Best Network Management Software for Linux of 2025 - Page 6

Built on the open-source framework OpenTelemetry, TelemetryHub is the ultimate observability guide, providing data in a single pane of glass for all logs, metrics, and tracing data. A simple, reliable full-stack application monitoring tool that visualizes your complex telemetry data in a consumable format with no propriety configuration or customizations required. TelemetryHub is an easy-to-use and affordable full-stack observability solution provided by Scout APM, an established Application Performance Monitoring tool.

Scapy is an advanced, interactive tool designed for packet manipulation. It excels in crafting and interpreting packets across a multitude of protocols, facilitating their transmission, capturing data, and correlating requests with responses, among various other functionalities. This versatile program can efficiently perform traditional tasks such as scanning, tracerouting, probing, unit testing, executing attacks, and discovering networks, effectively replacing tools like hping, a significant portion of nmap, arpspoof, arp-sk, arping, tcpdump, tshark, and p0f. Furthermore, Scapy stands out in executing specialized tasks that other utilities struggle with, including the transmission of invalid frames and the injection of custom 802.11 frames, as well as employing techniques like VLAN hopping combined with ARP cache poisoning or VOIP decoding over WEP-encrypted channels. It is compatible with various operating systems, including Linux, Windows, OSX, and most Unix variants that utilize libpcap. Notably, the same codebase supports both Python 2 and Python 3, showcasing its versatility. The development of Scapy is managed through the Git version control system, with its primary repository available on GitHub, allowing for collaborative improvements and updates. As a result, users benefit from continuous enhancements that keep pace with the evolving landscape of network security and analysis.

Unraid OS provides unparalleled management of your data, media, applications, and desktops, enabling users to leverage nearly any hardware configuration. It is particularly beneficial for video producers, streamers with large video collections, media editors, photographers, musicians, and music enthusiasts who want to minimize their upfront expenses. You can begin with just two drives and expand your storage incrementally as needed. Gamers who also operate media servers and prefer customizing their systems rely on Unraid to maintain their performance without compromise. Furthermore, designers, 3D animators, developers, and photographers utilize Unraid for storing large amounts of assets locally, ensuring quick and efficient access. You can also employ services like Apple Time Machine and Windows Backup to securely archive large volumes of data that aren’t frequently used. Beyond this, software engineers, game development studios, AR/VR designers, and educational institutions take advantage of Unraid to conduct tests across various platforms, operating systems, and devices, enhancing their workflow and productivity. This versatility makes Unraid a valuable tool for anyone looking to optimize their data management solutions.

In the absence of a file system, all information stored in a medium would appear as a single, unbroken mass of data, making it impossible to discern where one piece of information ends and another begins. By organizing the data into discrete units and assigning each a unique identifier, the information can be easily accessed and recognized. This method of categorization mirrors traditional paper-based systems, where each collection of data is referred to as a "file." The framework and set of rules that govern the organization and naming of these data groups is known as a "file system." Network-attached storage (NAS) serves as a file-level data storage solution connected to a network, allowing diverse clients to access data seamlessly. NAS is specifically engineered to deliver file services through its hardware, software, or configuration, often taking the form of a dedicated computer appliance designed for this singular purpose. Consequently, NAS systems enhance the efficiency of file management across various devices and platforms.

XigmaNAS is a versatile operating system that can be deployed on nearly any hardware configuration to facilitate the sharing of data storage across a computer network. The term ‘NAS’ stands for “Network-Attached Storage.” This platform provides a straightforward and efficient solution for establishing a centralized server that is easily accessible for various types of data via multiple network protocols. XigmaNAS is compatible with Windows, Apple, and UNIX-like systems, enhancing its utility for diverse environments. It comes equipped with features such as ZFS v5000, Software RAID (0,1,5), disk encryption, and S.M.A.R.T / email notifications, supporting protocols like CIFS/SMB (Samba), FTP, NFS, and many others. Configuration is highly customizable through its user-friendly web interface, making it accessible to users of all technical levels. Furthermore, users have the option to install XigmaNAS on Compact Flash, USB keys, SSDs, or traditional hard drives, or even run it from a LiveCD/LiveUSB setup, providing flexibility in installation methods. This adaptability makes XigmaNAS an excellent choice for anyone looking to optimize their data storage and sharing capabilities.

