. Compatibility issues with Windows updates, such as Windows 12, can also arise, requiring ongoing maintenance. Additionally, Electron apps may have slower startup times compared to native applications, and their resource usage can lead to higher energy consumption. Developers should implement best practices like code optimization, security hardening, and testing on various Windows configurations to mitigate these risks.
What are best practices for deploying Electron apps on Windows in 2026?
Best practices for deploying Electron apps on Windows include using the latest Electron versions with security patches and performance enhancements. Optimize your app for Windows 12 and ARM64 hardware to ensure compatibility and performance. Employ code signing to enhance security and trustworthiness. Use automated build tools like Electron Builder or Squirrel for streamlined deployment. Additionally, implement auto-updates to keep users current with security patches and new features. Testing across different Windows versions and hardware configurations, including ARM devices, ensures a consistent user experience. Proper packaging and minimizing resource usage can also improve app responsiveness and reduce user complaints.
How does Electron compare to newer frameworks like Tauri or Neutralinojs for Windows apps?
Compared to newer frameworks like Tauri and Neutralinojs, Electron remains more established with a larger ecosystem and more extensive feature set. Tauri offers significantly lower memory usage and faster startup times due to its Rust-based core, making it attractive for resource-constrained Windows devices. Neutralinojs is lightweight but less feature-rich. As of 2026, Electron is still favored for complex, feature-heavy applications like Visual Studio Code, but newer frameworks are gaining traction for simpler, more efficient apps due to their lower resource demands and improved performance. Developers choose based on project complexity, performance needs, and target hardware.
What are the latest trends in Electron app development for Windows in 2026?
In 2026, Electron app development for Windows is trending towards enhanced security features, including sandboxing and better Windows 12 integration. ARM64 support has become standard, with over 20% of Electron apps optimized for ARM hardware. Developers are focusing on performance improvements, including reducing memory footprint and startup times, to address resource concerns. Cross-platform deployment remains key, with tools like Electron Builder streamlining updates. Additionally, AI-powered diagnostics and performance monitoring are increasingly integrated into Electron apps to optimize user experience and resource management on Windows devices.
Where can I find resources to start developing Electron apps specifically for Windows?
To start developing Electron apps for Windows, begin with the official Electron documentation, which provides comprehensive guides and API references. The Electron community forums and GitHub repositories are valuable for troubleshooting and best practices. Microsoft’s developer resources also offer insights into Windows-specific features, including Windows 12 API integration and ARM64 support. Online courses on platforms like Udemy or Coursera cover Electron development fundamentals. Additionally, tutorials on using Electron Builder for deployment and testing across Windows versions can help streamline your development process. Staying updated with Electron’s latest releases and security updates is essential for optimal Windows app development.

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    <a href="https://news.google.com/rss/articles/CBMidEFVX3lxTE5fUHNzV2xYREFWaG5tTXljdElqc1BFc3NpQ1E3WVJzUTZFQnlrWHpRMmQyX0VQSk1WRnE5R29lRFAwQWpvcy1tWkEzdXg1bmE0SElsMDYtdWhtOFAxdkNTdDVjYUQyS2hLTXB6RXBUcGxPWHpO?oc=5" target="_blank">Electron patch fixes macOS 26 'Tahoe' slowdown bug</a>&nbsp;&nbsp;<font color="#6f6f6f">theregister.com</font>

  • Microsoft waives fees for Windows devs publishing to Microsoft Store - BleepingComputer— BleepingComputer

    <a href="https://news.google.com/rss/articles/CBMiuAFBVV95cUxNeThyV3RfeDVNaDVhZ0JLcEhyZmw0R0dPNTFhRFRrclR2VXlZNXVidDlwZ3pUZ0l6am5PVmdlU2hCZ2ljWHNkRTRsZ2FEejBFU1BJTWxSTzR0T0RkaTlnMTFpdFJlMXp5djFPWkh2bTZTa05LZy03T1pSR0dfajdiVzE0SEotOVNIcXhWRkdPZW16WXNDNi1KTGJzMEtrb3BRNlF5VUNJeGF1bzRHYWNBaVkzQUNWLWZW0gG-AUFVX3lxTE1Wa2FZb2NBQ1VrTDIwcFFsdkRJbWwxT2RqTlJXbXV3ajhyaUNZMlFxUERIUTFNcXFjRl91MFdZdlF6czBnR2RLWEFOYTFfS3Zva25YNURNdEFDQXVMaWJnOEsyb1dUWU83UlY1TVFwbjVLZlY5bG5Hdk90WHVtV3BtZnROaDhJQks2YTZLZENrbHZpSkFvUlVrYnF3NEZ2c1hJN3daV1Rpc2xhN3NlYUxSR1c5YUotOXhtQjdna2c?oc=5" target="_blank">Microsoft waives fees for Windows devs publishing to Microsoft Store</a>&nbsp;&nbsp;<font color="#6f6f6f">BleepingComputer</font>

  • Windows Defender Application Control Bypassed Through Browser Exploit Techniques - gbhackers.com— gbhackers.com

    <a href="https://news.google.com/rss/articles/CBMid0FVX3lxTE9Yc1hBUEVVSTVCd185Rmo0bXg1Rm1tWFJSaklRZTNrY1lPbkVpN3FTTk9OOHVPSm50djdROGFqVDVQNTFFY1ItaTdYSV9QVkNybW1kanpjRjN1ajQyZ2xoZWhZbE5hWnpfZmMzbG5kT054Yl8tTmRV?oc=5" target="_blank">Windows Defender Application Control Bypassed Through Browser Exploit Techniques</a>&nbsp;&nbsp;<font color="#6f6f6f">gbhackers.com</font>

  • Windows Defender Application Control Bypassed Using Operationalizing Browser Exploits - CyberSecurityNews— CyberSecurityNews

    <a href="https://news.google.com/rss/articles/CBMiggFBVV95cUxPd2MwNzd5NndCUUFTMnFKVHAteWJ2SUlkSzNPMUN1N2kwZ3N2UlRwTS1CV3RydGNTcWRUR2hnb2hBM0JXRUdVNnNwNEwtRm5GUE1XNnNFakxRU0I1OHJPZkYzNWNLY3RtNVNnRUlOczk5MzdJVzFxdU1wUkJiX1RwOTRn?oc=5" target="_blank">Windows Defender Application Control Bypassed Using Operationalizing Browser Exploits</a>&nbsp;&nbsp;<font color="#6f6f6f">CyberSecurityNews</font>

  • Operationalizing browser exploits to bypass Windows Defender Application Control (WDAC) - IBM— IBM

    <a href="https://news.google.com/rss/articles/CBMiigFBVV95cUxPampvQjVhQThka0JpU2RGUVdoN25nZm1yVEdobVJpNW9pdU1aQ3l0amE2RFQzYTdnTUt5SUU4Q1NDWnZVQk5MU2ZsZGxUVS1VS1VWaDF5MjlEeGg0QloxbWhNNnpDRWVNTzNCaXNiMG94bmk2a3BGODA2U3pySkZvUlk1Z0dxWUVQeVE?oc=5" target="_blank">Operationalizing browser exploits to bypass Windows Defender Application Control (WDAC)</a>&nbsp;&nbsp;<font color="#6f6f6f">IBM</font>

  • 'I see you're running a local LLM. Would you like some help with that?' - theregister.com— theregister.com

    <a href="https://news.google.com/rss/articles/CBMiekFVX3lxTE5QeHJEaC1CdjNSeTFYNERvekkwODdja09zMjRpTmdlWi1xdjRPUWl4MmRVOXlZZVJSd1ZrNE53Zi1LcTF5SlpBNl9lWGNidWVhSWdTN09kTW82MzhvbDJWUUx3VjkxRXZXdmZneU5RdzhHcGxsQnpqTk9n?oc=5" target="_blank">'I see you're running a local LLM. Would you like some help with that?'</a>&nbsp;&nbsp;<font color="#6f6f6f">theregister.com</font>

  • Bypassing Windows Defender Application Control with Loki C2 - IBM— IBM

    <a href="https://news.google.com/rss/articles/CBMikgFBVV95cUxPY1JHQS1DRG9kdTFNbF9vcXlpcW1DWXd5dTJCbkRzYTNSb3RiM201RkQ4YVFxdGFFVi1lODJ6Y3habkZENlpPVEMwMXBJTldDZnFNeUhHbzNIQXZHWmw5WGNJWnd2dGhjWXJlT09UOVc4RS12QWI1R2pzby01YW1mSW5hekpBTzZsRUhFNnYzM29RUQ?oc=5" target="_blank">Bypassing Windows Defender Application Control with Loki C2</a>&nbsp;&nbsp;<font color="#6f6f6f">IBM</font>

  • Someone turned Windows 95 into a standalone app you can run, and it's just as good (and bad) as you imagine - XDA— XDA

