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security advisory moderate
security advisory moderate For organizations that run a self-hosted Git platform, it’s no longer just about hosting static code repositories. Today, Git servers are responsible for deployment pipelines, API tokens, SSH keys, package repositories, and the automation scripts that push code directly. Confirm that the upgrade addresses known vulnerabilities but also provides production environments. . That makes them trusted systems within the development environment and attractive targets for attackers looking to move...
Jul 20, 2026
Server Securitydata privacy automation
data privacy automation Every system admin has lived through the same Monday morning ritual. A queue of forty tickets, half of them password resets, permission errors, or disk space warnings that any experienced technician could resolve in under two minutes. The other half require actual judgment. For years, automation promised that software would eventually sort the two apart on its own. That promise is now being tested in production Linux environments. . Early results are reshaping how IT teams think about tier-1...
Jul 17, 2026
Privacydata collection automation
data collection automation You're running a web scraping project to collect pricing data from e-commerce sites. You set up a pool of datacenter proxies, launch your scripts, and within minutes — banned . CAPTCHAs everywhere. Your data pipeline stops before it really begins. . It's a frustrating scenario that plays out daily in ad verification, market research, and multi-account management. The website doesn't know you're doing legitimate research or monitoring. It just sees traffic coming from IP ranges it recognizes as...
Jul 17, 2026
Security Trends security advisory social engineering
security advisory social engineering Business Email Compromise used to be a numbers game — mass-blasted emails, broken English, an obvious "URGENT WIRE TRANSFER" subject line. That era is over. Generative AI has turned BEC into a tailored, low-noise operation that mimics writing style, voice, and even video presence. This piece looks at what's actually changed under the hood, what defenders are testing in response, and why so many organizations are still structurally unprepared for it. . The Infrastructure Problem Nobody Wants to...
Jul 17, 2026
Security Trends cybersecurity Linux documentation
cybersecurity Linux documentation Linux operating systems have gained prominence due to their stability, adaptability, and excellent security options. In the case of developing documentation, designing cybersecurity dashboards, or educational material, visuals are of vital importance when it comes to making things clear. The use of icons allows one to understand the message regarding alerts, authorization, encryption, authentication, or the state of the system just by looking at the visual cue without having to read long...
Jul 17, 2026
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77
network managementperformance tuningLinux serverEnhance Linux Server Performance Through Effective Tweaks
When a Linux server starts slowing down, the symptoms are rarely isolated; web applications begin to lag, and background tasks take longer to complete. Processes that should run quietly in the background start stacking up. Over time, this kind of degradation doesn’t just frustrate users — it affects uptime, system reliability, and in many cases, revenue. . Fortunately, improving performance doesn’t require a full rebuild or deep reconfiguration. Most systems can see measurable gains through adjustments to how memory, traffic, and services are handled. These aren’t advanced changes, and they don’t demand specialized tools — just a clear understanding of what to tune, where to look, and how to apply those changes without introducing instability. Know What You’re Working With: Check the Linux Version Not every tweak works for every system. Kernel versions change how things behave under the hood, and package availability depends on your distro. That’s why it’s smart to start by checking the Linux version you're running. You can use a single terminal command to see both the OS and the kernel. It’ll return something like: $ yaml CopyEdit Operating System: Ubuntu 22.04.1 Kernel: Linux 5.15.0-50-generic Some modern tuning options may not be available if your system is old. Even worse, trying to use them could break things. First, get the version. Don't give yourself a headache later. Change How the Network Handles Things You can regulate how traffic is handled in Linux, including how many connections are accepted, how quickly they are handled, and how data moves through the system. Adjust these settings using system tools to help prevent overcrowding at peak times. They don’t require major reconfiguration. Just small changes that help the server respond more efficiently when workloads increase. Use Memory Effectively to Reduce Disk Activity Memory allocation plays a key role in server responsiveness. When physical memory is used up, the systemturns to swap, using disk space as overflow. That’s when things tend to slow down. If your server has sufficient RAM, you can reduce how aggressively it uses swap. Let the system rely on faster memory resources when possible. It’s also useful to look at how the system handles dirty pages — unsaved data waiting to be written to disk. Adjusting how frequently this data is flushed can reduce unnecessary write operations, especially on servers that generate a lot of background activity. Trim and Maintain Firewall Rules for Better Throughput Firewalls like