TurnKey File Server is a user-friendly solution that integrates Windows-compatible network file sharing with an intuitive web-based file management system. It supports a variety of file transfer protocols including SMB, SFTP, NFS, WebDAV, and rsync, making it versatile for different networking needs. Users of the server can effectively organize and manage their files within designated private or public storage areas. Built on the robust foundations of Samba and WebDAV CGI, this file server offers both functionality and ease of use, ensuring that managing files is a seamless experience for everyone involved. Additionally, its comprehensive support for various protocols enhances its capability to serve diverse file-sharing requirements across different platforms.

Calico is a versatile open-source solution designed for networking and securing containers, virtual machines, and workloads on native hosts. It is compatible with a wide array of platforms such as Kubernetes, OpenShift, Mirantis Kubernetes Engine (MKE), OpenStack, and even bare metal environments. Users can choose between leveraging Calico's eBPF data plane or utilizing the traditional networking pipeline of Linux, ensuring exceptional performance and true scalability tailored for cloud-native applications. Both developers and cluster administrators benefit from a uniform experience and a consistent set of features, whether operating in public clouds or on-premises, on a single node, or across extensive multi-node clusters. Additionally, Calico offers flexibility in data planes, featuring options like a pure Linux eBPF data plane, a conventional Linux networking data plane, and a Windows HNS data plane. No matter if you are inclined toward the innovative capabilities of eBPF or the traditional networking fundamentals familiar to seasoned system administrators, Calico accommodates all preferences and needs effectively. Ultimately, this adaptability makes Calico a compelling choice for organizations seeking robust networking solutions.

Open vSwitch is a high-quality, multilayer virtual switch that operates under the open-source Apache 2.0 license. It is specifically engineered to facilitate extensive network automation through programming extensions, while still accommodating standard management interfaces and protocols such as NetFlow, sFlow, IPFIX, RSPAN, CLI, LACP, and 802.1ag. Additionally, it is built to allow distribution across various physical servers, akin to VMware's vNetwork distributed vSwitch or Cisco's Nexus 1000V. Open vSwitch is implemented in numerous products and is utilized in many substantial production environments, some of which are extraordinarily large. Each stable version undergoes rigorous testing, including a regression suite that consists of hundreds of system-level tests and thousands of unit tests. Furthermore, alongside OVS, the Open vSwitch community actively develops the OVN project, which enhances OVS by providing native support for virtual network abstractions, such as virtual L2 and L3 overlays and security groups. This commitment to continuous improvement ensures that Open vSwitch remains a robust solution for network virtualization in diverse settings.

SmokePing is an advanced tool designed for measuring latency with precision. It not only records and showcases latency, but also tracks latency distribution and packet loss metrics. Utilizing RRDtool, SmokePing effectively manages a long-term data archive and generates visually appealing graphs that provide real-time insights into the status of various network connections. You can interact with any graph in detail mode, enabling you to highlight specific areas of interest using the navigator graph. Furthermore, it allows for the display of information from numerous targets within a single graph. Through a centralized Smokeping Master node, multiple Slave nodes can be deployed, inheriting their configurations from the master, which facilitates the ability to ping a single target from diverse locations simultaneously. The tool now incorporates standard deviation in various instances to quantify the fluctuations in round trip times as represented by the smoke signals. SmokePing supports a broad range of probes, including basic ping, web requests, and even custom protocols, making it highly versatile. Additionally, its master/slave deployment model enhances the capability to conduct measurements from various sources concurrently, providing a comprehensive view of network performance.

Cacti offers a powerful and flexible framework for operational monitoring and fault management, catering to users globally. It serves as a comprehensive solution for network graphing, leveraging RRDTool's impressive data storage and graphing capabilities. The platform features a distributed and resilient data collection system, along with sophisticated automation tools for managing devices, graphs, and trees using templates. In addition to its various data acquisition methods, Cacti supports extensibility through plugins, features role-based management for users, groups, and domains, and includes a theming engine with multilingual support right from the start. All of these functionalities are integrated into a user-friendly interface that is suitable for everything from small LAN setups to intricate networks comprising thousands of devices. To operate Cacti, users need MySQL, PHP, RRDTool, net-snmp, and a compatible web server like Apache or IIS. Central to Cacti's architecture and database management is the concept of devices and device templates, which play a crucial role in its operation. Moreover, the system's adaptability makes it a preferred choice for organizations seeking to optimize their network monitoring processes.

