5 Best Network Monitoring Software in 2022

Best Network Monitoring Software 2021

5 best network monitoring software in 2022

Choosing the best network monitoring software is a daunting task. As an MSP knowing the state and overall health of your clients’ networks is quite important as if you are unaware of it, you are headed for a disaster. With the technological advancements, there is an ample offer of network monitoring software in the market. 

These software have functionalities such as discovering devices, identifying network trends and traffic, graphically representing monitoring results, backing up network and device configurations, and primarily monitoring network equipment, servers, and applications. 

When it comes to choosing the right monitoring software to manage and operate your customers’ networks there are quite a few things you need to factor in like number of devices to manage, on premises or cloud deployments, co-managed IT, location of the deployment and of course budget. 

But before tapping into more details on how to choose the network monitoring software adapted to your needs, let’s agree on the basic terminology first, so we are all on the same page.

What is network monitoring software?

A Network Monitoring Software is designed to monitor and manage the network traffic flow over a network. This tool is used mainly by network administrators and security staff as they monitor network deployments. This software automates most of the network monitoring processes and workflows. 

So you might be wondering what exactly it does? Well, this software monitors the network’s uptime, availability, and response time. It can also monitor unusual activity and alert the network administrator when something suspicious or malicious is detected over the network. The network monitoring process can be for a physical/wireless LAN, WAN, or both. 

A network monitoring software provides information such as Active devices and equipment on a certain network and IP addressing schemes. It routinely reviews the network for availability and generates an alert and notification when a problem or issue occurs. For instance, it will alert you when an access point goes offline, or any suspicious packet is detected. 

Network monitoring must be proactive, which is a necessity and its most important aspect. It is a process in which all the networking components such as routers, switches, firewalls, servers, and VMs are monitored for fault and performance and evaluated continuously to maintain and optimize their availability.

How to choose the best network monitoring software?

Choosing the right network monitoring system makes all the difference in how accurately your customers’ digital infrastructure will work. The network monitoring tool is the most fundamental technology available for MSPs. With its wide range of capabilities and features on offer, you can select the best network monitoring software that will track network processes end to end. The tool ingests a vast array of performance metrics to discover, assess, optimize, and troubleshoot individual devices and keep cybersecurity threats at bay. Before selecting any monitoring software, it is essential to have a few things in consideration.

Firstly you need to check whether the network deployment is small, medium, or large. Usually, these tools are specifically designed for either small, medium, or large deployments. Also, depending on the type of deployment your customer wants: on-premise, hybrid or cloud-based. 

A lot of things matter while deploying a WiFi network and choosing an optimal monitoring tool. Generally, the small and medium businesses must select the tool that is easy to use and works with minimal configuration, so in the case of a co-managed infrastructure, both the MSP and the SMB can have peace of mind. 

The larger network deployments need a monitoring system that is more feature-rich and scalable. Businesses must have a dedicated team of professionals to manage the IT infrastructure to ensure its functionality. Hence, MSPs managing network deployments of any size should ensure that whatever tool they choose must include node and device inventorying, autodiscovery, automatic and configurable trouble alerts, warnings, and a web-based centralized management interface. 

Before selecting, it’s also recommended to understand your customer’s budget and see whether they would want high-performance or cost-effective devices to run the network. Thus, MSPs need to have a wide range of software tools within their portfolio to address each segment’s needs. For large network deployments, MSPs should opt for details over convenience, while small and medium deployments will want to prioritize user-friendliness. It is important to foresee that your customer’s network can potentially grow to choose a sustainable solution that can help you to help your customer scale when it’s needed.

An honest list of networking monitoring software

What are the best network monitoring software in 2021? Here you have a list of 5 useful tools for network management:

  • Manage Engine OPManager
  • PRTG (Paid Network Monitoring Solutions)
  • Tanaza
  • EventSentry
  • SpiceWorks

It is important to consider the amount of virtualization in your network while choosing a network monitoring tool. The network performance monitors differ in their ability to provide visibility within the virtualized environment. Before choosing software, it is important to find out which would be the best network monitoring software to handle the consistent and disruptive problems that your customer’s network will encounter. 