iptables and nftables offer precise control over traffic, but over time, the rulesets can become bulky. Old or redundant rules might still be active, and that can slow down processing. It’s worth reviewing your firewall rules periodically. Remove those that no longer apply or combine those that overlap. A lean ruleset improves packet filtering efficiency without reducing security. Some intrusion detection tools can also help block threats earlier, reducing the firewall’s load overall. Keep Your System and Services Up to Date Keeping up to date isn't only about fixing security holes; it can also make things run better. When you update software like Apache, NGINX, MySQL, or Docker, they often include improvements that make your server work better. Make it a habit to check for updates. Test any modifications in a safe environment before putting them into production systems, whether you do it automatically or by hand. That step helps keep things from going wrong. Monitor Performance in Real Time You can't mend something you can't see. Real-time monitoring might help you figure out why your server is slowing down if you don't know. Netdata, Glances, and Nagios are examples of monitoring programs that let you see performance indicators in real time. You can see CPU use, memory load, network traffic, and disk activity as they happen. These tools can also let you know when particular levels are reached. That provides youtime to fix a small problem before it turns into a bigger one. Set the settings based on what the server's main job is. Every server has a different job, and the optimal improvements will depend on how it is being used. Tailor Settings to the Server’s Primary Role Each server serves a different purpose, and the optimizations that work best will depend on how it's being used. For example: Web servers need fast connection handling and responsive networking Database servers depend on efficient memory management and fast storage access File servers benefit from consistent disk throughput and stable data transfer Instead of applying generalized performance tips, focus on tuning based on your server’s actual workload. Disable Services That Aren’t Being Used Linux distributions often install background services that may not be necessary for your setup, such as graphical environments, print services, or hardware monitoring tools. Even when idle, these services consume memory or CPU cycles. Identify which ones aren’t required and disable them. Doing so helps the system allocate more resources to critical tasks. Final Thoughts: Focus on Clarity, Stability, and Ongoing Tuning Improving Linux server performance doesn’t require dramatic changes. It comes down to understanding your system, applying relevant updates, and making targeted adjustments based on how your server operates. Stay proactive with monitoring. Tune configurations that affect the areas most relevant to your workload. And remove what’s not contributing. The result is a cleaner, more efficient server — one that’s better equipped to handle demand reliably over time. . Optimize your Linux server's efficiency through smart adjustments and settings to improve availability and dependability.. Linux server performance, optimize Linux, server management. . MaK Ulac
Jul 12, 2025
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Server Security
79
network managementdata privacysecurity initiativesEnhancing Network Security with AI: LF Networking Insights
As network security advances, we Linux security administrators must stay abreast of the latest tools, technologies, and trends to keep our systems resilient against emerging threats. Recent announcements from Linux Foundation Networking (LF Networking) reveal groundbreaking AI-driven projects and milestone releases that promise to reshape the network security domain. . Key initiatives like Project Salus and the Essedum Framework are introducing sophisticated tools to enhance data privacy , enforce ethical AI practices, and drive intelligent network management. With network automation, predictive maintenance, and robust security identified as top AI applications, these developments are set to streamline threat detection and response, making the lives of security admins like you and me safer and easier. Integrating the open-source technologies and strategic AI applications highlighted in LF Networking's global survey is indispensable for those managing cloud-native deployments. LF Networking is addressing critical security concerns and skill gaps, offering frameworks like Nephio and CNTi to ensure secure and compliant cloud operations. As the community drives these innovations forward, Linux security admins must hone their skills to leverage intent-based automation and other advanced security measures. Let's examine how embracing these developments fortifies network security and transforms security teams' operations in an increasingly AI-enhanced technological landscape. AI-Driven Security Innovations Of all the innovative initiatives announced so far, Project Salus stands out as an AI toolkit with responsible practices at heart. Dubbed after the Roman goddess of safety and wellbeing, Salus promises to implement stringent AI guardrails that protect data privacy, maintain traceability, and avoid biased decision making when deployed by AI systems. This assures us, security administrators, that AI deployments respect data privacy while offering reliable data aggregation tools that buildsecure network infrastructures with compliance at heart. Project Salus' Essedum Framework addresses AI's unique challenges for network operations. By centralizing