Alternatives to Wireshark

Site24x7 provides unified cloud monitoring to support IT operations and DevOps within small and large organizations. The solution monitors real users' experiences on websites and apps from both desktop and mobile devices. DevOps teams can monitor and troubleshoot applications and servers, as well as network infrastructure, including private clouds and public clouds, with in-depth monitoring capabilities. Monitoring the end-user experience is done from more 100 locations around the globe and via various wireless carriers.

Paessler PRTG is an all-inclusive monitoring solution with an intuitive, user-friendly interface powered by a cutting-edge monitoring engine. It optimizes connections and workloads, reduces operational costs, and prevents outages. It also saves time and controls service level agreements (SLAs). This solution includes specialized monitoring features such as flexible alerting, cluster failover, distributed monitoring, maps, dashboards, and in-depth reporting.

OpManager is the ideal end-to-end network monitoring tool for your organization's network. With OpManager, you can keep a close eye on health, performance, and availability levels of all network devices. This includes monitoring switches, routers, LANs, WLCs, IP addresses and firewalls. Insights into your hardware health and performance; monitor CPU, memory, temperature, disk usage, and more to improve efficiency. Seamlessly manage faults and alerts with instant notifications and detailed logs. Streamlined workflows facilitate easy set-up to execute quick diagnosis and corrective measures. The solution also comes with powerful visualization tools such as business views, 3d data center views, topology maps, heat maps, and customizable dashboards. Get proactive in capacity planning and decision-making with over 250 predefined reports covering all important metrics and areas in your network. Overall, OpManager's detailed management capabilities make it the ideal solution for IT administrators to achieve network resiliency and efficiency.

NetCrunch runs on Windows Server (virtual or physical) and allows for efficient, agentless network monitoring, network visibility and advanced alert and remediation action management system. It can monitor practically any device, system or data source in your network, as non standard data can be pushed to NetCrunch or read from log, file or database to be included in NetCrunch network atlas. Developed by AdRem Software, NetCrunch includes 540+ predefined monitoring packs and ready to use sensors to track and troubleshoot network services uptime, performance of switches, routers, storage devices and applications, cloud services, bandwidth, and traffic flow. AdRem NetCrunch supports monitoring of all major OS types, such as Linux, Windows, VMWare ESX/ESXi, Mac OS X, and BSD. It allows creating all types of live network maps, performance charts, flexible dashboards and graphical views that are updated automatically, displaying live status of any monitored device, connection link, metric or alert. Data collected by NetCrunch can be shared securely via web console or any of over 30 ready to use integrations with most popular help desk systems (Jira, Freshdesk) or group collaboration (Slack, MS Teams, PagerDuty, Trello).

TotalView offers network monitoring as well as root-cause troubleshooting of problems in plain-English. The solution monitors every device as well as every interface on every device. In addition, TotalView goes deep, collecting 19 error counters, performance, configuration, and connectedness so nothing is outside of it’s view. A built-in heuristics engine analyzes this information to produce plain-English answers to problems. Complex problems can now be solved by junior level engineers leaving the senior level engineers to work on more strategic level projects. The core product includes everything needed to run a perfectly healthy network: Configuration management, server monitoring, cloud service monitoring, IPAM, NetFlow, path mapping, and diagramming. Get Total Network Visibility on your network and solve more problems faster.

Obkio is a simple Network Monitoring and Troubleshooting SaaS solution that allows users to continuously monitor the health of their network and core business applications to improve the end-user experience. Obkio identifies the cause of intermittent network problems, VoIP, video, and applications slowdown in seconds so you can troubleshoot before they affect your end-users. Deploy network monitoring Agents at strategic locations in a company's offices or network destinations such as data sites, remote sites, external client sites, or public or private clouds to continuously monitor performance using synthetic traffic exchanged every 500ms. Obkio continuously tests and measures network metrics, such as latency, jitter, packet loss, quality of service and customer experience via QoE (Quality of Experience). The app alerts you as soon as a problem occurs or even if there are signs that a failure is about to happen. Not only does it alert you and pinpoint the source of the issue, but it also allows you to go back in time to complete a diagnosis.

