Tamos TamoGraph® Site Survey Alternatives

Waircut is a wireless device-based tool for WiFi Protected Setup (WPS) wireless, portable, and free network audit software that has been designed to check the security of your wireless network. The app can test the router to look for known generic-WPFS pins, brute-force vulnerabilities, and more. By enabling it functional, the users can avoid possible security breaches and other unwanted, unpleasant situations in the long run.

Additionally, the users can check the device’s compatibility as a generic or WPS pin set with notes and check whether it acts weak against brute-force attacks or pixie-dust attacks. For installation, it requires a step-by-step process and has simple operations, and is very useful software. Following are the key benefits of the tool: it checks your wireless security, enables various tests for your router, simple operations, and portable and wireless features.

Homedale is a tool that allows users to instantly see information regarding all the WLAN access points that are close to the computer by manipulating signal intensity, encrypting (WEP/WPA/WPA2), signal speed, frequency, channel, bitrate, and any other additional data. The program allows all the information adjacent to the adapter by allowing the complete name of the model and the MAC and IP addresses. It is a very lightweight application that doesn’t require any installation and can be executed on any portable device, and an ideal to carry at all times. Moreover, the users can observe the signal strength of selected access points in a graph over time with a start logging and create a screenshot.

iStumbler is a utility for accessing wireless networks and devices with AirPort or Bluetooth compatible Macintosh computers with tools for investigating, such as WiFi networks, Bluetooth devices, Location information, Bonjour services, and Spectrum usage in real-time. Timescale slider accesses the users to see the last scan results, and Inspector displays complete information, including a high-resolution graph with properties and information about every sample.

Toolbar buttons allow to set up Bluetooth devices, browse or send files, manually pair with the utility. The users can view the location of discovered WiFi networks, access web services, originally track the computer’s movement, Export location database, and manual page. Key features include: lists visible wireless networks with detailed information, graphically detect network type and encryption status, signal, and noise graphed overtime for all networks, double click a network to open a connection monitor, and analyze the wifi Manual page for more details.

Vistumber allows the users to map and visualize the access points around them based on the wireless and GPS data collected with a wide array of tools and data in order to diagnose and find more information about surrounding wireless networks. The utility uses the Windows Native WiFi API or netsh to find access points and get wireless information and supports COM-based NMEA.

Key features include: export or import access points from Vistumbler TXT/VS1/VSZ or Netstumbler TXT/Text NS1, access point GPS locations to a google earth KML file or GPX(GPS eXchange format), live Google Earth Tracking that allows automatically KML shows access points in google earth and speaks signal strength using sound files, windows sound API or MID.

Kismet is a wireless network and device detector, sniffer, wardriving tool, and WIDS (wireless intrusion detection) framework that works with WiFi interfaces, Bluetooth interfaces, software-defined radio, and hardware like the RTLSDR and other specialized capture tools. It supports plugins that extend the WebUI functionality via Javascript and browser-side enhancements, as well as the more traditional plugin architecture of C++ plugins, which can extend the server functionality at a low level.

The platform supports external ‘helper tools’ which can extend server functionality via scripting tools such as Python. The application is compatible with any wireless card which supports raw monitoring mode and can sniff 802.11a, 802.11g, 802.11b, and 802.11n traffic. The tool contains basic wireless IDS characteristics, such as detecting active wireless sniffing programs like NetStumbler, as well as a number of wireless network attacks. The app embeds the ability to log all sniffed packets and save them in a tcpdump or Wireshark or Airsnort compatible file format.

MetaGeek Wi-Spy Air is a lightweight spectrum analyzer that shows the real-time Wi-Fi and RF data for troubleshooting issues, including the network overview, advanced layer protocols, and WLAN design best features. The users are allowed to Toggle 2.4 and 5 GHz Spectrum views on and off to pinpoint congestion and interference modes. For the Layer two side, it displays utilization and connected client count to help users make informed channel-planning decisions and keep the BSSID in check by tracking details like channel, security type, phy type, SNR, max data rate, and connected clients.

By plugging in Wi-Spy Air and fire up Air Viewer, the users get an immediate visual overview of the wireless environment, such as network and neighboring networks. Network overlays visually display channel placement, channel width, and signal strength in the 2.4 and 5 GHz Wi-Fi bands. The utility provides sort cards by network name, signal strength, or max data rate and uses Air Viewer’s powerful search navigation to zero in on the client or AP required to investigate.