Manage Engine OPManager

OP Manager

One of the famous network monitoring tools, Manage Engine OPManager, monitors SNMP devices, switches, servers, and virtualized network services. It features over 200 customizable widgets to build unique dashboards and reports. For numerous alerting channels, this monitoring tool supports email, SMS, and webhook. It uses intelligent alerting to reduce false positives by eliminating alert fatigue across larger networks. The only disadvantage of this tool is that it is time-consuming to learn. Being a feature-rich tool, it requires time to go through all the aspects and configuration settings. Also, it integrates well in the ManageEngine ecosystem with its other products. This tool is best recommended for users that want a simple infrastructure monitoring tool.

PRTG (Paid Network Monitoring Solutions)

PRTG

The Paessler PRTG network monitoring tool is an integrated solution suitable for both small and enterprise environments. This monitoring software is more than just a server monitoring system. It is made to monitor any IT-related resources that connect to your network, including your firewalls, switches, servers, routers, databases, websites, and even USPs. 

This setup is dynamic, so its monitoring capabilities can grow or shrink with the business size or other requirements of your organization. This monitoring software is a windows program that can be installed on a server with shared access. PRTGs can also send email and SMS alerts based on your custom threshold levels so that network admins can get more frequent warnings from critical servers with shared access. 

This application can monitor everything you need to know about your servers, such as CPU load, hard disk capacity and performance, RAM utilization, and bandwidth monitoring. The primary benefit of this system is that it has a simple and clear user interface with functional elements conveniently located in in-built places. Some of the other key features of the system include multiple user interfaces to choose from, failover tolerant monitoring, and distributed monitoring. PRTG is free for 100 sensors, so it is considered great if you have a small network or are looking for a paid solution.

Tanaza

Best WiFi Monitoring Software 2021
Among all, Tanaza is an ideal solution for the best network monitoring software. It is considered best for MSPs serving small and medium businesses and enterprises or SMEs with in-house IT teams. We all know that businesses rely on networks for all operations. In today’s era, networks have to span globally, so network monitoring is crucial for any business. Being a subset of network management, a good network monitoring tool is required. Businesses are under quite pressure and need to manage affordable and straightforward IT infrastructure that works. Currently, the offers from famous network vendors such as Cisco Meraki, Ubiquiti or Aruba compel users to pay for expensive and non-flexible hardware. This hardware doesn’t allow other multi-vendor networking devices within the same network seamlessly due to lock-in constraints.

Tanaza’s operating system is the most reliable software as it delivers security layers that protect hardware from cyber attacks. Tanaza also delivers a scalable freemium model and a comprehensive marketplace that enables third-party software applications to offer added-value services for customers. It is the only single platform delivering world-class operational efficiency in IT operations. 

Tanaza allows you to manage remote access points, networks, and SSIDs. Furthermore, the zero-touch provisioning allows you to configure remotely any amount of devices and send them to the customer’s location only for installation. Once the device is ON it connects automatically to the platform and features all the configuration set up.

Tanaza has an intuitive interface and features multi-tenancy capabilities so you don’t have to share your credentials with any colleague. Each tenant can have their own and have different permission levels to the network. Furthermore, it’s the only software compatible with multi-vendor access points. MSPs can manage thousands of networks and access points in the cloud from different vendors from a single control plane. No other network monitoring software delivers the same.

In terms of monitoring and network management, Tanaza allows MSPs to have a global overview of all the networks, and detailed information about:

  • the number of client devices connected in real-time;
  • uplink and downlink data rates;
  • SSIDs in a network;
  • devices’ load;
  • bandwidth consumption for each access point;
  • list of channels used by each access point;
  • historical devices status;
  • map display and much more.

Tanaza provides liability to SMEs/SMBs to choose from the hardware of their choice. They can select among cost-effective enterprise gear by saving on CapEx and OpEx as they can reuse their existing networking infrastructure and scale their networks.

EventSentry

Event Sentry

EventSentry is an on-premise network monitoring software that is owned by NETIKUS.NET Ltd. It enables businesses to monitor their IP-based devices performances. The primary functionalities of this tool include monitoring server health and network performance by managing logs and compliances. 

It has a wide range of features such as heartbeat monitoring, SNMP, and Syslog monitoring. The only drawback of it is limiting false positives that become challenging at times. However, it is a good network monitoring tool that enables your business to comply with government and industry regulations such as HIPAA, PCL, and SOX.