    <a href="https://news.google.com/rss/articles/CBMigwFBVV95cUxPYmx1U3hOejlNeDNpVEcxU2tramZNR21MRTRMTTNoaGIyRG9UTzNwTjE1Y0NzUUpvUThWWVdfUXBTdF92MzlSZEhIQWFrQ1dJR3RuNzdYSGhNTTVrZmpyaTIzeUZIbHdIbE1nRU84RGthYk5BbTFhVVN0eFdDRU5hTmdUdw?oc=5" target="_blank">Someone turned Windows 95 into a standalone app you can run, and it's just as good (and bad) as you imagine</a>&nbsp;&nbsp;<font color="#6f6f6f">XDA</font>

  • Microsoft says new Copilot Windows 11 app is native, but NO. It’s a WebView, uses 1GB RAM - Windows Latest— Windows Latest

    <a href="https://news.google.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?oc=5" target="_blank">Microsoft says new Copilot Windows 11 app is native, but NO. It’s a WebView, uses 1GB RAM</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Latest</font>

  • Tips and Tricks for Debugging Electron Applications - SitePoint— SitePoint

    <a href="https://news.google.com/rss/articles/CBMiaEFVX3lxTFBJbHhpQkdsa3ROdk0zZlFjcDBldXE0dXNMLTRrRmdzUHdIcUV0NkpLTTl5LW1OY2pQbC1oUXBKeE1yRWdWQmQ1RF9hZXN5VzV1TXRHWFdlWVV5d2hnOW0yMkFoLVlOSWZI?oc=5" target="_blank">Tips and Tricks for Debugging Electron Applications</a>&nbsp;&nbsp;<font color="#6f6f6f">SitePoint</font>

  • After ChatGPT, Claude AI’s Windows 11 app is another Chrome-based Electron wrapper - Windows Latest— Windows Latest

    <a href="https://news.google.com/rss/articles/CBMinwFBVV95cUxPbTVQVG1NT2ktU2ZTOHh0SExLeHppRDV2YUtlUGtSeWg0aXRobF81b2RMOGJVRWs3TExqM3B5Z21FcVRhNDBfa0dTcWNDdWI2blBvRmdKcC1Vbm05QXJYSUJPT3RONmxReU5oam5INnVVdnZ5QlBDaTJQc1FKMkQ2R3RRQXV1dkpHRzdrUWFLbGxtN05hSDZyYmhUWnZWbHfSAaQBQVVfeXFMUHhEQng2R0NHQzRobkdBNDE3aUdyX09Xd1YyZ2s2Z1FrVDhLMGJweE51a3FaellvLTVWal9LSjAtdkIySkVmQlk2V2xpWjltMDhWLUhMLVBKaGJtUWJLZXlrTDNySVNkN3lKdUdTcWNvcmdSRVd4LVNVY1ZoZ0RKMHVraDVDZVFSV2Jnc1ZYSjlnMnJ4SWdGdkxpNnd2Rm41dmNPMjE?oc=5" target="_blank">After ChatGPT, Claude AI’s Windows 11 app is another Chrome-based Electron wrapper</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Latest</font>

  • The ChatGPT app for Windows is simply an Electron-based web app - Notebookcheck— Notebookcheck

    <a href="https://news.google.com/rss/articles/CBMiqwFBVV95cUxPWU4wRk1faFRmdXRFN2xNOEtBOFBIMEZIVmZDQmJENVZ1eF9sOE1rWkRkd0s5cW0zQTZtZXo0NXd5NWdjU2NyZ2czRjhlVmdIbVJNMkdZck01OTRHYjllc2FpcjQtVmpDUXVmWXJDbzNtX0dCTXpoSHg3dEV6RkpEeGU1LUtPUWRrVUpaZXczSDgxTGVBMk8xN3FRYkUxNzlCVTVDaUpQdDVEZWs?oc=5" target="_blank">The ChatGPT app for Windows is simply an Electron-based web app</a>&nbsp;&nbsp;<font color="#6f6f6f">Notebookcheck</font>

  • I tried the official ChatGPT app for Windows 11, and it’s just an Electron-based Chrome wrapper - Windows Latest— Windows Latest

    <a href="https://news.google.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?oc=5" target="_blank">I tried the official ChatGPT app for Windows 11, and it’s just an Electron-based Chrome wrapper</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Latest</font>

  • Veteran editors Notepad++ and Geany hit milestone versions - theregister.com— theregister.com

    <a href="https://news.google.com/rss/articles/CBMifkFVX3lxTFBiVGZWNkpGTVV6UkpRWnVwVGlrOHBHUkR2NFdhcmhydnNvdVRUd1RlU1huS1NUZVZkbnlVc28tS1RTTFd2aGdDSERiOXlsTVIweVV4UUpRRmNMQ3F0b1NIZ3FUSEREOGo5Q0dXalltWmtfUUtYS3RvdTZWN1dhQQ?oc=5" target="_blank">Veteran editors Notepad++ and Geany hit milestone versions</a>&nbsp;&nbsp;<font color="#6f6f6f">theregister.com</font>

  • Rebuilt Microsoft Teams app promises twice the speed and half the RAM usage - Ars Technica— Ars Technica

    <a href="https://news.google.com/rss/articles/CBMitwFBVV95cUxPckdOWGlrNzRUUUdwRkptY2hDZUNuczJTMlZWNkJoUlR6MEVpajcxX2VEZkswTDEtcHIyZGdJVTF0SGRNMkF5eHh3QV9zTDhzdkVOWG5LdmRpS3VLaHh6dDZsWHc4WWpuVHVPR0ZyMElIbUMzSkZMeERzNDJwR1k3QmV0VW9iaVplOWM4eW9tNVFqakhPRVczRHNJU2Exd3pJek1xUDhIT0FtWVdsaXRrWFluWVh5bnc?oc=5" target="_blank">Rebuilt Microsoft Teams app promises twice the speed and half the RAM usage</a>&nbsp;&nbsp;<font color="#6f6f6f">Ars Technica</font>

  • Abusing Electron-based applications in targeted attacks - Virus Bulletin— Virus Bulletin

    <a href="https://news.google.com/rss/articles/CBMisAFBVV95cUxNTTNZb2ZEUW10WXJlU3JkSVlVN1ZNVEdlcHNpOEhXV1dFRU9CbzF0dktYbkxURjlvUDRRVFNkUHBJbFlxVk9RVFdpd1hqLXk3d1pUeXdjLXdrS1lEMl9TWlh2emdSbnFvelgzQmRocEQyZGlxVlE5aUtLLW9kdno3c1J4NHdYQTl2OTFfV1dJUExPVXdTOTlMbjhZRDZBQ25IVm10bXoxMHpFNU9vSFM2ZA?oc=5" target="_blank">Abusing Electron-based applications in targeted attacks</a>&nbsp;&nbsp;<font color="#6f6f6f">Virus Bulletin</font>

  • WhatsApp discontinues Electron-Based desktop app, encourages users to switch to native App for an enhanced exp - India TV News— India TV News

    <a href="https://news.google.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?oc=5" target="_blank">WhatsApp discontinues Electron-Based desktop app, encourages users to switch to native App for an enhanced exp</a>&nbsp;&nbsp;<font color="#6f6f6f">India TV News</font>

  • WhatsApp is discontinuing this version of app; know reason why - The Financial Express— The Financial Express

    <a href="https://news.google.com/rss/articles/CBMiuwFBVV95cUxQdzNYMDlTcmlneHRJenRvZkMzMjNvNWZYd1ZtMlNKSUxDV2JwV2NzeXA0UzhQOC04ay1TZTlOckJIN2ZqZk5wTHhxYUlfSnJ5ekd4VUlQY3BlQjhkOVQ5dEZxakRvQThMcWJiRFFHQ2EzSXNfY3Y0LWVhT3ZsUUlOcWNMbDZ3aUFsWWhPcGJXTEFOa0tLSzdxQTdFVkFEWHdxYlJoYUlXZDNBV04xN1hTS2cteDlVRWw1U1Vv0gHCAUFVX3lxTE51dDVBaVBmb053N2ttTXFIcWhxN3QxUmc5ZGVpeTB6YU9qMGcwQm5ERDBDeVc4REZBYVhKcnQ4TDBoS2NKRGUtQWY1QU1CYjNORjdOVERZQTB1ZjF6Sngwb1U1cjFpVG5CMGR4WjE4dmZJVWRQX01NMk4zY01lZXAwaFZLdy1iWk5TelNHV0puNHk5eHdCTEFwaldlR1RIYkNkVkVPaEF1Wjdibmk4Vks5OUxGbWhNT3puVTdZRjFaTkRn?oc=5" target="_blank">WhatsApp is discontinuing this version of app; know reason why</a>&nbsp;&nbsp;<font color="#6f6f6f">The Financial Express</font>

  • WhatsApp Desktop is dead, long live WhatsApp Desktop - Android Police— Android Police