Video quality control tool. Software solution for UDP stream quality control and measurement of QoS in all segments of distributed networks. Probes available 24/7. You have complete control over your network. It takes less than 30 minutes to start monitoring your streams. You can save on equipment and network maintenance costs. Web interface offers all the benefits of web interface, including a user-friendly data layout. Continual quality control and rapid correction of violations ensure a stable customer base. It is available as a cloud-based service or as a standalone solution for local networks. Elecard Boro software probes monitor packet loss, video freeze, SCTE35 labels for UDP/HLS/DASH/RTP/HTTP. This solution allows for fast and economical monitoring of content delivery networks, and localization of most common violations.

Kali Linux is a Debian-based, open-source distribution designed specifically for a variety of information security activities, including penetration testing, security research, computer forensics, and reverse engineering. While it's possible to take any Linux distribution and manually install penetration testing tools, this requires considerable setup and configuration efforts. Kali Linux is tailored to minimize this workload, enabling professionals to focus on their tasks right away. You can access a version of Kali from virtually anywhere, whether on mobile devices, Docker, ARM architectures, Amazon Web Services, the Windows Subsystem for Linux, virtual machines, or even bare metal installations. Thanks to metapackages that cater to specific security tasks and a user-friendly ISO customization process that is well-documented, creating an optimized version of Kali to suit your particular needs is straightforward. This makes it a versatile choice for both experienced users and newcomers alike, as comprehensive documentation ensures that everyone can find the guidance they require. Additionally, the active community surrounding Kali Linux continuously contributes to its improvement, further enhancing the resources available to users.

Noction Flow Analyzer is a network monitoring, alerting, and analytics tool that can ingest NetFlow, IPFIX and sFlow data. Engineers can use the NetFlow analyzer to optimize their network and applications performance, control bandwidth usage, plan network capacity, monitor and alert, perform detailed BGP peering analysis and improve security.

Nessus is recognized by over 30,000 organizations globally, establishing itself as a leading security technology and the benchmark for vulnerability assessments. Since its inception, we have collaborated closely with the security community, ensuring that Nessus is continuously refined based on user feedback, making it the most precise and thorough solution available. After two decades, our commitment to community-driven enhancements and innovation remains steadfast, allowing us to deliver the most reliable and comprehensive vulnerability data, ensuring that critical vulnerabilities that could jeopardize your organization are never overlooked. As we move forward, our dedication to improving security practices continues to be our top priority, reinforcing Nessus's position as a trusted tool in the fight against cyber threats.

You can easily scan through traffic by highlighting content type, status, and source. Or, you can use powerful filtering tools that match your messages to the most important ones. With MDN inline explanations and docs, you can examine the URL, status, headers, and body of each request, or response. You can explore message bodies using highlighting and auto formatting for JSON HTML, JS, JS and other formats, all with the help of Monaco, the editor in Visual Studio Code. Match requests precisely, jump to them as they appear, and edit any information: the target URL or method, headers, body, or method. You can either respond manually to the requests as they arrive or pass them upstream. On the way back, pause and edit the actual response. Step through HTTP traffic request-by-request, or manually mock errors and endpoints. To quickly prototype against new services or endpoints, create rules that match requests.

Sharing knowledge is a potent force, particularly in the realm of cybersecurity. The partnership between the open source community and Rapid7 has given rise to Metasploit, a tool that not only assists security teams in validating vulnerabilities and conducting security assessments but also enhances their overall security awareness. This collaboration equips defenders with the resources they need to maintain a proactive stance, enabling them to anticipate threats and remain several steps ahead of potential attackers. Ultimately, this synergy fosters a more resilient security posture for organizations everywhere.

The Nmap initiative aims to challenge the perception that open-source software often lacks thorough documentation by offering an extensive array of guidance on how to install and utilize Nmap effectively. This webpage serves as a gateway to the official documentation from Insecure.Org, alongside valuable contributions from various sources. The book titled Nmap Network Scanning acts as the definitive resource for the Nmap Security Scanner, which is a free and open-source tool embraced by millions for purposes such as network discovery, management, and security assessments. It caters to a wide audience, from beginners learning the fundamentals of port scanning to seasoned hackers exploring advanced packet crafting techniques. With a 42-page reference section that meticulously outlines every feature and option available in Nmap, the remainder of the book illustrates how to leverage these tools to efficiently tackle practical challenges. Furthermore, it includes examples and diagrams that depict the actual data sent over the network, enhancing the reader's understanding of real-world applications. This comprehensive approach ensures that both novice users and expert professionals can find value in the material provided.

