NVIDIA NIM is revolutionizing the way developers deploy AI models by providing a comprehensive suite of GPU-accelerated inference microservices. These microservices are designed to be self-hosted, offering unparalleled flexibility and control over where and how you run your AI applications. Whether you're targeting cloud environments, data centers, or even individual RTX AI PCs and workstations, NIM provides the tools and infrastructure to seamlessly integrate AI into your projects.
Fedora Silverblue is a cutting-edge operating system built on the solid foundation of Fedora Linux, meticulously designed for your desktop. It's a remarkable choice for everyday computing, software development, and orchestrating container-centric workflows. Silverblue boasts an impressive array of advantages, most notably its capacity to seamlessly revert to a previous state should any unforeseen issues arise during or after system updates. This article serves as your comprehensive guide to upgrading your Fedora Silverblue system to the latest Fedora Linux 42. We'll not only walk you through the process step-by-step but also equip you with the knowledge to confidently undo the changes if anything goes awry.
$ rpm-ostree update
The Banana Pi BPI-RV2 is here, and it's not just another single-board computer (SBC). This open-source gateway platform, born from a collaboration between Banana Pi and Siflower, is a powerhouse designed for industrial and enterprise networking. At its heart lies the Siflower SF21H8898 system-on-chip (SoC), a quad-core RISC-V processor that's ready to tackle demanding tasks in routers, access points, and control gateways.
Network latency, in the simplest terms, is the delay that occurs when data travels between your computer and a remote server. It's a crucial factor influencing the responsiveness of your online activities. High latency manifests as sluggish web browsing, lag in online games, and delays in cloud-based services. Fortunately, Linux provides a robust suite of tools to measure and monitor network latency, both in real-time and over extended periods. These tools are typically free and readily available on most Linux distributions.
Nitrux, a Debian-based, systemd-free, and immutable Linux distribution, just got a major upgrade in how it handles applications. Uri Herrera, a key figure in the Nitrux Project, recently introduced NX AppHub, a fresh system designed to streamline app management and building for this unique OS. Replacing the older NX Software Center and the command-line tool zap, NX AppHub is a bold step toward a package-manager-free future. Let’s dive into what makes NX AppHub tick, how it works, and why it’s a game-changer for Nitrux users.
NX AppHub isn’t just one tool—it’s a suite of components working together to make app installation and management on Nitrux smoother and more flexible. Think of it as a toolbox for handling AppBoxes, which are essentially AppImages, those self-contained application bundles that run without needing a traditional package manager. This setup aligns perfectly with Nitrux’s philosophy of keeping things lightweight, independent, and user-focused.
Fedora Linux 42 is the latest stable release from the Fedora Project, a community-driven initiative sponsored by Red Hat. It's designed to be a powerful, versatile, and cutting-edge distribution that showcases the newest GNU/Linux technologies. Think of it as a playground for innovation, where you can get your hands on the latest and greatest tools and features.
PinePods distinguishes itself by putting you in charge of the infrastructure. Instead of relying on a third-party cloud service (like Spotify, Apple Podcasts, Pocket Casts, etc.) to store your subscriptions and listening history, PinePods runs on a server you control.
Built using Rust, a modern language known for performance and safety, PinePods is designed for robustness. It features multi-user support right out of the box, allowing separate accounts for different people using the same installation. All your data – subscriptions, episode status, user information – resides in a central database (you get to choose between MySQL/MariaDB or PostgreSQL), ensuring consistency.
Interaction primarily happens through a browser-based web interface, making your podcast library accessible from virtually any device that can connect to your server. Because it's self-hosted, your listening habits, preferences, and downloaded files stay with you, on your hardware (or chosen hosting provider), independent of any single company's ecosystem or changing privacy policies. Your podcast world follows you, not the other way around.
MX Linux 23.6 dropped recently, and it’s another solid update in the MX Linux 23 “Libretto” series. This Debian-based GNU/Linux distribution is known for being lightweight, user-friendly, and versatile, making it a go-to choice for everyone from casual users to tech enthusiasts running older hardware. Built on the Debian 12.10 “Bookworm” repositories, this release brings a fresh ISO snapshot packed with updates, including a new Linux 6.14 kernel for Advanced Hardware Support (AHS) images, UI tweaks, and a shiny new tool called UEFI Manager. Let’s dive into what makes MX Linux 23.6 worth your attention, why it’s a great pick for your next Linux adventure, and how it continues to deliver a fast, stable, and customizable experience.
These activities aren’t useless, but they won’t significantly boost your chances of landing a DevOps job. Think of them as the bare minimum—necessary but not enough to make you stand out.
Burp Suite, created by PortSwigger, is a household name for anyone in web security. It’s the go-to tool for scanning websites, intercepting traffic, and finding vulnerabilities like cross-site scripting (XSS), SQL injection, and more. With the release of Burp Suite Professional 2025.2.2.3, PortSwigger introduced Burp AI—a set of intelligent features designed to enhance your testing without taking over your job. Think of it as a super-smart assistant that automates tedious tasks, reduces false positives, and provides deeper insights into vulnerabilities.
Unlike traditional automation, Burp AI isn’t about running everything on autopilot. It’s built to work alongside you, leveraging decades of security expertise to make your penetration testing smoother and more effective. Whether you’re a seasoned ethical hacker or just dipping your toes into web security, Burp AI offers tools to level up your game. In this article, we’ll walk through a hands-on demo, explore its features, and see how it tackles real-world vulnerabilities—all from the comfort of a Kali Linux virtual machine.
Discover the top 5 cloud computing trends for 2025, from AI integration and serverless to sustainability and cloud-agnostic strategies. Learn how to stay ahead in the fast-evolving cloud landscape with practical tips and insights.
In 2025, the cloud landscape is evolving faster than ever, driven by AI breakthroughs, sustainability concerns, and new ways of building apps. Whether you’re a developer, a business owner, or just someone looking to stay ahead in tech, these trends will impact how you work and learn. Let’s dive into the top five cloud computing trends shaping the future—explained simply, with all the juicy technical details you need to know.
Picture this: you’re scrolling through social media, and someone’s posted an anime-style selfie that looks straight out of a Studio Ghibli film. A few years ago, that would’ve taken hours in Photoshop. Now? It’s AI-generated in seconds, thanks to tools like ChatGPT or DALL-E. But here’s the thing—none of that magic happens without the cloud.