    <a href="https://news.google.com/rss/articles/CBMibkFVX3lxTE9BLWJLbmVhLW5kTjRaUTZmQkhQWm9JaDRvYjVnZGJSTDZXV09sUTVjM0lyTjlkTWZRVUItM3dpSU9wR2VyWmJ2TE9DNWxZYkF1TF8yX3JiTEtxcVdfdm9rODdEd2tuWV9sX0tfQkxR?oc=5" target="_blank">WhatsApp Desktop is dead, long live WhatsApp Desktop</a>&nbsp;&nbsp;<font color="#6f6f6f">Android Police</font>

  • WhatsApp's Electron-based desktop app expires - The News International— The News International

    <a href="https://news.google.com/rss/articles/CBMijwFBVV95cUxOSUg0eFBoSEtneEtGZ2l4YWkwZnVFM1pnU2NiY1VUNnhuZFpHeXVieDNPS1lWSUVDUVg4bU8xNlF2dWZ5dWV6Qk5iZmI5TFVNakFIZmVGLXA2c1kzVHdhWkFNQlZKWUdITnBaUDN6ak1TU1o5b0tVQ0dUbDk3OGhuWDdaMUlkZWQyU0xyT3E4NNIBiwFBVV95cUxQX0JUVklXNWtxZ1E5cHMtTnVCR2hqYUVEZXdrSmhwZXpTbHA0X1BLTGpjZkVEY3JxN0FDWURYd3pUcmg3U1FwMGN1b3lrYVJYSndhRzJiVmFiOHFubWZiNkFkUjQweVBvVURleDJYTWZpVjNKV2RTQjZFN0VVZDA5dTBCbmlvamszYTlJ?oc=5" target="_blank">WhatsApp's Electron-based desktop app expires</a>&nbsp;&nbsp;<font color="#6f6f6f">The News International</font>

  • This version of WhatsApp is no longer available to users - Geo News— Geo News

    <a href="https://news.google.com/rss/articles/CBMigwFBVV95cUxQMmpvZmxLanV3Mk9TZ2dzVzdzWDFWdFlCWElaR1pNTFRXbVlmZzNpNUwwU2pGaHh2aWpUSElhUW1wd21fVDBKZkViNENmckJxZ1lqdjVMYV9YVFE2RDlTUEFEc1Byakw4b3hLWkZTb1pmR2ZWTXJ4T0FhLVhXcUxid0JaRdIBf0FVX3lxTFBnR2VhZnVCSjI3ZnZqekN0Q1lxNWZIWDhyQTdZdGhUaGtLQW9ncnF5MjR1QTk1d1dneGx0aGF3eS1iQnk4ZTI1YW9rdEpWTUh0WHJCV2ZLRHI2YUp6VG9QMzNOSHV3SkNfMFMteVhUUjVqZmNzZjVLSmNnVzVtTXc?oc=5" target="_blank">This version of WhatsApp is no longer available to users</a>&nbsp;&nbsp;<font color="#6f6f6f">Geo News</font>

  • WhatsApp discontinues Electron-based desktop app - Gizmochina— Gizmochina

    <a href="https://news.google.com/rss/articles/CBMikAFBVV95cUxPODJRbW9tY2dFLXVmenhYTUJTb2l6UGFodU1aSGl1eFB3Vm40d1RZR2s5cGJDTkJBakRVTU1uOThES3JFak84TGVrNjNCNlU1aHdyUHMyTXFRUzhJRHpldHJGVEl4ZzJhWF9HVXZqc0k2dGIyTVl5UGNoR1BXRmdDcmV4UzRzaXdYMFhWbDhLX2U?oc=5" target="_blank">WhatsApp discontinues Electron-based desktop app</a>&nbsp;&nbsp;<font color="#6f6f6f">Gizmochina</font>

  • 3CX supply chain attack: What do we know? - Help Net Security— Help Net Security

    <a href="https://news.google.com/rss/articles/CBMidkFVX3lxTFA3Z3hQbDhXYndLQlZVT3FsYkJZSkl1OTZWRlptenBKUmJDSE9MbmFxUnhXXzR2NEVhMG9EQ21GWlVoWHBaN3NhdkVGQ1hwTE1CWGJERXFTMmE3S2NKU004MWhpYW54aEJMQ1VTTXVFaldsUzhGa3c?oc=5" target="_blank">3CX supply chain attack: What do we know?</a>&nbsp;&nbsp;<font color="#6f6f6f">Help Net Security</font>

  • 3CX desktop app compromised, abused in supply chain attack - TechTarget— TechTarget

    <a href="https://news.google.com/rss/articles/CBMitAFBVV95cUxOZjVIbTZjTlplVkxRUTBySjBMV1hfZnRvMllFeWhLVElteDNvYVgxbm1wQi1nWWhSX2F5YmVwSU5NRF8xZmV6S2Vwb3dNWVdGSnRpR0lyaFdPc3MwSEdpbzFWOW5CMHFYUkVjU1FJQ1dxTG1NTG11TjhGXzAwOEZnbmZsZzNIbXQ1dGVpaUt3VElVLWdQOGM5R20wVDZjS2JrdjhNbC14SGJPOVNJRW4zWU84blI?oc=5" target="_blank">3CX desktop app compromised, abused in supply chain attack</a>&nbsp;&nbsp;<font color="#6f6f6f">TechTarget</font>

  • What is Electron and why is it so controversial? - IT Pro— IT Pro

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxNdk90ZWNwZ2NRSF9SbXU1cTFLdWZJd0c3TVpIMWhzMF9PLVpuYWZObUtvMmh1ZXFkTVY4azdWMmdsU3VPcEFXVGdJWlpMeE5IYU9QOUk0Q1hIQ2MzbC02VzItbHdsNUtXNDV0T0ZPYlR3UnpPVzFNYTRaQ1dJN1paSXVmRDA?oc=5" target="_blank">What is Electron and why is it so controversial?</a>&nbsp;&nbsp;<font color="#6f6f6f">IT Pro</font>

  • Microsoft Teams progressive web app (PWA) for Linux - tomtalks.blog— tomtalks.blog

    <a href="https://news.google.com/rss/articles/CBMifEFVX3lxTE43c3BtMTc3UHFrTnBrY2lSRVVGVlBETEU5VGp3ODg2enlZMFJ5eDVaT09RQk5RZlRhZFdxaXV5YWtKbi1paWtoUjQ5bEFrN2VTQTJRRVpyUkVxYS0yU3BXSnZhZHVnWVZkai0wRWlLQUJlcWdVVjZ6VVNFM2o?oc=5" target="_blank">Microsoft Teams progressive web app (PWA) for Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">tomtalks.blog</font>

  • Someone wrote a Javascript app that accurately emulates Windows 95 on almost any platform - TechSpot— TechSpot

    <a href="https://news.google.com/rss/articles/CBMiogFBVV95cUxQTjY4N1VQUGd2QjlDU2RSS1RzQ1VVSnMtcnVFWWxFeDVrR0FuODZCWTZMdzBTeUNHNnJYUVBQbGVYRmpiQXZuYjlSVUVsZWxFTFBNOXo2SEhEN191NlozS01kR0RzazR4VHRRSEFLUnFUS0w0OTE4TWtObE53M1h3ZzRVS2lGLTl3Q1Z5YTAzd0xrbmowb0d4dktOeEhUWW1tcUE?oc=5" target="_blank">Someone wrote a Javascript app that accurately emulates Windows 95 on almost any platform</a>&nbsp;&nbsp;<font color="#6f6f6f">TechSpot</font>

  • How to run Windows 95 as an app on your Mac for nostalgia - AppleInsider— AppleInsider

    <a href="https://news.google.com/rss/articles/CBMiogFBVV95cUxQaWJIRUlNdWJpTFhPRlROUFg0NEpLbjN3blNZSTR3ZmIzRWZXTGpPMmR1Wlp4YjBQQV9mRVhuc3hoNmtSQ0xhUWV4dGNqVUtJd0NBRzRYS1RlLWFFbGZuQTFDVEFIeWdieTR4a1o0Znd5U2tReFNvSnBIcWNjNFBlTVFiRjd6RFJtQjBscEJ0WkdXel80b1hiVzhaLW1nRnQ4ZXc?oc=5" target="_blank">How to run Windows 95 as an app on your Mac for nostalgia</a>&nbsp;&nbsp;<font color="#6f6f6f">AppleInsider</font>

  • New version of Windows 95 runs on Windows, macOS and Linux, with dedicated builds for ARM-based systems - BetaNews— BetaNews

    <a href="https://news.google.com/rss/articles/CBMiXEFVX3lxTE9TRDF0cHN1YzIweDlEX1d1Szk3MkpoNnhUOWp2Rm5OYmFBR1dXMVZGX0pTdDh2ZXZ6RDIxVjR2Z0x3OWRhS3pmR3o1eDNGbmdweFAxTmFZUHNKUWJq?oc=5" target="_blank">New version of Windows 95 runs on Windows, macOS and Linux, with dedicated builds for ARM-based systems</a>&nbsp;&nbsp;<font color="#6f6f6f">BetaNews</font>