The NetWitness Platform integrates advanced SIEM and threat defense tools, providing exceptional visibility, analytical power, and automated response functions. This integration empowers security teams to enhance their efficiency and effectiveness, elevating their threat-hunting capabilities and allowing for quicker investigations and responses to threats throughout the organization’s entire infrastructure, whether it is located in the cloud, on-premises, or virtual environments. It offers the crucial visibility necessary for uncovering complex threats concealed within today’s multifaceted hybrid IT ecosystems. With its capabilities in analytics, machine learning, orchestration, and automation, analysts can more swiftly prioritize and probe into potential threats. The platform is designed to identify attacks in a significantly shorter time frame compared to other solutions and links incidents to reveal the comprehensive scope of an attack. By gathering and analyzing data from multiple capture points, the NetWitness Platform significantly speeds up the processes of threat detection and response, ultimately enhancing the overall security posture. This robust approach ensures that security teams are always a step ahead of evolving threats.

NetSpot is the only app that can be used to wireless site survey, Wi Fi analysis, and troubleshooting Mac OS X. NetSpot 2 is free and easy to use. NetSpot can be used to conduct comprehensive wireless site surveys on any Mac running Mac OS X 10.10+. It works over any 802.11 network. NetSpot is the best native wireless site survey software available for Mac. It takes just a few steps to load your area map or office plan and begin a network site survey. NetSpot will instantly detect wireless signal and move around to collect Wi-Fi data. This is it! Now you can analyze radio signal leakages and discover noise sources, map channel usage, find effective access points, and so on.

PortSwigger brings you Burp Suite, a leading range cybersecurity tools. Superior research is what we believe gives our users a competitive edge. Every Burp Suite edition shares a common ancestor. Our family tree's DNA is a testament to decades of research excellence. Burp Suite is the trusted tool for your online security, as the industry has proven time and again. Enterprise Edition was designed with simplicity in mind. All the power of Enterprise Edition - easy scheduling, elegant reports, and straightforward remediation advice. The toolkit that started it all. Discover why Burp Pro is the preferred tool for penetration testing for over a decade. Fostering the next generation of WebSec professionals, and promoting strong online security. Burp Community Edition allows everyone to access the basics of Burp.

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.

CloudShark delivers secure storage, organization, user and group access control, and elegant, powerful analysis tools all through a web interface that enables packet analysis from any device. An Enterprise solution, CloudShark is easily deployed on-prem or in the cloud. CloudShark combines all of the analysis capabilities of Wireshark, Zeek, Suricata IDS, and more into a single solution that enables your team to solve problems faster by eliminating duplicate work and streamlining investigations and reporting. CloudShark is brought to you by QA Cafe, a dynamic software company composed of experts in networking, consumer electronics, and security. We develop industry-leading network device test solutions and network analysis tools for business use while providing our customers with world-class support.

Gain practical experience with an advanced network simulation tool developed by Cisco, which allows you to construct both simple and intricate networks utilizing a wide range of devices, extending your skills beyond just routers and switches. Design interconnected systems tailored for smart cities, residential areas, and businesses alike. Leverage Packet Tracer as a versatile learning platform suitable for educational courses, distance learning, professional development, project planning, or even just for enjoyment. Start your journey by enrolling, downloading, and exploring essential tips and best practices to maximize your use of this innovative virtual simulation tool, Cisco Packet Tracer. This tool serves as an all-encompassing resource for teaching and learning networking technology, delivering a distinctive blend of realistic simulations and visualization experiences, along with assessment capabilities, activity creation tools, and opportunities for collaboration and competition among users. By utilizing the features of Packet Tracer, both students and educators can work together effectively, tackle challenges, and grasp concepts within an engaging and interactive social framework, enhancing the overall learning experience.

Ettercap serves as a powerful suite designed for executing man-in-the-middle attacks, equipped with capabilities like live connection sniffing, real-time content filtering, and various other intriguing functionalities. It allows for both active and passive analysis of numerous protocols while offering extensive features for evaluating networks and hosts. The source code for Ettercap is hosted on GitHub, utilizing a GIT repository for version control. To ensure you are aligned with the same code base as other contributors, follow the outlined steps meticulously. Once you have switched to the rc branch, you can start examining the ongoing development of the source code. Additionally, take a moment to explore our GitHub Wiki page, which offers a wealth of tips on utilizing Git and GitHub effectively to enhance your contributions. We welcome anyone interested in joining this project, as we strive to continually improve and maintain the quality of this premier MiTM tool. Collaboration and community input are vital to our mission of making Ettercap the best it can be.