and customizing data models for specific network use cases, Essedum improves how networks handle, manage, and secure data across heterogeneous environments while emphasizing cataloging, assurance, and access control—essential aspects for security admins who aim to maintain an enduring security posture within a complex network security threat landscape. Embracing Cloud-Native Technologies According to LF Networking’s recent global survey , 73% of organizations are moving towards integrating cloud-native networking into their operations. This shift brings with it a new set of security priorities and challenges. Cloud-native technologies, which often rely on containers , microservices, and dynamic orchestration, require a novel approach to security. LF Networking’s initiatives provide the necessary frameworks and best practices to secure these modern deployments. Projects like Nephio and the Cloud-Native Telecom Initiative (CNTi) are at the forefront of this movement. Nephio aims to simplify and automate the deployment and operation of Kubernetes across multiple clouds, ensuring that security policies are consistently applied across all environments. Meanwhile, CNTi focuses on creating standardized architecture models that enhance security and performance for cloud-native networks. For Linux security admins, staying updated with these projects' latest resources and guidelines will be crucial in effectively managing the transition to secure cloud-native environments. Bridging the Skill Gap One of the most revealing aspects of LF Networking’s survey is its spotlight on the barriers to open-source adoption. Notably, 38% of organizations cite skill gaps, while 37% point to security concerns as primary hurdles. These statistics are a call to action for security administrators to prioritize continuous learning and skillenhancement. As the landscape shifts towards AI-driven network security, having the right skills will be essential to mastering new tools and technologies. Strategic AI Applications in Network Security Perhaps one of the most surprising and fascinating insights from LF Networking’s survey is identifying AI applications that are pivotal to network security. Security ranks alongside network automation and predictive maintenance as one of the top AI applications, with 50% of respondents recognizing its significance. This provides a clear message to security admins: AI is not a future vision but a present reality that must be integrated into current security strategies. AI-driven security applications are set to revolutionize the identification of vulnerabilities and threats and the orchestration of responses. Initiatives like Salus and Essedum have tailored these applications to fit specific security needs within network environments. By adopting these AI tools, security admins can automate the often labor-intensive threat detection process, allowing quicker and more effective responses to potential security breaches. Security in Intent-Based Networking Intent-based networking represents a significant leap forward in network management, translating human intent into automated network configurations. This approach enhances operational efficiency and boosts security by minimizing the risk of configuration errors. AI is crucial in enabling these configurations, driving networks to operate seamlessly and securely based on predefined intents. For Linux security admins, the move towards intent-based automation signifies a transformational change. By clearly defining security policies and intents, admins can ensure that networks are configured correctly and consistently. This proactive approach to network management reduces the likelihood of human error and enhances the overall security framework. Our Final Thoughts: Navigating the Transition to AI-Driven Security The integration of AI intonetwork security, as showcased by LF Networking, marks a turning point for Linux security administrators. These advancements are not merely incremental improvements but foundational shifts that change how security is managed in network environments. The practical applications of AI, from enhanced data privacy to automated threat detection, offer a powerful toolkit for modern security challenges. However, navigating this transition requires more than just awareness. Security admins must actively engage with the new tools and frameworks provided, continuously enhance their skills, and participate in the global community driving these innovations. By doing so, they can ensure that their networks remain secure and thrive in the face of advancing technological threats. . Explore innovative AI-enhanced solutions such as SecureGuard and ShieldPro Framework that revolutionize cybersecurity management for Linux professionals.. AI Security Advances, Linux Network Management, Cloud-Native Technologies, Data Privacy Tools. . Brittany Day
Apr 03, 2025
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Security Projects
74
security advisoryopen-sourceVPNOPNsense 24.7: Enhancing Network Security With Major Upgrades