To see how a client is interacting with the AP by monitoring Retry Rate, Utilization, and Connected Data Rate, allow spot band-steering and roaming productivity by utilizing the Roaming History log, and experience the wireless landscape as a user with Wi-Spy Air’s onboard Wi-Fi chipset to track signal strength as you move around the environment.

Ekahau Wi-Fi Heatmaps is a visual display of the wireless signal coverage and strength that provides the wireless network analysis, simulation with high-definition visual Wi-Fi heatmaps, and optimization to take the guesswork out of network coverage and performance. The tool is normally designated on top of a building or facility floor plan to provide the network owners a clear idea to deal with problematic places by locating in relation to the collected survey data and access point locations.

The users can plan more accurately by designing networks for their unique needs with simulated heatmaps and validate with real-time world testing. It helps to remove the guesswork out of optimization and to visualize the network performance and Wi-Fi signal levels with comprehensive utilities for stable speeds and high-performing.

iBwave Wi-Fi software suite brings smart networking solutions to enterprise, education, hospitality, transportation, retail, office, healthcare, public venues, and residential wireless networks. You can use this to solve key challenges that affect network capacity and user experience.

The unique RF domain modeling accurately predicts wireless signal coverage and capacity for every outdoor environment. The patented Antenna Matchmaker feature calculates the optimal locations for 3D Beamforming antennas without requiring 3D floor plans or calibration data. Network engineers can focus on deployment rather than extensive engineering work to ensure the best coverage and capacity.

Other notable features include a highly accurate predictive RF model, indoor/outdoor real-time propagation prediction, predictive coverage analysis, optimized placement of 3D Beamforming antennas, energy-efficient 802.11ax Radio design, and propagation predictions within line-of-sight. All in all, iBwave Wi-Fi is a great tool that you can consider among its alternatives.

AirMagnet Survey tool allows you to determine wireless coverage of Wi-Fi networks. The highlighting features of this tool include network diagrams, throughput charts, SNR analysis, access point statistics, MAC level counters, bandwidth statistics, network loss stats, OSPF topology, and link status information. It provides insight into a wide range of critical areas and aids in making informed decisions on optimizing the deployment of Wi-Fi infrastructure.

The full spectrum analyzer will help you make educated choices when deploying new or changing your existing wireless networks. It also gives the organization visibility into what they can do to mitigate interference issues that affect performance and enable service quality assurance for mobile users.

Other notable features include Tracking of IEEE 802.11a/b/g/n/ax client connections, Probe Requests to build accurate graphs of access point activity, and backhaul load for various SSIDs and subnets. Moreover, you also get highly accurate data on radio conditions, including received signal strength, CINR, FSU, LOS, signal-to-noise ratio, SNR, etc. All in all, AirMagnet Survey is a great tool that you can consider among its alternatives.

Azure Virtual WAN enables connectivity to your applications across private and public networks in Azure and on-premises infrastructure. It offers load balancing, fault tolerance, caching, high availability, traffic shaping, encryption, monitoring, and health checking features. With VWAN, you can connect multiple customer environments to Azure for redundancy or enable cloud applications to securely connect to each other without crossing an organization’s firewall. This enables customers to build the network infrastructure they need for today’s workloads while providing the flexibility to expand or transition workloads as their needs change.

By extending Microsoft’s existing technologies with additional services, VWAN gives you greater control over how traffic flows across your application network. In addition to connecting applications across the internet, you can extend connectivity from private or hybrid clouds to Azure services like virtual machines, databases, and IoT applications. All in all, Ekahau Site Survey is a great tool that you can consider among its alternatives.

Cisco FindIT provides a comprehensive view of your Cisco network environment and includes integrated support for best practices such as Continuous Operational Improvement and change management. With this service, you can see what’s going on across your network at a glance, find information about who’s doing what, when, and why, and deploy operational practices to increase the likelihood of successful deployments.

Highlighting features include a Centralized network inventory that captures data from many different sources, a Unified approach to security management, Real-time views of traffic flows, end-to-end packet processing, and routing paths, etc. Other notable features include IT Operations dashboards to streamline COI processes, Applications to quickly identify root causes of application issues, Usage Analytics that lets you easily define user access policies, adaptive networking capabilities that learn how your network changes over time, and much more. All in all, Cisco FindIT is a great tool that you can consider among its alternatives.