Arkime is an open-source system for large-scale packet capturing, indexing, and database management, aimed at enhancing current security frameworks by archiving and indexing network traffic in the widely-used PCAP format. This tool provides comprehensive network visibility, which aids in the rapid detection and resolution of both security and network-related challenges. By offering access to crucial network data, security teams can effectively respond to and investigate incidents, allowing them to uncover the full extent of an attack. Arkime is engineered to operate across multiple clustered systems, enabling scalability to handle data transfer rates of hundreds of gigabits per second. This capability equips security analysts with the tools needed to respond to, reconstruct, investigate, and verify details regarding threats present in the network, ensuring timely and accurate responses. As a platform built on open-source principles, Arkime offers transparency, affordability, adaptability, and robust community backing, fostering an environment for continuous improvement and innovation. Its extensive features make it a valuable asset for organizations prioritizing network security and incident response.

Riverbed Packet Analyzer enhances the speed of real-time network packet analysis and the reporting process for extensive trace files, utilizing a user-friendly graphical interface and a variety of pre-set analysis perspectives. This tool allows users to rapidly identify and resolve intricate network and application performance problems right down to the bit level, featuring seamless integration with Wireshark. By simply dragging and dropping preconfigured views onto virtual interfaces or trace files, users can achieve results in mere seconds, drastically reducing the time typically needed for such tasks. Furthermore, it supports the capture and combination of multiple trace files, which aids in accurately diagnosing issues across different segments of the network. It also allows users to zoom in on a 100-microsecond window, enabling them to spot utilization spikes or microbursts that could overwhelm a gigabit network and lead to major disruptions. Such capabilities make it an indispensable tool for network professionals seeking to optimize performance and troubleshoot effectively.

Utilize Telerik Fiddler HTTP(S) proxy to capture all internet traffic between your computer and external sites, allowing you to analyze that traffic, set breakpoints, and manipulate both requests and responses. Fiddler Everywhere serves as a versatile web debugging proxy compatible with macOS, Windows, and Linux platforms. You can capture, inspect, and monitor all HTTP(S) communication, facilitating the mocking of requests and troubleshooting of network problems. This tool is applicable to any browser or application, enabling you to debug traffic across macOS, Windows, Linux, and mobile devices running iOS or Android. It guarantees that the necessary cookies, headers, and cache settings are properly exchanged between client and server. Supporting diverse frameworks such as .NET, Java, and Ruby, Fiddler Everywhere empowers you to mock or alter requests and responses on any website efficiently. This straightforward approach allows for testing website functionality without the need for code alterations. By employing Fiddler Everywhere, you can effectively log and analyze all HTTP/S traffic between your system and the wider internet, streamlining your debugging process.

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.

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.

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.

The Suricata engine excels in real-time intrusion detection (IDS), inline intrusion prevention (IPS), network security monitoring (NSM), and offline packet capture (pcap) processing. It analyzes network traffic using a robust and comprehensive set of rules and signature languages, complemented by advanced Lua scripting capabilities that allow for the identification of intricate threats. Its compatibility with standard input and output formats such as YAML and JSON simplifies the integration with various tools, including established SIEMs, Splunk, Logstash/Elasticsearch, Kibana, and other databases. The development of Suricata is driven by a vibrant community focused on enhancing security, usability, and efficiency. Additionally, the project is managed and endorsed by the Open Information Security Foundation (OISF), a non-profit organization dedicated to fostering the ongoing development and success of Suricata as an open-source initiative. This commitment not only ensures the software's reliability but also actively encourages community contributions and collaboration.

Accelerate the transition from data to tangible business results with Splunk. Splunk Enterprise streamlines the process of gathering, analyzing, and leveraging the hidden potential of the vast data created by your technological framework, security measures, and enterprise applications—equipping you with the knowledge necessary to enhance operational efficiency and achieve business objectives. Effortlessly gather and index log and machine data from a variety of sources. Merge your machine data with information stored in relational databases, data warehouses, as well as Hadoop and NoSQL data repositories. The platform's multi-site clustering and automatic load balancing capabilities are designed to accommodate hundreds of terabytes of data daily, ensuring quick response times and uninterrupted access. Customizing Splunk Enterprise to suit various project requirements is straightforward with the Splunk platform. Developers have the flexibility to create bespoke Splunk applications or incorporate Splunk data into existing applications. Furthermore, applications developed by Splunk, our collaborators, and the community enhance and expand the functionalities of the Splunk platform, making it a versatile tool for organizations of all sizes. This adaptability ensures that users can extract maximum value from their data in a rapidly changing business landscape.