PIA S5 Proxy is an enterprise-level proxy IP service provider with a pool of 350 million+ high-quality residential proxy resources worldwide, covering 200+ countries. The availability rate of IP is 99.9%, there is no billing for invalid, the IP duration exceeds 12 hours, and the traffic and terminals are not limited. Support Socks5, HTTP(s), country, city, zip code and ISP level positioning, easy to integrate with third-party software such as fingerprint browsers and emulators.

Open source continuous profiling allows you to identify and resolve your most critical performance challenges across code, infrastructure, and CI/CD pipelines. It offers the ability to tag data based on dimensions that are significant to your organization. This solution facilitates the economical and efficient storage of vast amounts of high cardinality profiling data. With FlameQL, users can execute custom queries to swiftly select and aggregate profiles, making analysis straightforward and efficient. You can thoroughly examine application performance profiles using our extensive suite of profiling tools. Gain insights into CPU and memory resource utilization at any moment, enabling you to detect performance issues before your customers notice them. The platform also consolidates profiles from various external profiling tools into a single centralized repository for easier management. Moreover, by linking to your OpenTelemetry tracing data, you can obtain request-specific or span-specific profiles, which significantly enrich other observability data such as traces and logs, ensuring a comprehensive understanding of application performance. This holistic approach fosters proactive monitoring and enhances overall system reliability.

Maximizing your application's performance is a breeze with the FREE trial of Prefix, which incorporates OpenTelemetry. This state-of-the-art open-source observability protocol allows OTel Prefix to enhance application development through seamless ingestion of universal telemetry data, unparalleled observability, and extensive language support. By empowering developers with the capabilities of OpenTelemetry, OTel Prefix propels performance optimization efforts for your entire DevOps team. With exceptional visibility into user environments, new technologies, frameworks, and architectures, OTel Prefix streamlines every phase of code development, app creation, and ongoing performance improvements. Featuring Summary Dashboards, integrated logs, distributed tracing, intelligent suggestions, and the convenient ability to navigate between logs and traces, Prefix equips developers with robust APM tools that can significantly enhance their workflow. As such, utilizing OTel Prefix can lead to not only improved performance but also a more efficient development process overall.

Proxidize is a proxy provider specializing in U.S.-based rotating mobile proxies running on dedicated 4G LTE and 5G hardware. Designed to empower businesses, web scrapers, social media marketers, and automation enthusiasts with scalable, top-tier mobile proxies that feature lightning-fast rotation and true unlimited data. Proxidize Proxies offer real U.S. mobile IP addresses from up to 50 locations across the country. Powered by dedicated, in-house hardware, the solution delivers near-instant IP rotation, robust fallback mechanisms, and speeds ranging from 5–25 Mbps (occasionally up to 100 Mbps, depending on network conditions). Key benefits include: - 4G LTE and 5G U.S. mobile proxies - Supports HTTP(S) and SOCKS5 - 5–25 Mbps — up to 100 Mbps burst speeds - Rotate IPs on-demand or on timer - Monthly or per-GB billing - Up to 50 US locations, city-targeting available - UDP over SOCKS support - 99.9% uptime, no concurrency limits Modern data-driven tasks — from competitive research and SEO audits to social media management — demand authentic, geo-diverse mobile IP addresses. Proxidize Proxies eliminate the need for unreliable SIM farms or shady third-party resellers by offering a direct, transparent, and scalable proxy network rooted in real U.S. carrier infrastructure.