OPNsense 24.7 'Thriving Tiger" marks an impressive milestone in open-source firewall and routing platforms. Built upon FreeBSD 14.1 , this latest iteration provides enhanced security features, significant performance upgrades, and an easy user dashboard - setting a new bar for networking excellence. . I'll walk you through what's new in this release and the security implications of these features and updates. I'll then explain where you can download OPNsense's 24.7 to improve your network security efforts and system performance. Let's begin by exploring OPNsense in more depth for those unfamiliar with the project. How Does the OPNsense 24.7 Release Improve Network Security & Performance? Starting as a fork of pfSense and m0n0wal l, OPNsense has evolved into a powerhouse of network security with features including firewalling, routing, and VPN solutions, making it a favorite among system administrators for small home networks and complex enterprise environments. For Linux administrators, OPNsense's latest release marks more than an incremental update. Instead, it promises a major upgrade to transform network management's efficiency and effectiveness. Given its FreeBSD roots, it easily integrates into Linux-based infrastructures while providing a flexible yet robust solution for managing traffic and increasing cyber defenses. One of the release's most compelling upgrades is FreeBSD 14.1, which enhances stability and security and provides greater compatibility across hardware and network configurations. As a result, Linux admins can expect smoother performance across their deployments to manage rising network demands more effectively. What New Features Does OPNsense 24.7 Include? At the core of the "Thriving Tiger" release are substantial performance enhancements and an intuitive dashboard designed to offer a more efficient networking experience and meet growing demands for high-speed, reliable connections. Alongside these upgrades is an overhauled dashboard whose modern yetvisually appealing design makes network management more straightforward than ever. Its intuitive user interface makes network management accessible like never before! VPNs have become indispensable in today's remote work environments. OPNsense 24.7 recognizes this fac t by significantly strengthening its VPN support. OpenVPN with Data Channel Offload (DCO) stands out among the enhancements, providing significant throughput increases for servers and clients, increasing connection speeds, and improving network traffic management efficiency. This release significantly enhances OPNsense's WireGuard VPN solution . Improvements to connection speeds, reliability, and QR code generation for mobile clients demonstrate their dedication to offering security and convenience. OPNsense 24.7 features numerous enhancements that improve its modularity and flexibility, such as moving components onto the Model-View-Controller framework (MVC) . This move increases modularity and flexibility, giving more granular control over network configurations. Furthermore, improvements to DHCPv6 management provide better configuration options and tracking capabilities. Our Final Thoughts & Next Steps: How Can I Download OPNsense 24.7? OPNsense 24.7 is available for download directly from the OPNsense project's official website for Linux administrators looking to take advantage of its many enhancements. The upgrade/installation process is seamless and unintrusive to avoid disrupting network operations. OPNsense 24.7 "Thriving Tiger" marks an enormous leap forward for open-source firewall and routing platforms. Its enhanced features and upgrades meet immediate network administrator needs and create a solid basis for overcoming evolving network security and management challenges. Linux administrators tasked with protecting and optimizing network infrastructures can adopt OPNsense 24.7 to achieve increased security, improved performance, and unparalleled manageability of their networks. . Explore the newly unveiledOPNsense version 24.7 and its effects on cybersecurity, efficiency, and administrative oversight.. OpenSource Networking, OPNsense Upgrade, FreeBSD Security Features, Firewall Enhancements. . Anthony Pell
Jul 29, 2024
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Network Security
72
security enhancementLinux securityopen-sourceNethSecurity 8.1 Release: Overview and User-Driven Enhancements
NethSecurity is a Linux firewall that has been gaining traction in the open-source Linux space. Its proactive approach to network management and security has set it apart. . In this article, I'll examine the newly announced NethSecurity 8.1 release , highlighting user-driven improvements and the project's commitment to seamless updates without downtime. What Is NethSecurity? NethSecurity is a powerful spinoff of the NethServer Project . It has replaced the UTM Firewall module that was removed from NethServer 8 with NethSecurity. NethSecurity, a powerful protection suite that offers a complete set of features for Linux administrators, is designed to simplify network security. The user-friendly interface makes it easy for admins to implement robust network defenses. This open-source Linux Firewall is built using a new technology stack, representing a significant leap from its predecessor. NethSecurity is known for its simple setup. It allows you to have a firewall up and running in just minutes. NethSecurity is easy to use and continues to support users who need a dedicated firewall portal, solidifying its position as the go-to solution within the open-source community. NethSecurity 8.1: What's New? The 8.1 milestone release introduces several enhancements and new features that will elevate the security landscape in Linux for administrators. This strategy, which releases new images after an OpenWrt upgrade or after introducing essential features and bug fixes, ensures users have access to security and performance updates. These updates don't require a restart, so there is no service interruption. The release includes extensive bug fixes and stability enhancements. It addresses issues ranging from NVME space usage to cosmetic UI improvements: User-Driven Enhancements to Improve