NetFlow Traffic Analyzer and bandwidth management tools simplify the process of NetFlow analysis and bandwidth oversight. Enhance your NetFlow monitoring functionality by integrating NetFlow Traffic Analyzer with Network Performance Monitor, enabling you to assess your network, identify traffic trends, and mitigate bandwidth-intensive applications. With the combined capabilities of NetFlow Traffic Analyzer (NTA) and User Device Tracker, you can achieve quicker issue resolution, improved operational efficiency, and a clearer understanding of potentially harmful or improperly formatted traffic patterns. These tools work in harmony with the Orion Platform suite, including Network Performance Monitor and Network Configuration Manager. By pairing NTA with Network Configuration Manager (NCM), you can visualize traffic interactions according to policies right from the NCM Policy Details page. Gain insights from both IPv4 and IPv6 flow records while monitoring various flow data types such as Cisco NetFlow, Juniper J-Flow, sFlow, Huawei NetStream, and IPFIX, allowing you to pinpoint which applications and protocols are utilizing the most bandwidth in your network. Ultimately, this comprehensive approach to network monitoring empowers organizations to maintain optimal performance and security.

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.

Zeek, initially known as Bro, stands as the premier platform for monitoring network security. It is an adaptable, open-source solution driven by those dedicated to defense in the cybersecurity realm. With its origins tracing back to the 1990s, the project was initiated by Vern Paxson to gain insights into activities on university and national laboratory networks. In late 2018, to acknowledge its growth and ongoing advancements, the leadership team transitioned the name from Bro to Zeek. Unlike conventional security tools such as firewalls or intrusion prevention systems, Zeek operates passively by residing on a sensor, which can be a hardware, software, virtual, or cloud-based platform, that discreetly monitors network traffic. By analyzing the data it collects, Zeek generates concise, high-quality transaction logs, file contents, and customizable outputs that are well-suited for manual examination on storage devices or through more user-friendly applications like security information and event management (SIEM) systems. This unique approach allows for a deeper understanding of network activities without interfering with the traffic itself.

CommView is an advanced network monitoring and analysis tool tailored for LAN administrators, security experts, network developers, and even casual users who seek a comprehensive overview of the data traversing through a computer or a local area network segment. Packed with numerous intuitive features, CommView merges high performance and adaptability with an unparalleled user-friendliness that stands out in the market. This application captures every packet transmitted over the network, presenting critical details such as lists of network packets and connections, essential statistics, and protocol distribution graphs. Users can analyze, save, filter, import, and export the captured packets while gaining insights into protocol decodes down to the most fundamental layer, supporting over 100 different protocols for thorough analysis. By leveraging this wealth of information, CommView enables users to identify network issues and effectively troubleshoot both software and hardware challenges. Furthermore, the latest iteration, CommView version 7.0, has introduced on-the-fly SSL/TLS traffic decryption, enhancing its capabilities even further for those needing to secure and monitor their network communications. This enhancement signifies a significant advancement in network analysis technology, making it an invaluable tool for users seeking to maintain robust network security.

Capsa is a versatile tool designed for network performance analysis and diagnostics, offering a robust packet capture and analysis solution that caters to both experienced professionals and newcomers, simplifying the task of safeguarding and overseeing networks in crucial business settings. By using Capsa, users can stay informed about potential threats that might lead to significant disruptions in business operations. This portable network analyzer serves both LAN and WLAN environments, delivering features such as real-time packet capturing, continuous network surveillance, detailed protocol analysis, thorough packet decoding, and automatic expert-level diagnostics. The high-level overview provided by Capsa allows network administrators and engineers to swiftly identify and tackle application issues that may arise. With its intuitive interface and powerful data capture capabilities, Capsa stands out as an essential resource for efficient network monitoring, ensuring that businesses remain resilient and secure in a rapidly evolving digital landscape. Ultimately, Capsa's comprehensive functionality makes it a vital asset for any organization looking to enhance its network management strategy.

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.