Automatic discovery, modeling and verification of your network's state provide actionable insights into the state of the network. They also provide evidence that the network is providing the service your business needs. Automatic discovery, modelling, verification, validation of your current network state gives you actionable insights into the state of your system. Plan changes before they happen and verify that the network behaves as you expected after the change. Verify that the actual network state aligns with your intentions, as contained in your source-of-truth. A single, accurate, and consistent view of your network across on-prem instances and cloud instances allows continuity between the network and cloud teams. IP Fabric data can be accessed anywhere using our open API. The snapshots at a specific time are the best way to compare your network day-to-day. Eliminate tedious, time-consuming and error-prone workflows.

Observability platforms that utilize distributed tracing, like Jaeger, play a crucial role in the functioning of contemporary software applications designed with a microservices architecture. By tracking the movement of requests and data through a distributed system, Jaeger provides visibility into how these requests interact with various services, which can often lead to delays or errors. This platform adeptly links these different elements, enabling users to pinpoint performance issues, diagnose errors, and enhance the overall reliability of applications. Furthermore, Jaeger stands out as a fully open source solution that is designed to be cloud-native and capable of scaling indefinitely. Its ability to provide deep insights into complex systems makes it an invaluable tool for developers aiming to optimize application performance.

Packet Sender allows for the transmission and reception of UDP, TCP, and SSL across user-defined ports. Additionally, it features an integrated HTTP client capable of handling GET and POST requests, along with a Panel Generation tool that facilitates the design of intricate control systems. Users can benefit from a portable version of Packet Sender that comes equipped with pre-configured settings and packets. This tool enables the creation of single-button panels that can initiate a sequence of commands tailored for various control system applications, enhancing user interaction and efficiency.

Device-First Fraud prevention with Real-Time Intelligence & Identification. Device Intelligence from SHIELD identifies persistently devices, users and accounts that you can trust - and those that you shouldn't. Don't let fraudsters fool you. With the global standard for device ID -- SHIELD DeviceID -- you can make precise decisions about device trustworthiness. Get a comprehensive view of each user with real-time device signals and continuous risk profiler. Eliminate blind spots and provide superior user experiences to accelerate growth. Instant insights. No need for additional codes. Get intelligence without revealing PII. Risk thresholds that can be configured independently. We provide all data and more. Transparent intelligence gives you the complete picture. Stay on top of the latest fraud attacks. Real-time attack patterns synchronization worldwide.

Transform your website's online visibility with the Torpedo traffic generator, a cutting-edge tool designed to draw visitors from diverse regions while enhancing your ranking in Search Engine Results Pages (SERPs). With Torpedo, you can unlock new levels of success and elevate your brand to extraordinary heights. By selecting relevant keywords specific to your niche, you will effectively attract traffic through search engines. Additionally, this tool accommodates traffic from both desktop and mobile devices, allowing you to customize sources for various operating systems and web browsers. You can launch multiple advertising campaigns simultaneously to further amplify traffic to your site. Boost your website's exposure by generating referral traffic from platforms like Facebook, Twitter, LinkedIn, or even your own site. Enjoy the convenience of scheduling your traffic in advance, choosing from options that include one-time, hourly, daily, or weekly intervals. Torpedo provides different modes to not only generate traffic but also to fine-tune your website for maximum visibility in SERPs, ensuring that your online presence remains robust and far-reaching. By leveraging its powerful features, you can confidently navigate the digital landscape and achieve your marketing goals.

Tcpdump serves as a robust command-line tool for analyzing network packets, enabling users to view the details of packets sent or received over the network their computer is connected to. Compatible with a variety of Unix-like operating systems such as Linux, Solaris, FreeBSD, NetBSD, OpenBSD, and macOS, it leverages the libpcap library for capturing network traffic effectively. This utility can process packets either directly from a network interface card or from a previously recorded packet file, and it offers the flexibility to direct output to either standard output or a file. Users have the option to apply BPF-based filters to manage the volume of packets being analyzed, making it particularly useful in environments experiencing heavy network traffic. Tcpdump is distributed as free software under the BSD license, which promotes accessibility. Moreover, it is often included as a native package or port in numerous operating systems, making updates and ongoing maintenance straightforward for users. This ease of use contributes to its popularity among network administrators and analysts alike.