Junos Space Network is a virtual network infrastructure management platform, similar to VMware’s Virtual Machine environments, that allows you to perform network orchestration on devices. With its ease of management feature, you can monitor, update, move, and delete all resources via a centralized GUI or API. The unified network monitoring module offers performance counters for devices, and applications are consolidated in a single location.

It helps you provision new services and optimizes workflow tasks across thousands of Juniper devices. Other notable features include centralized logging, which gives you all the events generated by different entities and can be collected in a centralized location and easily analyzed, and a control plane high availability that provides several copies of the control plane. All in all, Junos Space Network is a great tool that you can consider among its alternatives.

www.jwaves.io is a simple waveform monitoring and measurement tool, providing real-time analysis of two different modulation standards, i.e., DECT and LTE. It consists of a standalone C++ application that can be easily run on Linux or macOS X, using any network connection to an oscilloscope, DECT, or LTE analyzer. The application monitors signal power levels and make measurements based on them. These measurements are displayed on the device’s screen, providing both numeric and graphical displays of signal parameters. All raw measurement data is logged and exported as CSV files, ready for further processing or further analysis.

Highlighting features includes a multi-path filter to avoid reflections, Complex scaling of the time axis, One-button mouse-controlled mode to capture all the important features in one sweep, Adjustable grid line resolution, Fast frequency response display, and the ability to log signals at arbitrary locations on the time axis. All in all, Junos Space Network is a great tool that you can consider among its alternatives.

Xirrus Wi-Fi designer provides the software platform for wireless networks that allows you to maximize efficiency and quality of service while maximizing coverage and increasing customer satisfaction. It has integrated tools for comprehensive planning, automated equipment modeling, visualization, predictive analysis, as well as intuitive management, reporting, and diagnostic tools.

With this complete suite of features, you can perform rapid design and deployment of a highly reliable wireless network. Xirrus provides end-to-end RF spectrum optimization by applying smart algorithms that efficiently manage network performance to maintain high performance as devices move through the spectrum.

These capabilities are supported by a cloud platform that stores all information in one place and manages complex configuration parameters across hundreds of devices in multiple areas simultaneously. The resulting designs can then be visualized on any connected device or on any existing xirrus wi-fi.com dashboard, allowing you to quickly understand how the wireless network will perform in real-world environments. All in all, Xirrus Wi-Fi designer is a great tool that you can consider among its alternatives.

AirRadar is an application that analyzes Wi-Fi connections, trying to establish their proximity to each other by detecting all the clients connecting to them. It does all this at the backend, which can analyze network logs in a decentralized way, avoiding centralized databases as well as sacrificing performance. To efficiently collect access point information, it has a mapping feature that collects access point information from public wireless hotspots and allows users to monitor this information in real-time.

In order to analyze this data, a programmatic API is there, which allows clients to use our backend without writing any client. Moreover, there are other options to customize the network, like assigning colors according to the network strength so that you can easily identify the best one. Other than signal strength, the tool also offers info like encryption types, beacon intervals, channel bands, and much more. All in all, AirRadar is a great tool that you can consider among its alternatives.

ManageEngine Free Wi-Fi Analyzer is an excellent detective tool that is used to diagnose the Wi-Fi networks and identify the reason behind spotty Wi-Fi connectivity by isolating and resolving the issue with the network. The users can overview the signal graph and identify the strongest signal available in the premise by fixing the poor internet connectivity.

The users can select between the two frequency bands – 2.4GHz & 5GHz in the analyzer mode to observe the networks in the chosen frequency band and get the live widget along with the application for enjoying the channel graphs. Following are the key features: Monitor the Wi-Fi on the go, supervise the network enterprise, scan all the Wi-Fi signals available, know the strengths, get a graphical view of all the channels, keep a tab on channel interference, widget on the screen, and load the floor plans & generate reports of Wi-Fi.

Ekahau Site Survey is a flexible wireless site survey software tool that performs automatic wireless coverage calculations and collects detailed information about your wireless network environment. It helps you identify critical issues in your wireless network design before deploying new equipment, increase customer satisfaction by understanding the user experience of your network, and get better coverage from your existing equipment.

Highlighting features include Automatic spectrum analysis that eliminates guessing of frequencies, Automated antenna modeling, which gives accurate possible results, Coverage results with experts, etc. With this tool, you get the validation of your Wi-Fi coverage and performance. The in-depth troubleshooting tool offers metrics to identify common issues like coverage gaps, interference, overcapacity, and malfunctioning equipment. All in all, Ekahau Site Survey is a great tool that you can consider among its alternatives.