Acrylic Wi-Fi Professional stands out as an exceptional Wi-Fi analyzer, designed to detect access points and Wi-Fi channels while addressing issues in 802.11a/b/g/n/ac Wi-Fi networks in real time. This essential tool caters to advanced users, Wi-Fi network professionals, and network administrators, enabling them to maximize the efficiency of their wireless network, evaluate the performance of their home or office Wi-Fi, identify connected devices, gauge transmission speeds, and fine-tune Wi-Fi channels for optimal performance. Users can access comprehensive Wi-Fi network details, including hidden networks, and utilize unique features such as monitor mode for capturing and analyzing all network traffic. Moreover, it provides visualizations of connected devices, maintains an inventory of accessible Wi-Fi devices, and conducts speed analyses. With Acrylic Wi-Fi Professional, you'll receive automatic suggestions to enhance and streamline your Wi-Fi network performance, ensuring you stay connected seamlessly. Utilizing its advanced functionalities can significantly improve your overall wireless experience.

Network Performance Monitor (NPM), by SolarWinds, provides advanced network troubleshooting using critical path hops-by-hop analysis for hybrid, on-premises, and cloud services. This modern network monitoring software is powerful and affordable. It allows IT organizations to quickly identify, diagnose, and fix network outages and problems, improving their network performance. SolarWinds Network Performance Monitor features include a performance analysis dashboard, NetPath critical paths visualization, intelligent alerts, multi-vendor network monitoring and Network Insights for Cisco ASA.

WinDump serves as the Windows adaptation of tcpdump, a powerful command line network analysis tool originally designed for UNIX systems. It is entirely compatible with tcpdump, allowing users to monitor, troubleshoot, and save network traffic to disk based on a variety of intricate rules. This tool can be executed on various Windows operating systems including 95, 98, ME, NT, 2000, XP, 2003, and Vista. Utilizing the WinPcap library and drivers, which are available for free from the WinPcap website, WinDump captures network traffic effectively. WinDump also facilitates wireless capture and troubleshooting for 802.11b/g networks when paired with the Riverbed AirPcap adapter. It is distributed at no cost under a BSD-style license and has the ability to utilize the interfaces made available by WinPcap. Additionally, WinDump can operate across all operating systems that are compatible with WinPcap, marking its role as a direct port of tcpdump. Users can initiate multiple sessions either on the same network adapter or across different adapters; while doing so may increase CPU usage, there are no significant disadvantages to running multiple instances simultaneously. This flexibility makes WinDump a valuable tool for network administrators and engineers alike.

Utilize Network Watcher to monitor and troubleshoot networking problems without needing to log into your virtual machines (VMs). You can initiate packet capturing through alerts, which allows you to access real-time performance metrics at the packet level. When a problem arises, you have the capability to conduct a thorough investigation for more accurate diagnostics. Enhance your comprehension of network traffic patterns by analyzing network security group flow logs and virtual network flow logs. The insights gained from these flow logs assist in collecting data for compliance purposes, auditing, and maintaining an overview of your network security posture. Additionally, Network Watcher equips you with the tools to diagnose common issues related to VPN gateways and connections, enabling you not only to pinpoint the problem but also to leverage the detailed logs generated for further analysis and resolution. This ensures that your network remains secure and efficiently managed.

Omnipeek® provides advanced visual packet analysis and deep packet inspection, enabling quicker resolution times for network and security challenges. Organizations and service providers rely heavily on consistent network functionality. Issues such as configuration mistakes, application errors, and security breaches can threaten operations, degrade user experience, and negatively impact financial performance. To ensure optimal network performance, engineers must maintain continuous surveillance of their networks and swiftly address any emerging issues. They require real-time insights across all network segments, including 1/10/40/100 Gigabit, 802.11, and voice and video over IP, as well as for all traffic levels. Omnipeek stands out as a top-tier network analytics solution, offering user-friendly visualization and powerful forensic capabilities that accelerate the resolution of network and application performance challenges, along with security assessments. Building on extensive experience in LiveAction packet intelligence, Omnipeek supports customizable workflows that enhance user efficiency and effectiveness in managing network performance.

Snort stands as the leading Open Source Intrusion Prevention System (IPS) globally. This IPS utilizes a collection of rules designed to identify harmful network behavior, matching incoming packets against these criteria to issue alerts to users. Additionally, Snort can be configured to operate inline, effectively blocking these malicious packets. Its functionality is versatile, serving three main purposes: it can act as a packet sniffer similar to tcpdump, function as a packet logger that assists in troubleshooting network traffic, or serve as a comprehensive network intrusion prevention system. Available for download and suitable for both personal and commercial use, Snort requires configuration upon installation. After this setup, users gain access to two distinct sets of Snort rules: the "Community Ruleset" and the "Snort Subscriber Ruleset." The latter, created, tested, and validated by Cisco Talos, offers subscribers real-time updates of the ruleset as they become available to Cisco clients. In this way, users can stay ahead of emerging threats and ensure their network remains secure.