  • The Windows 95 in Electron now supports the latest Chromium, Windows 11-based dark mode - Neowin— Neowin

    <a href="https://news.google.com/rss/articles/CBMitgFBVV95cUxNR0luQUtBb0lzRGIyZjJjZFhTSmVyR3hRSDlHRkpIYlpIQVp0YUc4M1lYREdGU1pIQnJvdFVBeWJDcF9DRFNGVTRUVUFKSkVCd2pSSTBJSmNDeHJKWHdNNHVJeU1yakhkX3pRXzF4ZV8zcERmbEVQQVM4TmRVNF9MMGI5SWtySmZvXzJRTkdXV05MRENETmtEWUh6VGtvRllHZXpQdHc4SFBSbFZYME04bWlqMzJhQQ?oc=5" target="_blank">The Windows 95 in Electron now supports the latest Chromium, Windows 11-based dark mode</a>&nbsp;&nbsp;<font color="#6f6f6f">Neowin</font>

  • Why People Hate Electron.js (and Why It's Still So Popular) - Analytics India Magazine— Analytics India Magazine

    <a href="https://news.google.com/rss/articles/CBMinAFBVV95cUxQZlE2WTdCMVpSY0d2T0Z3YXNjOUNtZGNDZUI4eERTcHNPZVpfWFRSS0hyQmdWM19QR1BiOExnWVNhX3AwSDFrNE9yVjVoX3N2c1RLVk5Kd01KTVUySW83bWw5aXdzQ19ZWjFHN3VsQjFtODJiLW9TM3UtMHQxUDFTZnBCcHd4VjloMGtqa3VZd0FMNWxrcUs3Vjg4VVk?oc=5" target="_blank">Why People Hate Electron.js (and Why It's Still So Popular)</a>&nbsp;&nbsp;<font color="#6f6f6f">Analytics India Magazine</font>

  • Microsoft Teams stores authentication tokens as plain text in Windows, Linux, Macs - BornCity— BornCity

    <a href="https://news.google.com/rss/articles/CBMivgFBVV95cUxQcFNpSFpMM0dIaHFFb21JQkpoNjZBVzF6SHBHUkVtMGFNa0dsODRidEFQcTFXQU9jNEpNellpc09JSktXb0NDZDFoWGdSMTdqSlNxWXlxRGlYSWFjQzhRa2FJbGx5MTRuUXJEYmUwMDRtZFpVNWtoYzkxLUp0QjFoLUhuSU9vV2JreFBMdlRlMDFmenM5Z2JfMG41OEd3aXUzNzJEdnQtS2d1ZzNBZFV1MmxicEtSNkJZcUlHLUpB?oc=5" target="_blank">Microsoft Teams stores authentication tokens as plain text in Windows, Linux, Macs</a>&nbsp;&nbsp;<font color="#6f6f6f">BornCity</font>

  • Windows Defender identified Chromium, Electron apps as Hive Ransomware - Security Affairs— Security Affairs

    <a href="https://news.google.com/rss/articles/CBMihwFBVV95cUxNMG8yeTZZQVMwd0FiNllZcjZOOGdpcnRJZmczX05jNktxTlJTU0RiY0tXcVFGRXlya2IzSlk5b28wQ09zMjhNb1BDNkpQdzFVUXQxQ0hPdXZnbF82NzF6YmJVMmh1VHowZnVXZkl1d1RTa3RSbnZyTkZtVHVRYm40R1ViV0xuMW_SAYwBQVVfeXFMTUhtdGdtSDdiSGZwczBIN2pHdUhaeE9TYkdpY05zMmp4OVdHMWNrWXA2RXV5YXhicGJ4SnlsdEhvRDNMU0l1N2RZZ1FteWJmYThQZzVfbXpQYnRHbFJsYWdHS3d1SjNGR1dyN2t6TnRzc3hNc3ozcWJIWGc2Mk9rVVB3dHhsOEFaeVN3RGY?oc=5" target="_blank">Windows Defender identified Chromium, Electron apps as Hive Ransomware</a>&nbsp;&nbsp;<font color="#6f6f6f">Security Affairs</font>

  • Microsoft Fixes Chromium, Electron False-Positive Flagging - Bitdefender— Bitdefender

    <a href="https://news.google.com/rss/articles/CBMisAFBVV95cUxNSkx4V084d0VQTFVlRDdaaTV2ODBKTGZOWFR6VS1yRWNERTUzS0lfZmVKcEk1dnhZOE41MnBfUHhEcWFvYXhmSF9MUHpvNHAwUDduaHVzZTk2TmE1MTE4a2ozMU9CYTFWRE1nbmN6b3hwV1VfNzM4ZVlaZkJqNXNZRXJILXZwbUVoaVBzZTU4SVBsTmhaYmJiUWpwZ28tVm0wTzM1QklRVFZVcW1TVnh3VA?oc=5" target="_blank">Microsoft Fixes Chromium, Electron False-Positive Flagging</a>&nbsp;&nbsp;<font color="#6f6f6f">Bitdefender</font>

  • Microsoft mistakenly rated Chromium, Electron as malware - theregister.com— theregister.com

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxNZlhxYXdSV1I1MFRwVkJ0eTl4VkY0X3BZejMzVjlwZUNUX0s2Mmh5N3puRnlOYTkyZTh6QkJJRFgxc2ZsWlh5UElDOWVLd1pBUjBSV3FRODZ4RTNYSVN1bUxLWW5BT28xd1JIcnYwa1JhQjJQclk2Z1VoYmd4ZkhxN1d1ZGc?oc=5" target="_blank">Microsoft mistakenly rated Chromium, Electron as malware</a>&nbsp;&nbsp;<font color="#6f6f6f">theregister.com</font>

  • Microsoft Defender falsely detects Win32/Hive.ZY in Google Chrome, Electron apps - BleepingComputer— BleepingComputer

    <a href="https://news.google.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?oc=5" target="_blank">Microsoft Defender falsely detects Win32/Hive.ZY in Google Chrome, Electron apps</a>&nbsp;&nbsp;<font color="#6f6f6f">BleepingComputer</font>

  • [Update: Fix is live] Windows Defender is reporting a false-positive threat 'Behavior:Win32/Hive.ZY'; it's nothing to be worried about - Windows Central— Windows Central

    <a href="https://news.google.com/rss/articles/CBMi8wFBVV95cUxQUzVnUWxnN0RvZ2pvcFZQVUgtR1B2UXM2XzNUSVY5djhGZkdUU1JKNG1VU1dWbndSTG9RS2lSc0s4X3dYeGF4QVZrWGpUclVGSDM0U2x0ZnZNU0RQVmJILWZQSEtNSEhtWDJ4Y3Y0Z1p1MEFoTmlhSkVZNGxndnAyaU9HVVlYaGllenAzc3Y3RW01WFMzNGZ1VWduaHBONUVaODZIM045LXB3dmxYaTBZUlN3aHpZOEh6V3VFVFZMSzBZMnZadlZ3TlpuaWlFdy1DLUo1czBVZkZlaVBIZkE1TFFzLTFlY3o5dV9rXzNsNTJJTEU?oc=5" target="_blank">[Update: Fix is live] Windows Defender is reporting a false-positive threat 'Behavior:Win32/Hive.ZY'; it's nothing to be worried about</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Central</font>

  • WhatsApp launches native Windows app — Mac app in the works - MyBroadband— MyBroadband

    <a href="https://news.google.com/rss/articles/CBMirgFBVV95cUxPN0M4dWtuMGhkdUE4SEpWd3g4bVdicm9TcTVROS1ELXFoWDFxdDRwVXdkMUw2SFFEV1RoaHZmSjFldjB6ZWx5U3hHY01YN2dUblFwdEtnbm5ZeEp5eTRDbThRSmV3Q3BIalR4UGg1c2p4UXg0cWNSd0xPMHNJcjRLNXM4a29TVEVBc3ZRc2hGRTk3dk4wckJzZ042WFJuektYQ2kxOC1MSkdadWU3OVE?oc=5" target="_blank">WhatsApp launches native Windows app — Mac app in the works</a>&nbsp;&nbsp;<font color="#6f6f6f">MyBroadband</font>

  • WhatsApp on Windows ditches Electron in favor of UWP, now works standalone - Neowin— Neowin