Arkime is a comprehensive open-source solution for large-scale packet capturing, indexing, and data management, aimed at enhancing the current security framework by preserving and organizing network traffic in the widely-used PCAP format. This system enables complete visibility into network activities, which is crucial for the rapid detection and rectification of security-related and network problems. Security personnel are equipped with vital visibility data that aids in the prompt response to incidents, allowing them to uncover the entire scope of any attacks. With its architecture designed for deployment across numerous clustered configurations, Arkime can effortlessly scale to handle traffic volumes of hundreds of gigabits per second. This capability empowers security analysts to effectively respond to, recreate, examine, and verify information regarding potential threats present in the network, facilitating timely and accurate countermeasures. Furthermore, as an open-source platform, Arkime not only offers users the advantages of transparency and economic efficiency but also promotes flexibility and receives robust community support, making it a valuable tool for any organization. Overall, Arkime stands out as an essential asset for organizations aiming to bolster their cybersecurity posture.

NetworkMiner, an open-source tool for network forensics, extracts artifacts like files, images, emails and passwords, from captured network traffic stored in PCAP files. It can also capture real-time network traffic by sniffing the network interface. The analyzed network traffic contains detailed information about each IP. This can be used to discover passive assets and get a better overview of communicating devices. NetworkMiner was designed to run primarily on Windows, but it can also be used with Linux. Since its 2007 release, it has become a favorite tool among incident response teams, law enforcement agencies and companies and organizations around the world.

Sniffnet is a network monitoring application crafted to assist users in effortlessly tracking their Internet traffic. It not only collects statistics but also delves into detailed network activities, offering extensive monitoring capabilities. The tool prioritizes user-friendliness, making it more accessible than many traditional network analyzers. Available as a completely free and open-source solution, Sniffnet is dual-licensed under MIT or Apache-2.0, with its full source code hosted on GitHub. Built entirely with Rust, this modern programming language enhances the software's efficiency and reliability while prioritizing performance and security. Among its standout features are the ability to choose a network adapter for analysis, implement filters on monitored traffic, observe overall statistics and live charts of Internet activity, export detailed capture reports in PCAP format, and identify over 6,000 upper-layer services, protocols, trojans, and worms. Additionally, it allows users to uncover domain names and ASNs of hosts, as well as trace connections within the local network, making it a versatile tool for network oversight.

EtherApe is a network monitoring tool for Unix systems that visually represents network traffic, inspired by Etherman, with hosts and connections dynamically changing size based on the amount of traffic and utilizing color coding for different protocols. It accommodates a variety of devices, such as FDDI, ISDN, PPP, SLIP, and WLAN, and supports multiple encapsulation methods. Users have the option to filter the traffic they see and can capture data in real-time or extract it from a file. Additionally, statistics for each node can be exported for further examination. The software features modes for link layer, IP, and TCP, enabling users to concentrate on particular levels of the protocol stack. Each node and link is displayed with comprehensive details, including a breakdown of protocols and traffic metrics. Released under the GNU General Public License, EtherApe is open source. A unique aspect of the interface allows a single node to be focused on while multiple selected nodes can be organized in a circular arrangement, complemented by an alternative display mode that aligns nodes in vertical columns. This versatility makes EtherApe a powerful tool for network analysis and visualization.

BitMeter OS is a completely free and open-source tool designed for monitoring bandwidth, functioning seamlessly across Windows, Linux, and macOS platforms. It effectively tracks internet and network usage, providing insights through a web-based interface or command-line options. The web interface features real-time graphs and charts that refresh every second, showcasing ongoing connection activity. Users can delve into specific bandwidth utilization for chosen dates, with the capability to export this data into spreadsheet formats. The History pane offers a visualization of usage trends across various time frames, including hours, days, and months. Furthermore, BitMeter OS empowers users to establish customizable alerts that trigger when internet usage exceeds set limits. An additional calculator utility is available to estimate both upload and download times alongside data transfer capacities. The Preferences pane allows for personalization of the interface, complete with a built-in RSS feed for updates. It is important to note that BitMeter can only monitor network traffic that is directed to or from the computer it is installed on; thus, for monitoring multiple machines, installation on each one is necessary. This ensures that users can fully utilize its capabilities across their networked devices.