Utilize your Mac's adapter to capture Wi-Fi traffic, or employ compatible USB dongles for Zigbee and BLE traffic, all while automatically launching Wireshark for subsequent analysis and post-processing. This tool provides numerous customizable settings to meet the specific needs of any packet analysis or troubleshooting tasks. Additionally, it seamlessly integrates with well-known cloud services like CloudShark and Packets, allowing for automatic uploads, analyses, and sharing of your captured data. Capturing Wi-Fi traffic is crucial for effective protocol analysis, especially when addressing issues related to Wi-Fi connectivity, roaming, or configuration. By analyzing your Wi-Fi network's performance, packet captures become indispensable. Airtool simplifies the process of capturing Wi-Fi packets, making it accessible for all users. With its advanced features, including automatic packet slicing and configurable capture file limits and rotation, Airtool is an essential resource for every professional working in wireless LAN environments. As the demand for efficient and reliable packet analysis continues to grow, having a tool like Airtool can greatly enhance a professional's effectiveness.

This tool requires no prior network knowledge; simply launch it to view all IP addresses, MAC addresses, and device names connected to your network, allowing you to easily manage settings such as changing MAC addresses or turning devices on and off with just a click. By keeping it running in the background, you can also safeguard yourself against ARP spoofing attacks. NetCut serves as an effective solution for managing your network through the ARP protocol, capable of swiftly listing the IP-MAC table while enabling you to turn off or power on any computer or device on your LAN, including routers and switches. Additionally, it offers protection against ARP spoof attacks, ensuring that your computer remains secure with minimal effort; with a single click, you can activate protective measures. No one on the network will be able to disconnect you using ARP spoof technology, making it a reliable tool for network administration. Overall, NetCut simplifies the process of network management and enhances your security effortlessly.

Xplico is a prominent tool featured in many leading digital forensics and penetration testing distributions, including Kali Linux, BackTrack, DEFT, Security Onion, Matriux, BackBox, CERT Forensics Tools, Pentoo, and CERT-Toolkit. It supports simultaneous access for multiple users, allowing each to manage one or several cases effectively. The interface is web-based, and its backend database options include SQLite, MySQL, or PostgreSQL. Additionally, Xplico can function as a Cloud Network Forensic Analysis Tool. Its primary objective is to extract application data from internet traffic captures, such as retrieving emails via protocols like POP, IMAP, and SMTP, along with HTTP content, VoIP calls through SIP, and file transfers using FTP and TFTP from pcap files. Importantly, Xplico is not classified as a network protocol analyzer. As an open-source Network Forensic Analysis Tool (NFAT), it organizes the reassembled data with an associated XML file that distinctly identifies the data flows and the corresponding pcap file. This structured approach enables users to efficiently analyze and manage the data extracted from network traffic.

An open-source application provides a valuable tool for gathering crucial details about nearby WiFi networks. The KisMAC WiFi scanner is capable of identifying SSIDs, displaying connected clients, enabling the creation of WiFi maps, and more! It can uncover and assess nearby wireless networks, including those that are concealed or secured. You can pinpoint exactly who is accessing your network by viewing clients' MAC addresses, IP addresses, and their respective signal strengths. This software is instrumental in recognizing potential security vulnerabilities within your network, allowing you to determine areas that require enhancement. Utilizing a WiFi scanner like KisMAC helps you discover various types of WiFi networks in your vicinity, encompassing hidden, cloaked, and restricted options. You can also examine the network name, MAC address, encryption type, channel, and signal strength. Additionally, a WiFi sniffer application is designed to assist in troubleshooting network issues and detecting possible unauthorized access. Such tools can effectively monitor and evaluate network usage, which includes both internal and external clients, ensuring optimal performance and security. Overall, KisMAC serves as an essential resource for anyone seeking to optimize their wireless network experience.