    <a href="https://news.google.com/rss/articles/CBMipAFBVV95cUxNOEVaTFFGSW9tM0drVmtrRGZtME1FVnd3Xzlzam1XWHk5cjJNdUE0bzRrZ1B4X0h1Z1RHUUNOSFJyY0duVFdLQ29ENFIxQi1zc0U1d1h2RGU1UTVnWEJiLVU1V1NJYXAwc0dIT1dpd1BUQXgxbHZ1WDVlbjUwQllydjhrdzZwN1ZRcnAtR29QdVk5b0Qxd1lMZE04MkZJQXc0TnZJetIBowFBVV95cUxOejVvOHRmb2U4RWowcWpUQ0o2T19QSk9jMkVWbHBELWZSRzQ4QjI3SjFDeTdqOFd6d2Q0aXB4NVlsUkhaS1c2ODFhQjBKOUUwZWo0QUF2UTBNVVI3TjBTbS1rS0haUnZRTnM4MW5KWm51TEEtYjdwMTNtN2Qwb3pNQ0pzaGNNQ3F4REFVU2VldXExd3lyRVlXZ2RrYkRMUHdRSGlB?oc=5" target="_blank">WhatsApp on Windows ditches Electron in favor of UWP, now works standalone</a>&nbsp;&nbsp;<font color="#6f6f6f">Neowin</font>

  • 5 Cross-Platform Libraries and Frameworks for Desktop Development - dice.com— dice.com

    <a href="https://news.google.com/rss/articles/CBMiogFBVV95cUxPNGtOaTY4a1hhSlpsdV9GdFd4X0VyZHVydDgwUkVKSVFzb2Z2N2hHVUMxQndnV01BTzE0a2M5dGF0bVJtWm1ZelRqb3E2M2hzTXF1dVhpTWFhNmVOOEVGdGE5X1M2VlVsbzdXWXp2Y1dGVDh0cmk5c1kxOWt3RjFXOXdHNXlvVTdlN0hjX0FBMWZQdndLR1lnUTRwYlJkS3Y4NVE?oc=5" target="_blank">5 Cross-Platform Libraries and Frameworks for Desktop Development</a>&nbsp;&nbsp;<font color="#6f6f6f">dice.com</font>

  • ProtonMail will release a desktop app for Windows, macOS and Linux - gHacks— gHacks

    <a href="https://news.google.com/rss/articles/CBMijgFBVV95cUxNYkxody10d1VuX2lPTy13ZmNUWEpPNDlQMGc1TURvelF1Rkt5YTdLOEFtRFRFeHNOMG5uWDhOZmpreXBfN2toM01LbE1QbTUtWGd2bEVSaHhaT3hCVlkyNHVYVlh0a0VmXy1VVEJTcG9nMXJhVHhhQ1RJcWxxUDB3cDhpWERjNWpIVG8xdGJR?oc=5" target="_blank">ProtonMail will release a desktop app for Windows, macOS and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">gHacks</font>

  • Social Media Hijacking Malware Spreading Through Gaming Apps on Microsoft Store - The Hacker News— The Hacker News

    <a href="https://news.google.com/rss/articles/CBMieEFVX3lxTE5ONmk5U3VhSU1JMDdJM3oxX1o0MXlRN3FlUG9xRk9kRktLNXJ4RHpxc2FwN3hVWm5SUEFoZVQxWTloTmlpWHVRMkx6SEdneW1uT21MWVUtSmFrRGd1Zks0a2JXUUZpZk1mRVdKUTd5Y2owUERrUXAwWA?oc=5" target="_blank">Social Media Hijacking Malware Spreading Through Gaming Apps on Microsoft Store</a>&nbsp;&nbsp;<font color="#6f6f6f">The Hacker News</font>

  • New Malware Capable of Controlling Social Media Accounts Infects 5,000+ Machines and is actively being Distributed via Gaming Applications on Microsoft's Official Store - Check Point Software— Check Point Software

    <a href="https://news.google.com/rss/articles/CBMiqwJBVV95cUxOWUdOcHBpZ1Q4c2h6UVcySUFHUnBJNUVOc2ZuX3ZKQzVRV3VzTWhXZ1lEaDlLUXRkbzF1QzlSZlBhYU9MNmoyeVRJNlhqVVVDNkJ1YVc5NEU1OVJJXzBpb1VFWWd0WXJDWER3eEZTdVpwamtWd0hyVkZmOVZwUUU5T25nNUVzSkVMMmZyQXhra285R2xRRFFVdnMyWHFCRkpuTnBMLWh3dk1ZejBjYmpQenNYWXJEUmdCZmFLQkZxRXRqcUc3bUpyZzBrNmlTTm1VekNoTzRIZWlvRnRibmVLMHBKTjEtRE1oYTZteHY2YU9EUkpWdUItM1ZjU0lvMlowbnJxWmlmZGxDSVJUMnlTSUtLVEVwQ0RDRHdROHpnWmtDcW94R0JXUjdtOA?oc=5" target="_blank">New Malware Capable of Controlling Social Media Accounts Infects 5,000+ Machines and is actively being Distributed via Gaming Applications on Microsoft's Official Store</a>&nbsp;&nbsp;<font color="#6f6f6f">Check Point Software</font>

  • Malware infiltrates Microsoft Store via clones of popular games - BleepingComputer— BleepingComputer

    <a href="https://news.google.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?oc=5" target="_blank">Malware infiltrates Microsoft Store via clones of popular games</a>&nbsp;&nbsp;<font color="#6f6f6f">BleepingComputer</font>

  • Our first look at new Microsoft Teams for Windows 10 and Windows 11 - Windows Latest— Windows Latest

    <a href="https://news.google.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?oc=5" target="_blank">Our first look at new Microsoft Teams for Windows 10 and Windows 11</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Latest</font>

  • Microsoft Teams 2.0 will use half the memory, dropping Electron for Edge Webview2 - tomtalks.blog— tomtalks.blog

    <a href="https://news.google.com/rss/articles/CBMipgFBVV95cUxPTHBIZ3Fkd2lxM0x4RkdITE1UbWpqVUxnaTBzSzVVX3ZUalFUX1hhOGFvX3VhTFFRbzlNR0FZazVpQlduTW41R3psRlN0MkhibVNBcTRjTXZFNEUwZVplSDdzbTdCMmNITnYyYWZiUDVvNWxnV2dQRS1CUElHVTJmLVVZQmtRUXktZTVKdWo4TWlZbU1YMW9XOTZpRENDX1g5VUdkUlJB?oc=5" target="_blank">Microsoft Teams 2.0 will use half the memory, dropping Electron for Edge Webview2</a>&nbsp;&nbsp;<font color="#6f6f6f">tomtalks.blog</font>

  • Writing Firebase Apps on Windows, Mac, and Linux Using Electron - infoq.com— infoq.com

    <a href="https://news.google.com/rss/articles/CBMibEFVX3lxTFBpQklxbzVXRzNJWl96RHY3RjFQOS1OSS0xYkFvWWlHS2ZKVVpDZTB4aThIZWlxOWpYVXNPN0hTQlhtMEpUbmNGemtQMG1KT2lJaktrNnN3c09xS09lSUtaanVxU2Joc0lsOTNEOQ?oc=5" target="_blank">Writing Firebase Apps on Windows, Mac, and Linux Using Electron</a>&nbsp;&nbsp;<font color="#6f6f6f">infoq.com</font>

  • Microsoft planning controversial switch from native Outlook for Mac app to web version - 9to5Mac— 9to5Mac

    <a href="https://news.google.com/rss/articles/CBMibkFVX3lxTE1RX1RxMnBTNTZUdFRYT2ltZVk3ZENrb0Q0bmZ2SkdhT3F4dXhhUVh1UXNkVEt0elhlTGQzMEdrZTZzVm15OVc3YWNBbGFPdV9zbUhSMWFwMFZhWXRtOVBhREtiRTFZRDRNV2lKNHNn?oc=5" target="_blank">Microsoft planning controversial switch from native Outlook for Mac app to web version</a>&nbsp;&nbsp;<font color="#6f6f6f">9to5Mac</font>

  • Mac OS 8 is now an app you can download and install on macOS, Windows, and Linux - The Verge— The Verge

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxNQ3ZLWmFBZTJseF9oYUM1aHF1MUxPZm5Ib3ZscnlYNUVsNVNNaXpqMWdPYVRKbDN1aDJtWFFad2tRVkMtQ0NKVGxvLU5CYlBISkdtX2x5MkVoNGxNWWdrTF94a21mdXNJYXpCdnJ6Z3NlMDdmOWkzSFVydzNVUWNscjB3OHBwRFQ2dlhkRE95WUNEQk1fVXM4NDQzYk1nUQ?oc=5" target="_blank">Mac OS 8 is now an app you can download and install on macOS, Windows, and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">The Verge</font>