SpiceWorks

Spice Works

It is one of the open-source network monitoring software that is known for its scalability and flexibility. It is a great solution for granular monitoring of memory, disk activity, and more. The primary benefit of using this tool is that it is quick and also easy to implement. It allows independent thresholds per system or device. SpiceWorks tracks infrastructure devices such as switches and routers for input/output rate, packets per second, and packet loss. Though this tool provides excellent monitoring, it does not support SNMP version 3. It means that it does not reconcile systems that are going down. Also, its user interface is comparatively slow.

Among the top 5 best network monitoring software, it is up to the requirements of network admins to choose according to their IT infrastructure and business size. Tanaza represents itself as a comprehensive, affordable and flexible SaaS platform for IT professionals to manage WiFi networks in the cloud. Being the only software in the market that works with multi-vendor networking hardware.

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How soon will WiFi 6 impact Business WiFi Networks?

WiFi 6

How soon will WiFi6 impact Business WiFi Networks

WiFi 6 is going to transform connectivity. This next-generation WiFi technology has come with the emerging 5G cellular technology that will change the way we connect to the network. With technological advancement, MSPs have to stay ahead of the trend to cope with the development of wireless networks. 

The WiFi 6 or 802.11ax can connect devices that are far from the reaches in the crowded networks. This new WiFi standard will completely reform the way we connect to our smart devices entirely. The progression of the WiFi standards has always brought a significant change than its predecessors. 

Just like the previous generation of technologies, the WiFi6 is emerging in the same manner. It is coming integrated inside the latest smartphones and laptops, new routers, and access points that promise faster and comparatively reliable connectivity for more devices. 

WiFi6 is both a revolutionary and evolutionary standard. We all know that it will provide faster, more reliable connections. It is better able to handle a lot more traffic at once at a simultaneous time. It may not seem evident initially, but revolution is destined to follow the evolution.

Differences between WiFi 5 and WiFi 6

This new WiFi technology was announced in 2018, which was the better, faster generation of the ongoing 802.11ac technology or WiFi5. It began to be certified in September 2019 in the devices. Slowly but gradually, the 802.11ax (WiFi6) started appearing on devices. For now, it is coming in the flagships of Apple and Samsung. The WiFi6 tech has also emerged in some routers and access points. 

Of course, this technology offers significant improvements to its predecessors. Not only does it work in high-density environments, but it also supports dozens of devices. Furthermore, it also boosts the battery life of compatible devices and possesses higher data transfer rates than previous generations. 

Talking about speed, theoretically, the WiFi 6 delivers maximum speed rates of 9.6Gbps across multiple channels, in contrast to the WiFi5’s 3.5Gbps. It is almost 250% more than the WiFi5 devices. The higher speed of WiFi6 is due to the OFDMA (Orthogonal Frequency Division Multiple Access) sub-channels, MU-MIMO user multiplexed, Beamforming, and 1024 Quadrature Amplitude Modulation (QAM). The beamforming enables higher data rates at a given range to increase network capacity. This all became feasible because of these multiple variations in Wifi5. 

If you want to discover more about this technology, read our previous article, the ultimate guide to the 802.11ax wireless standard.

Is WiFi 6 worth it?

The unequivocal answer is ‘YES.’ The WiFi 6 comes with many improvements in its network from its predecessors. The industry certification program based on the IEEE 802.11ax standard accentuates optimum connectivity in places with thousands of connected devices such as stadiums and other public venues. 

The advanced WiFi 6 ensures that the connected devices perform at their optimum levels. Also, the WiFi6 certified devices meet the highest standards for security and interoperability. The 802.11ax technology is undoubtedly worth it in terms of the features it offers. The OFDMA effectively shares the channels to increase network efficiency and lower latency in high-demand environments. The 160MHz channel utilization increases bandwidth to deliver significant performance with low latency. 

Also, the WiFi 6 certified devices intensify the performance of the applications. The MU-MIMO (antenna) technology, known as Multi-User, Multiple-Input, Multiple-Output technology, allows multiple users to access a wireless network simultaneously without any disturbance or signal dropping. The more downlink data is transferred at a particular time by enabling access points to handle more devices at one time concurrently. 

With the increase in IoT devices connected to the internet, the latter requires a more organized network infrastructure. The WiFi 6 comes with low power improvements like target wake time considered optimal for IoT devices.

Do businesses need WiFi 6?