Usability: This release's updates have been infused with user feedback, making admins' jobs easier. Connection Manager: A new interface for tracking connections has been added.This allows admins to manage network connections more precisely. This feature is handy for monitoring and troubleshooting any network anomalies. Admin User management: Admin user management can be accessed directly from the UI, streamlining user administration tasks and enhancing security. DPI Signatures: The update includes DPI signatures for community and enterprise subscribers, providing the latest detection capabilities for deep-packet inspection. Repository Access Proxy and Subscription Authentication: This extends NethSecurity’s commitment to security, allowing access to the subscription repository after system_key validation. It ensures that only authenticated users can download updates. These updates demonstrate NethSecurity’s commitment to continuous improvement and responsiveness to user feedback. They also solidify the firewall's position as an essential tool for network security management. How Can I Download NethSecurity 8.1? Linux admins who want to upgrade or adopt NethSecurity 8.1 can easily do it. The project offers two ways to update the latest version. A package update through the UI is suitable for updating specific packages without changing the dashboard version. A full-image update refreshes your entire system and reflects the version number on the dashboard. Admins can visit the NethSecurity forum for detailed instructions on installing the latest version. Users can participate in discussions, report problems, share their experiences, and suggest new features, actively shaping the future of NethSecurity. Our Final Thoughts on the NethSecurity 8.1 Release NethSecurity's release of version 8.1 is a significant milestone for the project, as it demonstrates a user-centric and robust approach to open-source network security. The NethSecurity's 8.1 release is a blend of user-driven improvements, critical updates, and a commitment to a hassle-free upgrade process. The roadmap teases future features such as Firewall Objects andReporting, pointing to a bright future for NethSecurity and its community. NethSecurity is a leader in the rapidly evolving landscape of network protection. Its commitment to innovation, community involvement, and delivering premier solutions sets it apart. Linux administrators worldwide would be wise to use NethSecurity as a cornerstone in their network defense strategy. . Discover the latest updates in NethSecurity 8.1, focusing on its essential features and enhancements shaped by user feedback tailored for Linux systems.. NethSecurity 8.1,Linux Firewall,Network Protection,Open-Source Software. . Dave Wreski
Jul 11, 2024
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Firewalls
74
security enhancementnetwork managementnetwork configurationNetplan 1.0 Release Overview: Enhanced Security and Configuration Benefits
Canonical , the company behind Ubuntu , has introduced Netplan 1.0 , a network configuration tool that simplifies networking configuration on Linux systems. Netplan acts as a control layer above network stacks like systemd-networkd and NetworkManager, allowing administrators to manage and configure them easily. . What's New in Netplan 1.0? What Are the Network Security Implications of This Release? The release of Netplan 1.0 brings new features, such as support for WPA2 and WPA3 security protocols, improved wireless functionality, and better support for various network interface types. It also includes maintenance enhancements, such as a new buildsystem and automatic memory leak detection. Netplan has been made the default network management tool in upcoming releases of Ubuntu and Debian. Netplan 1.0 is an important development for Linux admins, infosec professionals, and sysadmins, as it dramatically simplifies the network configuration process on Linux systems. Introducing a control layer like Netplan allows for a streamlined user experience across different flavors of Ubuntu, making it easier to manage and configure network stacks. This is particularly valuable for organizations that need to configure Linux systems at scale. Including support for WPA2 and WPA3 security protocols in Netplan 1.0 is a significant security enhancement. As security practitioners, Linux admins and infosec professionals must ensure that network configurations are secure. By supporting these latest security protocols, Netplan enables better protection for wireless networks, which is especially important considering the increasing prevalence of Wi-Fi attacks and vulnerabilities. Furthermore, the improvements in maintenance, such as the adoption of Meson for the buildsystem and the implementation of automatic memory leak detection, highlight Canonical's commitment to quality and reliability. These enhancements contribute to a more stable and robust network configuration tool, reducing the chances of downtime andnetwork vulnerabilities. Looking ahead, adopting Netplan as the default network management tool in Ubuntu and Debian releases has long-term implications. It signifies Canonical's confidence in the tool's capabilities and potential impact on the Linux community. Sysadmins and Linux security practitioners need to consider the consequences of this shift, including the need for training and familiarization with Netplan's features and functionalities. As with any new technology, questions arise. How well does Netplan integrate with existing network management tools and configurations? Are there any compatibility issues when migrating from previous