  • 23 Best Electron Apps (2020 Edition) - OMG! Ubuntu— OMG! Ubuntu

    <a href="https://news.google.com/rss/articles/CBMiZEFVX3lxTE53cURxUWlVQUNRWjNVVTNESTI1RjdZU0p6bHhCVHJUc2VXSG15ckI4OHl0VERnb2ZuN2JtTE5VNkszVFo2RWRtcjZzUk5rZ0ttVTBGRFByVHVFXzRQVmstRGJvTEzSAWpBVV95cUxOZzhKeU5KZmtzcWRJaURBaVNsVUFCbHQ5cXhNWVdMaFNzV1NpX29RaGh2bFFGa0d3UDdYQzZuOUlud0ZCaVpWdlRXclI5aklFV2VHMXhfSTNoMzFTOTRENWFoQW9Wc3ZiVll3?oc=5" target="_blank">23 Best Electron Apps (2020 Edition)</a>&nbsp;&nbsp;<font color="#6f6f6f">OMG! Ubuntu</font>

  • Microsoft replaces React Native Skype with Electron version - Techzine Global— Techzine Global

    <a href="https://news.google.com/rss/articles/CBMirgFBVV95cUxOelEzZzNlRDZCMmFDQVE3WFRTQm1nTjhZMXYxTW81bjZlcmhEM3RXMVQtZ0FqeENIME1pZUhINml3RVRySl92WjBIQUFkYlVKOFEyVWxrOFotVWM3S28ta0VQNjdySXd1U0RKbUFJb1Y2ZXd4ZDVFeFJObWRxWGxFNmtxS2MzWXN4a004U09rMmcwYlJWZy1Cc2otQVQ0Zi1IUVRCeUhrNkZTVDdPV1E?oc=5" target="_blank">Microsoft replaces React Native Skype with Electron version</a>&nbsp;&nbsp;<font color="#6f6f6f">Techzine Global</font>

  • Microsoft Dumps Electron Version of Xbox App for Windows 10 - Thurrott.com— Thurrott.com

    <a href="https://news.google.com/rss/articles/CBMipAFBVV95cUxNaDF3Z3prN2N6V3ROSDEtX0lWeEtWdllBSFBFVF9pc2U2Qmg5UTA3V2VIc2F5QV9yemQzTHN0Z0I1bncyblA4QWFTNHRUdERxWDJFbEU0OTlrQmlfZEd4SC1POF90azQyYkM1MDVMV284NjhIWG5XSVdUR2Q5RWJVZWFPbGQ5WHVJanB4djA1aGZsbXRkUC02cDVsaTdiYXVkbWs3VQ?oc=5" target="_blank">Microsoft Dumps Electron Version of Xbox App for Windows 10</a>&nbsp;&nbsp;<font color="#6f6f6f">Thurrott.com</font>

  • Run Windows 95 on Your Desktop as a Standalone App - OMG! Ubuntu— OMG! Ubuntu

    <a href="https://news.google.com/rss/articles/CBMia0FVX3lxTE1XSHpicGVoRl9zc0x4am51SV9saHVDTWhTWjJWX1Y5YkN5ZS1EZktudTlCZ3pMeTRQS3RLeEpBMUR3MGJpMXlzUWMtSGZwaEpMWXNFRXJMMnE1T0JHQ01fZkx1eTloMl9wZzZz0gFwQVVfeXFMTkNOZmZESVFsenExQUhOejNpZGxvYmhHV0NCX0VfLUpsOFJaUjBiS2M2ajlNbGtJQng2Y3ZTYnpDQ0xMTG1pMDRjRGpRRE9kMGdjWXhSZDBLRDZaTFUtSlB2RUp5dGFwZmFFSS1pZmkwRA?oc=5" target="_blank">Run Windows 95 on Your Desktop as a Standalone App</a>&nbsp;&nbsp;<font color="#6f6f6f">OMG! Ubuntu</font>

  • Xbox app for PC gets speed boost, ditching Electron for React Native UWP - Windows Central— Windows Central

    <a href="https://news.google.com/rss/articles/CBMimgFBVV95cUxORU40aUNVdl9xUnJwbi1wbnBfdVVzY1JQQkNWalNIQTdaQUNtVkNlQy1FOXNVQkNnangzdGxYaENPVGtWWXhxYmhvaEVJbm9jTDdiQWVwLWNzbktZLTlyRm1aTXFESmh5R0s5MWJfb184Z1o2bnM0X20zYnNRN3BvNFhXcWJYQnU2Ry0tUnF3LS0wa19mNlNaZm53?oc=5" target="_blank">Xbox app for PC gets speed boost, ditching Electron for React Native UWP</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Central</font>

  • Apple rejecting Electron apps from Mac App Store due to private API usage - 9to5Mac— 9to5Mac

    <a href="https://news.google.com/rss/articles/CBMiZkFVX3lxTE5TT0E4R1lFYkxJZ3V3N0k1eTNuR0ljMVB1Q2o0QU95cEFDRVpvZ2FHamRBQi1lc3FnTkN3NjJRLVJ3X1BKZ2R2MFlNeDVUNDJ6cWFYX2RXQjUycV9zcmM2bXBhdzJXdw?oc=5" target="_blank">Apple rejecting Electron apps from Mac App Store due to private API usage</a>&nbsp;&nbsp;<font color="#6f6f6f">9to5Mac</font>

  • Build a Desktop Application with Electron and Angular - SitePoint— SitePoint

    <a href="https://news.google.com/rss/articles/CBMihwFBVV95cUxNaUFwSjlrZFlhLVlkNFpWOU02a0E5ZGIxaEJsTWdPdGpBNVlfQVNoOUUzY3c2cmRtcHprZTB4aUoydW50QUxPU2xTeEJTUmc3WGNGaFU2Vk50aS0tMDluUVpGVFpBRHdMQjZjQXk4M2xCR2FyNUE1M2w4bXV1a1JBT1ZfNUpSaW8?oc=5" target="_blank">Build a Desktop Application with Electron and Angular</a>&nbsp;&nbsp;<font color="#6f6f6f">SitePoint</font>

  • Windows 95 Electron App Now Lets You Play Doom, Wolfenstein 3D - SlashGear— SlashGear

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxORjlRSklocjI5ZE02VnRBdFAtdEl0Q2pyRFVqSThhRUduUVhTMW5QMVBtNGZFR1hPM1h0ZDJJZjlOb1djRnhBamg5SllPdi05czNwdkF5UDhUdHdtYjBpNHBldl9vNURCTmphN3ZLbmxxS3NyUGN5Vnc5Q2xMX0hxNkJIVEhTRGdUNDN2NU1GVWh3aHZfWlJPQ0pjM2ZoUQ?oc=5" target="_blank">Windows 95 Electron App Now Lets You Play Doom, Wolfenstein 3D</a>&nbsp;&nbsp;<font color="#6f6f6f">SlashGear</font>

  • Windows 95 app gets major features upgrade - techworm.net— techworm.net

    <a href="https://news.google.com/rss/articles/CBMieEFVX3lxTE5JdTd2Y1VRTzhsMVBMSU5TM3FJbTRtSmJaR29Ka2pRc0ppWjA3UUpoU2xYdkhXekxZZXRtaXpkVzZVRVg3NEREYnVWX3BHU2Mwd29GQ3FWOWF4bjM4SHVnLVBINjA4a2Jtemp3Nl84ZDdLN2dndDlCNQ?oc=5" target="_blank">Windows 95 app gets major features upgrade</a>&nbsp;&nbsp;<font color="#6f6f6f">techworm.net</font>

  • Linux Fu: Turn A Web App Into A Full Program - Hackaday— Hackaday

    <a href="https://news.google.com/rss/articles/CBMiggFBVV95cUxQRjl4VVBuWVl5Vm8xZm9jOFlRNW56SV9SWVYzRmtSNU0xN0NVOWdIamdSYmtVZXI1NjBpN2JwWWlQTzdGUkZoajZXNEZRZ1AzRV9ELWZzcWtRNXRBSTdxWU9RMUlxaVhOVlZRSjhTZVR5ZXk0Q2lDUFNlcmJVRmFCR1Bn?oc=5" target="_blank">Linux Fu: Turn A Web App Into A Full Program</a>&nbsp;&nbsp;<font color="#6f6f6f">Hackaday</font>

  • Microsoft retiring the Microsoft Teams Win 10 S app effective November 29, 2018 - tomtalks.blog— tomtalks.blog

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxONnIxeUxmUm1Dek1rVGh5RGRlcFBQUG1MNGk3TXl5MGJqVUZqbHJYRXJuM2hOcFBTNm1NSHlmdmY3TkJQZFFOU085YU5Wa0g3aGdkWnlIeTlVUThKSE1yVDk0X0JRNWZxdl9FWkoza0xaU0ZtVTdFZjNvb0ItWHdETnc2UWJfX19iTVFrY3BYU21veW1PV3R4eXhSbExzT0RUanJV?oc=5" target="_blank">Microsoft retiring the Microsoft Teams Win 10 S app effective November 29, 2018</a>&nbsp;&nbsp;<font color="#6f6f6f">tomtalks.blog</font>