The WiFi 6 is all about improving the networks when a lot more devices are connected. The speed of 9.6Gbps is theoretical, and it is unlikely that you ever need such speed in real-world WiFi use. The fact that i has a much higher theoretical speed than its predecessor is quite essential. The more the devices are connected, you will experience more toll on your network. So Yes, it’s true that businesses need WiFi 6. The latest WiFi standard introduces new technologies that work on the issues that come while connecting dozens of WiFi devices on a single network. It lets the routers communicate with more devices by sending data to multiple devices in the same broadcast. 

The usage of WiFi 6 in your business will surely increase your office productivity. It will help the companies drive more value from their present infrastructure. The vast transfer rate will allow companies to attain 5G level performance.

How will WiFi 6 impact your networks, and how soon?

We all understand that the new WiFi standard is providing faster and more reliable connections. The number of critical new features provide WiFi 6 networks and the devices with the ability to handle more traffic and efficiently. The vital point to note here is that WiFi 6 isn’t likely to be substantially faster than WiFi 5 when connected to a single laptop. However, when more and more devices get added to your WiFi 6 network, the story changes. 

In this scenario, when current routers may get overwhelmed by the requests from many devices, WiFi 6 routers will effectively keep all those devices up to date with the amount of data each device needs. It is important to remember that you will only get the full benefits of WiFi 6 if both provider and client devices are certified for WiFi 6.

WiFi generations rely on hardware and not just on software updates. To get this new version of WiFi running, you’ll need to buy new devices. The new devices with WiFi 6 will start coming into the market by default. It’s not something that you’ll want to run out to the store and buy.

Should you upgrade your business networks to WiFi 6?

Well, Yes, you should upgrade your business networks to WiFi 6. It offers more speed, a more reliable connection, improved battery life, and better security. This new WiFi standard enables an unimpeded network by allowing more client devices and IoT devices to connect. Undoubtedly it seems a wise decision to upgrade your business networks to WiFi 6. With time new devices have emerged that are WiFi 6 certified but still, it is a long way to get transitioned to this new standard. The sole reason behind this is that the WiFi 6 will appear in the market by default as it has appeared on flagship smartphones of Apple and Samsung and some routers. These routers are so far quite expensive high-end devices. 

The inclusion of WiFi 6 in the devices has begun. As time will pass the prices will start coming down, and they already are since this network was introduced. The WiFi Alliance began certifying devices in 2019, so the routers and devices became cheaper. There is no need to rush to replace every WiFi5 device and network component simultaneously. The reason behind this is that there aren’t many WiFi6 clients out there. It will take a few years for the WiFi 6 to make its way to the market. The hardware for this WiFi standard is still being built, and interoperability testing is being performed, implying that it is worth waiting before opting for this standard.

So, pace yourself. The technology standard is fresh and out of the oven. Don’t jump to change the network infrastructure as the reality is that if the client devices do not support WiFi 6 is very little what you will be able to offer to your guest WiFi users in terms of WiFi 6. I would forecast another three years for most users to have devices that support WiFi 6. Right after then, you can start thinking about an upgrade for your networks.

“There is no need to rush to replace every WiFi 5 device and network component simultaneously.
The reason behind this is that there aren’t many WiFi 6 clients out there.”

WiFi 6 has already made its way into the market but still, it will take time to reach its full potential. There is no doubt that 802.11ax has bought immediate benefits in network speed, capacity, and responsiveness. These are some of the perks that will improve overtime as the new WiFi standard capable devices replace the system with older generation connectivity. This network will revolutionize the way by bringing network performance to the optimum level in virtually every segment. To get the most out, buyers have to choose the best technology available for their deployments. 

Tanaza is constantly adding more APs to the list of compatible devices. It is currently working on a batch of APs to support customers when the right time comes to upgrade the networks with the latest technology.

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Related articles:

https://www.tanaza.com/blog/802-11ax-wireless-standard/

How to choose WiFi access points for restaurants

WiFi Access Points for Restaurants - Choose the Right Hardware

How to choose WiFi access point for restaurants

Choosing the best WiFi access points for restaurants is much more important than we think. Access points are the backbone of any wireless network. Therefore, it is important to choose the right hardware as it ensures that you can build a strong and scalable system that can handle the right amount of connections per device and maintain the network’s reliability based on your connectivity needs. 