network management tools to Netplan? How will the community respond to Netplan's introduction as the default tool? These important questions must be addressed and explored in further discussions and testing within the Linux community. Our Final Thoughts on the Netplan 1.0 Release Netplan 1.0 significantly improves network configuration on Linux systems, simplifying the process for Linux admins, infosec professionals, and sysadmins. Including WPA2 and WPA3 support enhances network security, while the improvements in maintenance contribute to a more reliable tool. However, the transition to Netplan as the default network management tool raises questions and requires careful consideration by the Linux community. Moving forward, it will be essential for security practitioners to stay updated with Netplan's developments , understand its implications, and assess its suitability for their network configurations. . Explore Netplan 1.0's modern YAML template system for Linux network configuration, promoting clarity, security, and streamlined management of network setups. Netplan, Ubuntu Network Tool, Network Configuration, WPA3 Support, Linux Security. . Brittany Day
Apr 09, 2024
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Network Security
212
security tooltraffic analysisnetwork managementComprehensive Guide on eBPF for Network Optimization and Security Features
eBPF stands for extended Berkeley Packet Filters, which are a way of running programs on network interfaces. There are two types of BPF: classic and extended. Classic BPFs were introduced in Linux 2.6.25, while extended BPFs were introduced with Linux 4.0 (2010), allowing for more functionality than classic BPFs. . eBPF's ability to improve computing efficiency and enhance the computing ability for numerous tools and platforms, particularly for security, observability, and networking, has become clearly evident. So how do eBPFs work at a technical level? In simple terms, they have their own memory spaces and can be manipulated by new system calls called BPF_MAP_TYPE_XXX functions. They can also attach to any network interface to capture packets or communicate with other processes via shared memory. There are several notable uses for eBPFs, including tracing network traffic, collecting statistics about processes, detecting malicious behavior, optimizing network packet delivery, implementing firewalls, automating security controls, and managing kernel resources. Want to learn more about eBPF technology? Check out our Linux Container Security Primer - you won't be disappointed! Stay up-to-date on the latest Linux security information and insights on topics like eBPF by subscribing to our weekly newsletters. Stay safe out there, fellow Linux users! . The enhanced Berkeley Packet Filter (eBPF) transforms the Linux ecosystem by improving performance and fortifying security within applications.. eBPF, Networking Tools, Linux Performance, Security Solutions. . Brittany Day
Dec 26, 2023
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Cloud Security
74
network managementopen source toolsecurity utilityThe Best 10 Linux Tools for Effective Network and Security Management
Picking just 10 Linux open source security tools isn’t easy, especially when network professionals and security experts have dozens if not several hundred tools available to them. . There are different sets of tools for just about every task—network tunneling, sniffing, scanning, mapping. And for every environment— Wi-Fi networks , Web applications, database servers. We consulted a group of experts (Vincent Danen, vice president of product security, RedHat; Casey Bisson, head of product growth, BluBracket; Andrew Schmitt, a member of the BluBracket Security Advisory Panel; and John Hammond, senior security researcher, Huntress) to develop this list of must-have Linux security tools. . Delve into crucial Linux utilities tailored for network specialists, addressing functionalities such as network probing, topology visualization, and encrypted communication tunnels.. Linux Tools, Network Security, Open Source Tools, Security Utilities. . Brittany Day
Jan 15, 2023
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Network Security
79
network managementmobile network5G networkMagma Project Revolutionizes 5G Network Management Through Open Source
Facebook's Magma brings open-source mobile cores to carrier-grade LTE and 5G. Moving ahead, Magma will run with the Linux Foundation using a vendor-neutral governance framework. . 5G is one part hardware, one part standards -- oh so many 5G standards, and one part software. Indeed, it wasn't for 5G's open-source technologies , 5G wouldn't have gotten off the ground. Now, the software and hardware sides of 5G are getting closer together than ever with the cellular core, network software open-source stack Magma . Magma was developed by Facebook to help telecom operators deploy mobile networks quickly and easily. The project, which Facebook open-sourced in 2019 , does this by providing a software-centric distributed mobile packet core and tools for automating network management. This containerized network function integrates with the existing back end of a mobile network and makes it easy to launch new services at the network edge. . Magma is an innovative open-source initiative transforming 5G technology by streamlining mobile network management, enabling efficient resource deployment and cost reduction.. Magma Project, 5G Solutions, Open-Source Network Management, Linux Foundation, Telecom Innovations. . LinuxSecurity.com Team
Feb 04, 2021
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