  • Nonsense Project: Windows 95 as an App - BornCity— BornCity

    <a href="https://news.google.com/rss/articles/CBMif0FVX3lxTE1fakJBSFJWcXJwZkRSbWs4TENxd3ViaDZDNUo3bW9BdFRuYm56N0x0bjhUY3Bqenl2YTltMmFndVlOZFd4eUp5SWVLYV9nMkhTUENLMHM5WjZVbUxVNE5JXzBrVG90Y2VlY2FEZHdHZmhTRnVDM1ZReGNFc0xoTms?oc=5" target="_blank">Nonsense Project: Windows 95 as an App</a>&nbsp;&nbsp;<font color="#6f6f6f">BornCity</font>

  • How to run Windows 95 as an app on Windows 10 - Windows Latest— Windows Latest

    <a href="https://news.google.com/rss/articles/CBMiekFVX3lxTE5GUXpOWU1SS2NXd0ZGNEc3MG5YTkE5WVN2OVZucEdUeGR2RmRfNGFqRWFYOVdMRGNNNTN2LU5ta1pPNHM4SGhpVHdmbjJfNEtnNkZmSkpranNBdGU2Y005ekpxRktlRVFrMzFMOTIzOUlUd2lZd3pzWm9B0gF_QVVfeXFMTUhVMXNrcG4zUXB3NXRqakRQamtoeXdFbUxrbloxakFFRS03QTZaMGJFbG1mZl8wQ0NzVXYtczRqQmswQ0hZWFZZYzRDMzhHZnpQZEM5UVozSHgyWE8ybEFyTUEyc2I5NmhuU043Wmg3V2RYVzZKdzUxUW9iZ25tUQ?oc=5" target="_blank">How to run Windows 95 as an app on Windows 10</a>&nbsp;&nbsp;<font color="#6f6f6f">Windows Latest</font>

  • Did you love Windows 95? It's now a free app for MacOS, Windows, Linux - ZDNET— ZDNET

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxNQTNjN1pyQmJFME1adzhsbWRUbFVaSlN6aFVhb3k3cmVvdXg1U2ZkTmdrTDZ2bXVXWjh3eUxOZFhqUGJhbnEyR2ZlSFRPQUp3cTRhc21sYlhCREMxVXBZZHhOSW81MTlhaGdaUEVablAza0p1bWdubjY2OWpoaGszVjZNc0lkRHUwenM1WjE1emRoVlNNM0FwODFyQzBWQQ?oc=5" target="_blank">Did you love Windows 95? It's now a free app for MacOS, Windows, Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">ZDNET</font>

  • Do you miss Windows 95? You can now download it as a free app - TechRepublic— TechRepublic

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxPMVRkT2hGRmgyNDF4b3VWRjgzZ0d0eVYtZ3BmUFpGd0ZZZkZfamN4Z2JzTW50NGdNeWhPR3FVb2xEa3R6ZUY2LUo4dUVDQzlEby0yTzlNT0drNGlZYmw3S29CY0QzYTFFaXhrLXB0YV9MM0pQdmx1SUlMX3lCOC1oMl9KWXQ2ZzRZd0g1WDNpc3R1cnJrSGVRRmwzVXI0dw?oc=5" target="_blank">Do you miss Windows 95? You can now download it as a free app</a>&nbsp;&nbsp;<font color="#6f6f6f">TechRepublic</font>

  • Windows 95 app lets you relive the past on Windows, Mac, Linux - Software - News - HEXUS.net— HEXUS.net

    <a href="https://news.google.com/rss/articles/CBMimgFBVV95cUxNTDlHNmNjVnBvU1NxcEtPMnVCM2k5VzZwRFhfeHJkdDdGRDVtc2o3WlZaUnhibWpENDRSWHlpbGJHS29Ib0JOOTd0cmhrS3lvOUNQTkx1ZkVLS0RiaEstUUpRdTN6aEpkVFdyeW9rOUx2SXBUN3Jadk1SRjMzcFMtY19lTE9lTFRPb3pMLVBhbmUyNHM4NGhITk9B?oc=5" target="_blank">Windows 95 app lets you relive the past on Windows, Mac, Linux - Software - News</a>&nbsp;&nbsp;<font color="#6f6f6f">HEXUS.net</font>

  • Windows 95 is now an app you can download and install on macOS, Windows, and Linux - The Verge— The Verge

    <a href="https://news.google.com/rss/articles/CBMijwFBVV95cUxORE02REhwVEViN1NMTm1WdjZGZzduOTBnd2R6NFlFazZVdWt6YlBEcGNjTDRUQlhfM093Y1RKdGlia3BQck93RDJkNl81bko2eVhGYy1xbVpodUVZQW5HbFNBWEcwam8zdkNLaGlYSkUwb2JZRHR6d094NEw4cmpUVkRXcThCSDRrNlBpMV9RWQ?oc=5" target="_blank">Windows 95 is now an app you can download and install on macOS, Windows, and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">The Verge</font>

  • Windows 95 Is Now Available as an App for Windows, macOS and Linux - BleepingComputer— BleepingComputer

    <a href="https://news.google.com/rss/articles/CBMitAFBVV95cUxOeXd1SUNpMm1haXF2X0FLWG5qQXgyNXg4MXhFbHFuaE4zZGtIcXdULUt5V1JIRjg2MklVTkE2MmE4TWlVT3dFTnNJbzNTWkxFbS1TNW8weEtQY3RiOC1mNjM2R1J6eDNWOUkxb2tSY2NZVDBSSDR0LUVZQS1xWnI5aFZaQlR0OG04Q1JGUXRhM1hvclY4QktRT0Q3S3Z4SlZMVElhYlV1ZFhBUUxsWUd2aFBIWnY?oc=5" target="_blank">Windows 95 Is Now Available as an App for Windows, macOS and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">BleepingComputer</font>

  • You can relive your youth with Windows 95, which now comes as an Electron app - Neowin— Neowin

    <a href="https://news.google.com/rss/articles/CBMiqAFBVV95cUxQRFp2SXhkWVk1OEdBU3pZVFdES3d2Umd0YWEyaGFZNml3N0NmRm4xdkFUZmNBNHBhay0xUkxhalRUSUFBUjZNdHBTQ3Fta0NHNWxhVFEzYmp3d091TktESUNYVjBybmplYUdRRlF2b0dGOXVSeXh2b2JZS25wTHhuLW9QMVoxbUg2U295cVlFYTVUS3VzajZNUUx1cm9fcC1WVnV6OE5zRWbSAacBQVVfeXFMTW5sQXFaUENwekVGM2txTm1ZVmVHZUNsRUVadUdwckZRQWhLaWRTQjExZTFsT1c0VzBOVDF0a3RWeEVMbnJHOEZac1hQcENSbzR0cDdJWUk1dkppb1ZVemlaRlhla0RoMExHVks5UENUc3ZiOWh2R3paMERCT1hTNmFSSnB2Zm0yNkNfYXpJdThYQlh3OFQ2aGJhS0JqeUxmelhoXzAyVzQ?oc=5" target="_blank">You can relive your youth with Windows 95, which now comes as an Electron app</a>&nbsp;&nbsp;<font color="#6f6f6f">Neowin</font>

  • Windows 95 Is Now Available As an App. Literally. - Thurrott.com— Thurrott.com

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxOZ21WeHJyWnktTDZrS1JOM2M4WDA1aEJybTR3RnJGQnBfNkFBWDZ0aWxmWEl5VDdsNFh3cjNZREwxc0VWcDNXUXgtT1FJTDlDWmhzZ1NRQVBZQjVpMnBONDR2V1AzcnFKUXd2TklaVW5IVERnWFNYQVpBd190d1Itd3lka00?oc=5" target="_blank">Windows 95 Is Now Available As an App. Literally.</a>&nbsp;&nbsp;<font color="#6f6f6f">Thurrott.com</font>

  • You can now run Windows 95 on Windows, macOS, and Linux - BetaNews— BetaNews

    <a href="https://news.google.com/rss/articles/CBMie0FVX3lxTE9JVWhTS29obElFZGhZXzlvTWtXbFpmYnI0emJFNm5MZmttb2g0R3VfOUVQUDNNTGZBcHBPSkZaQ3BPQXdaNGR0eHJVUGtRalRBVkhsRUlpekhWa3BtT3k3SFFXcHFWNmhkc0hXLUhHWWpkdkxtdDZuSm1mZw?oc=5" target="_blank">You can now run Windows 95 on Windows, macOS, and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">BetaNews</font>

  • Take a trip down memory lane with the Windows 95 desktop app - TechSpot— TechSpot