When deploying a new WiFi network, it is important to look for the right access point to enhance guests’ connectivity. The type of access points you might require will depend on the environment in which it will be deployed. Further, it is paramount to provide seamless connectivity that allows users to roam freely throughout the space.

Choosing the right WiFi Access Point for restaurants

Measure the restaurant size and check physical obstacles for WiFi signal

The primary step that involves choosing the right access point for your restaurant is to measure your restaurant’s size. Check how large is the space you need to cover with an access point. If you are just starting a new restaurant with less gathering, say around 10-30 people, you will need far fewer access points than what you might require for a gathering of around 30-80 people. If you think of expanding shortly, you might consider choosing an AP with an extensive range to prepare for your growth.

Also, you need to consider many factors, such as the shape of your floor plan, note the type of building or wall materials that divide the space. The number of access points needed in a place increases if the internal walls are separating the area.

Removing any unnecessary physical obstacle will enhance the connectivity of the access point. A thorough survey of your restaurant will also help determine how many access points you will require.

Number of concurrent users – Check how many users are connected to WiFi

Depending on the size of the location, the number of concurrent users connected to the network will also vary. For example, a large restaurant network may host approximately a maximum of 30 concurrent WiFi users, whereas a mid-sized restaurant may host a maximum of 12 concurrent users. Therefore, it is important to take into account the client coverage carefully when designing the WiFi network. 

In addition, different factors can affect the number of concurrent users that a wireless access point can support. Although many access points support up to approximately 250 connected devices, it is important to note that single radio devices can handle a smaller number of concurrent users than dual-radio access points. 

If you want to calculate the number of concurrent users and number of APs for your WiFi networks, read our article Network Capacity Planning – Wireless Capacity vs. Coverage.

Predict internet usage to establish what WiFi access points work better for your restaurant

It is essential to understand the internet usage of your restaurant and to know what kind of online activity your WiFi users will be doing while connected to your WiFi network. Knowing your internet usage is necessary to choose the right access point for your restaurant.

Some applications consume more bandwidth than others. The rate of data transfer is calculated in bits per second. This bit/second is quite lower when customers simply browse the web, message and chat on Facebook, Whatsapp, or Telegram, or just go through their emails. However, when people share or download the pictures and files on DropBox and Google Drive, the number of bits/seconds transmitted across your network will increase.

Moreover, if guest users are streaming videos on YouTube, Netflix, or making VoIP calls and video calls, there is a significant rise in the number of bits/sec. Therefore, it is important to predict internet usage beforehand to provide your guests with an optimal WiFi experience. The access point handles different numbers of concurrent users depending on the internet usage of customers.

Calculate your internet usage with our access point selector.

Choose the best WiFi access points for restaurants, considering technological variables

By considering the technological variables, you would choose the best WiFi access points for the guest users. Apart from the access point performance, if the signal of the WiFi network is not reached to the users, the number of concurrent clients connected to the network in a location will be limited. 

Thus, carry out a proper site survey of your restaurant to choose the right access point. There are many expectations from a particular access point ranging from speed performance, ease of installation, cloud manageability, and software stability. Access points with cloud-based management features are a must for any restaurant provider. It lets network administrators control the devices and customize bandwidth while monitoring the overall network performance and security issues. 

Discover Tanaza Powered Devices with network management out-of-the-box for your restaurant WiFi networks.

POE vs LAN

Power over Ethernet (PoE) is a technique that passes electrical power over wired ethernet local area networks. It allows the power cords to carry the electrical current of each device instead of data cables. The POE usage limits the number of wires needed for a Wifi network. The primary benefit of the POE is that you do not need to run electrical wiring, which saves money in material and saves installation time. The usage of POE has made access point installations relatively easier and more scalable. 

On the other hand, LAN is a computer network that interconnects computers within a limited area. Contrary to Power over Ethernet, in LAN cable external power source (Adapter) is required to get the power.

802.11ac vs 802.11n

The 802.11ac and 802.11n are the wireless networking standards that significantly differ from each other. The IEEE 802.11ac was finalized in 2013, and it supports a wireless frequency of the only 5Hz. It is the 5th generation of WiFi and is found in every major smartphone, laptop, computer, and smart television. The improved version of 802.11ac offers better speed, better range, and enhanced WiFi performance. 