WiFi Explorer serves as a valuable tool for the design and validation of wireless networks, enabling users to detect channel conflicts, overlapping channels, and issues related to low signal quality, all of which can impact connectivity and performance in homes, offices, or larger enterprises. Tailored for Wi-Fi specialists, WiFi Explorer Pro 3 extends its functionality, offering a comprehensive suite of advanced features that aid in the analysis and evaluation of various network types, whether for residential spaces, small offices, or corporate environments. With this application, users can gain a detailed snapshot of the Wi-Fi environment, allowing for the swift identification of prevalent issues that may hinder network efficiency or connectivity. Additionally, the tool allows for the filtering and organization of scan outcomes by parameters such as name, physical access point, or vendor, enhancing the visualization and troubleshooting processes across diverse settings. Furthermore, users can leverage integrations that visualize data from both wireless and non-802.11 energy sources, providing deeper insights into interference effects and channel usage, ultimately leading to more robust network performance.

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With a multitude of indoor wireless networks requiring design, time is often a limiting factor. However, iBwave Design simplifies this process by serving as the industry benchmark for indoor wireless network design, allowing for a more efficient project lifecycle that enables you to design and implement networks with unprecedented speed and intelligence. You can import detailed floor plans, utilize a comprehensive database of more than 35,000 parts, and simulate your network in sophisticated 3D to analyze both coverage and capacity while generating essential project reports with ease. Over 800 organizations across the globe have relied on iBwave Design to successfully implement more than 100,000 indoor wireless networks. By automating your design workflow, you can complete more projects in a shorter period, ultimately enhancing your project pipeline, boosting revenues, and increasing your market presence. Effortlessly drag and drop various network components from our extensive database, which includes antennas, small cells, cables, access points, and fiber hardware; if there's a component you need that isn't already included, we can swiftly add it to our collection. This adaptability ensures your designs are always equipped with the latest and most relevant technology.

Advanced network testing and analysis solutions are available for various technologies including WiFi, Ethernet, 4G/LTE, and 5G/NR. These tools facilitate Internet and iPerf3 speed assessments while providing comprehensive 360-degree wireless coverage analysis. Users can access WiFi scanning capabilities and channel maps, complete with beacon signal Information Element decodes. Additionally, a LAN device scanner allows users to identify who is connected to their network. Both Internet and iPerf3 functionalities, encompassing server and client options, are included for thorough testing. The tools also offer concurrent results for ping, DNS, and HTTP latency across multiple servers with adjustable load settings. Continuous remote uptime monitoring is available around the clock to detect any outages or performance slowdowns. Wireless network coverage can be effectively analyzed in various environments, including homes, businesses, or event venues. The combination of Internet and iPerf3 speed testing, along with WiFi analysis and concurrent load assessments for ping, DNS, and HTTP, provides users with in-depth insights. Users receive detailed performance statistics for the overall network as well as for specific locations, with immediate results that require no prior preparation, uploads, or floor plan management. Alongside comprehensive stats for parameters such as RSSI, physical speed, and local and Internet ping times, the platform remains user-friendly and quick to navigate without the need for floor plans, ensuring a seamless experience.

Meteor serves as a no-ads internet speed testing tool, enabling users to assess the speed of their mobile connections across 3G, 4G LTE, or 5G networks, in addition to testing WiFi speeds. Its distinctive speed test feature provides insights into how your internet speed and download capabilities influence the performance of your most-used mobile applications. Users can evaluate the performance of up to six apps simultaneously, selecting from a wide range of 27 popular applications and games globally. A single, straightforward speed assessment yields clear results regarding download speed, upload speed, and ping time. After the test, you can easily select your frequently used apps to determine how their performance is affected by your existing network connection—eliminating any guesswork about whether your service provider is delivering the necessary 5G speeds. Additionally, you can visualize all your internet speed tests on a map, allowing you to analyze and sort them based on their performance from best to worst. This comprehensive approach to speed testing ensures that users can make informed decisions about their internet usage.

Do not assume that your mobile network delivers a high-quality user experience or that all connected mobile apps work at all times. With TEMS™, Network Testing Solutions, you can find out. The TEMS™, Network Testing Portfolio can be used alone or in conjunction with our suite of network automation tools. It allows you to optimize mobile network quality, application performance, and end user experience by measuring network quality. TEMS is a solution for Network Operators that allows them to dynamically analyze service performance in real-life conditions, indoors and outdoors. TEMS provides visibility into the factors that impact application performance and allows industries to leverage connected mobile applications for automation, remote control, and Industrial IoT.