    <a href="https://news.google.com/rss/articles/CBMijwFBVV95cUxOV25MS2F3bFRKMDhjRzNhRWp5ekZ5SEF5M3FBaFJwWVNuaVZoMGJnYUhiVjAzUTZmV1FEeFpXSGlaS0hrRDdXaFc2ejZGcnB2bHBWZjIwWUxJdVZ1YmVBaXBrN0QtVHMxRjVYVWZRRmpRclpSc0hZeURpQXdEbHdPVUZOUGZNN1lrcTVPUTFpUQ?oc=5" target="_blank">Take a trip down memory lane with the Windows 95 desktop app</a>&nbsp;&nbsp;<font color="#6f6f6f">TechSpot</font>

  • Windows 95 Is Now Available on Linux, Mac, and Windows 10 as an Electron App - Softpedia— Softpedia

    <a href="https://news.google.com/rss/articles/CBMitwFBVV95cUxOdGRUSW5hbDRFYllGcDU3TVlzbWxEc0VibHhMeXJkMFlERmY3VTZpSDdVVzBnc1pkRnlKb2oxcWtlSjhBNXdMQlpJMC1LNm13SzRTN201aWtZa29jb2NGSHlSeFZJS19IMGo3RnR1M0l0U2FFVE5sUTEyeUlQWFRBNDVGMGlDUHpQV01QLVRDMnZmZ3NTNXdaRnZDR0FWbU54VlVQVktoTElBZW5NUmZhYzU1dEtzMUU?oc=5" target="_blank">Windows 95 Is Now Available on Linux, Mac, and Windows 10 as an Electron App</a>&nbsp;&nbsp;<font color="#6f6f6f">Softpedia</font>

  • The desktop belongs to Electron - The Verge— The Verge

    <a href="https://news.google.com/rss/articles/CBMivgFBVV95cUxNV3hYd0NpejBuUU1NdWFYMDJmOC1hSjlwRUtCN3pHejFNZFY4VHlwRkNrellvbFZkek12cEYtcDlSTll3WDF2X1Bib3FFeS1KTjJzNkNjTkprMG1WSFRkWThNNWs1QjVlUWV1VUVoci1qT1Q1OGFaVXk4RmRPNmEtTGVQMWY0ZzR3cmkyVkx1cURzNEdKaFNsWEc5dHpSQW5laXNldG9hYXJMZFRSMHlfcEZCTV9Jck8xbVNuVmtR?oc=5" target="_blank">The desktop belongs to Electron</a>&nbsp;&nbsp;<font color="#6f6f6f">The Verge</font>

  • Microsoft Teams PWA (Progressive Web App) Preview, but for Windows 10 S Mode only? - tomtalks.blog— tomtalks.blog

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxOZG5ubFRIR2FNUGF0UWZFblJFelpMSFhGS2EzaV9YV2JjZlFtcGs0OUxBTDlvOVpQcFRsRFJjajQ3QldLcFBCeG5lLTBBTktWcjVXYVg2OWlDU3VheTQ4TTQ3c00tQzNFMWMzRVhrVDZtMHBKNmlSenREd0M5YnJuVV84U3p0cDVqbXZlNHJUcFlaM3VtOS1jVmpQV2k1MWtsalN3?oc=5" target="_blank">Microsoft Teams PWA (Progressive Web App) Preview, but for Windows 10 S Mode only?</a>&nbsp;&nbsp;<font color="#6f6f6f">tomtalks.blog</font>

  • Microsoft Teams On Linux, What’s the Story? - tomtalks.blog— tomtalks.blog

    <a href="https://news.google.com/rss/articles/CBMiZ0FVX3lxTFBUYWR6UlJhTTBJakRVQUJueTFIbmlfX1lTdFFHNlJMNVcwVGJXN2VRRGNPZ2FTVmtuemMzTWl6T3BuSC1sMk9nbzhSU2VZckVSS1NqY1VTZjludVdnVTljcHQxSWJycEk?oc=5" target="_blank">Microsoft Teams On Linux, What’s the Story?</a>&nbsp;&nbsp;<font color="#6f6f6f">tomtalks.blog</font>

  • Electron framework flaw puts popular desktop apps at risk - TechTarget— TechTarget

    <a href="https://news.google.com/rss/articles/CBMitAFBVV95cUxNa1duTXk5OGgyYS0zZVV3M1Ffbm4xWk9sTVVZcnoyMXFzU25pRGd6WWtqeEdzaGZQZ2U5X0M1elFoUHY3d0pGR255WFJBRHNJWjBYeGZEVEk1Smx6c1pvT0FMN29lckI2TU50bi1fQWptcWxFZHFoTGRYTGNUdnJ1b1JHazA0UlA4ZVNxVWNhRmJYbGR4M1YxY0dCQnJrR1FCRGdiLTVKdENkdGM3bUxnS3FMSFc?oc=5" target="_blank">Electron framework flaw puts popular desktop apps at risk</a>&nbsp;&nbsp;<font color="#6f6f6f">TechTarget</font>

  • Super Productivity is a Super Useful To-Do App for Linux, Mac & Windows - OMG! Ubuntu— OMG! Ubuntu

    <a href="https://news.google.com/rss/articles/CBMidkFVX3lxTFBqeXlIZ2VEdVpKdW5hWWJJcmRaYW9VQ3d6RnFWbDc5TVJXLVE0X3MxTnh5ak41LVRpX3BicFRwc1NBakNsRkpwVzdlNmxNTDI1dWVIVHJtZUU0U1BWVS1hMk82R0wzV0dkQ3ZRUGF2TEdpXzJaTVHSAXtBVV95cUxQUXB6SVNzbXZVS243NDZaa2gzTmM5V3Q2aDU1OHlwZVE1ek11Qy11UGlaQkJJWlZGaXRFSklaTTF2ekExeEktdGNxR0JRN0tJSU8yLUZSc2VmTDFvRFJNSTc5LUlqckQ5MGJnTEUzOTFaMlpzTHhDeWZEQms?oc=5" target="_blank">Super Productivity is a Super Useful To-Do App for Linux, Mac & Windows</a>&nbsp;&nbsp;<font color="#6f6f6f">OMG! Ubuntu</font>

  • What Are Electron Apps, and Why Have They Become So Common? - How-To Geek— How-To Geek

    <a href="https://news.google.com/rss/articles/CBMilgFBVV95cUxNTGkwQ3RQdm9NZmtCWkFhUGdFbVZXWnNYMDNyMGhBZXdCWFhsOGhhS0dyVEJKVkdKVThYdnZuT1JxbUpXVmxINjVVOUNQZHpMZkxmalhxclR1am15UmNSbjEybHBxSHJnbVRwMjNiUklBYm8yWTVTTXpFbVFLQmY5dng2cmluVU5NRmszSHdVTDExVElNdGc?oc=5" target="_blank">What Are Electron Apps, and Why Have They Become So Common?</a>&nbsp;&nbsp;<font color="#6f6f6f">How-To Geek</font>

  • Terminus is modern, highly configurable terminal app for Windows, Mac and Linux - OMG! Ubuntu— OMG! Ubuntu

    <a href="https://news.google.com/rss/articles/CBMipAFBVV95cUxNcEpYdzdkVXBJWG02NkhnaXE3VEMyZFpfZk1jNjY2T0tLa0VkbnY2YUJZTUpiOVJIQ0NkU1dXSUFrNHlraGdjVnFBZnFiRldKRkZ0bWZFbFBGdkJpeXBfWmlZRjJobFYtZ1RNVUR1LXBoRjI4Mnh4bk9fWGVBUHk3VDJMTjdhcTJjYVJxbFhSWGlGRWhCYzFabDA1dHRpWGhmNm5zVtIBqgFBVV95cUxQeEhGYjNJTlNtSWZaNndZek84RVRUQ01FdW1kMFVlOHpkRzJEVFNBYTg5Q1kxSWJZcEZvTnB6YU1abHV6V2JBbVZrT1JmOVRrMHZFamFURkhyNFlLTXVWNUNROFJhRWl0a2VxSUo4UGxibVNyMGdHTzlnTEczeVNEZm0weG42NzRMcjJWWDNjU0Y5Ullidkl0TUkwVjJiOEVXYWdqRV9yWklVQQ?oc=5" target="_blank">Terminus is modern, highly configurable terminal app for Windows, Mac and Linux</a>&nbsp;&nbsp;<font color="#6f6f6f">OMG! Ubuntu</font>

  • How Slack brought its desktop app to the Windows Store - ZDNET— ZDNET

    <a href="https://news.google.com/rss/articles/CBMijgFBVV95cUxPeE16Vy1Gd043bkFUc1hGMzl0U2FxZWtmUnZpNWNkYmdiWWFPV2IzQjVLM0xwQ2NLemhSUzVqSGV1T3p2WnR6YlNJX0JfY2NTYnhWYzZYenpVSkluMVpzUV9EcmlCN3h5YjlBN3h3OS1aVm5UZWF6WVhUcVVWYVNRZDRaeWxJU2FrQ2k0MHpn?oc=5" target="_blank">How Slack brought its desktop app to the Windows Store</a>&nbsp;&nbsp;<font color="#6f6f6f">ZDNET</font>