Instead, the 802.11n wireless networking standard was finalized in 2009. It uses multiple antennas to increase data rates and supports the wireless frequencies of both 2.4GHz and 5GHz. In terms of speed, 802.11ac is capable of 720Mbps (Megabits/sec.), whereas 802.11n locks its speed at 240Mbps. 

You clearly know the winner here. As 802.11n uses 2.4GHz and 5GHz wireless frequencies, it surpasses the 5th generation of WiFi which only uses 5GHz. Higher frequency bands are comparatively faster, but lower bands travel further.

Determine WiFi access point placement to improve coverage

Only having a suitable access point will not determine seamless connectivity. If you have placed a WiFi access point for a restaurant, you need to find a suitable placement to improve its coverage. It is recommended to install the wireless access point on the ceilings of your restaurants as this will provide full connectivity to the whole place. 

Moreover, the top of the access point must be facing the intended service area to improve the coverage. This is the place where the antennas of an access point are situated. 

The access point must never be obstructed by anything, such as drop ceilings, TVs, or cameras. In fact, these access points get affected by other devices that transmit radiofrequency. Therefore, the interference results in weak and unstable connectivity. So make sure that your access point is positioned away from the common radio sources such as Televisions, Microwave/Ovens, Speakers, Wireless security cameras, and many more.

Select the right WiFi access point antenna types: directional vs omnidirectional

It totally depends on your network connectivity to choose from the two types of WiFi access point antennas. One is directional, and the other is omnidirectional. The omnidirectional antenna is the one that sends signals to all directions, whereas the directional antenna, as the name suggests, sends a signal to only one direction. 

After surveying your network connectivity, you can decide to choose the right WiFi access point antenna. Directional antennas are considered a better option as they send a signal in one specific direction. You can improve your network connectivity by pointing your antenna in the direction where the signal lacks.

Test a multi-vendor approach if you want to reduce costs

While you are looking for the right WiFi access points for your restaurant, you need to consider all the factors that will ensure the seamless connectivity of your network to guest users. Consider that you need to install devices not only indoors but also outdoors for your deployment. 

For optimum performance of your access point, check the Tanaza platform. It’s a multi-vendor network management software to operate and control access points in the cloud. 

Tanaza works with the most commercial access point brands like Ubiquiti, MikroTik, OpenMesh, LigoWave, PowerCloud, and also it comes already pre-installed in a selected line of access points from Comfast, Amer Networks, Intelbras (only for Brazil), DCN, and Yuncore.

With Tanaza, you will be able to manage multiple WiFi devices from different vendors in a centralized way. Troubleshoot WiFi networks via cloud, enable captive portals with different authentication methods and customize the guest WiFi experience from a single platform.

If you are looking for the right access point for restaurants, you also need a network management software to operate and control the devices and networks. Tanaza allows you to scale network deployments, mix and match brands, all from the cloud.

Tanaza offers various customization options for the network administrators in which they can also limit the bandwidth and data usage. Discover all the features of the Tanaza platform by starting a free trial today.

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Let’s celebrate World WiFi Day 2021

WiFi Day 2020

Let’s celebrate World WiFi Day 2021

20th June, Tanaza celebrates World WiFi Day 2021. The global event is organized every year by Wireless Broadband Alliance and developed by the Connected City Advisory Board (CCAB). This recurrent event of the networking industry aims to encourage not only cities and government parties but also operators, service providers, MSPs, ISPs, tech vendors, and internet dealers, to come together to deliver connectivity to everyone, everywhere.

“Connecting the unconnected”

Wireless Broadband Alliance

When is World WiFi Day?

Every 20th of June, the world celebrates the phenomenal role that Wi-Fi plays in our life by connecting people & things.

What is World WiFi Day?

World WiFi Day 2021 celebrates innovations and new projects that help bridge the digital divide worldwide. The goal is to improve consumer access in broadband-deprived areas in both developed and developing countries. Although the number of urban unconnected is highest in the Middle East and the Asia Pacific regions, connectivity remains an essential concern in Europe and North America as well. The need for urban connectivity can be due to several technological issues, often discussed by local and national political entities.

Data and facts about WIFi in 2021

Facts About Wi-Fi Impacts

Facts about WiFi Impact - World WiFi Day 2021

Digital Divide – Key Facts

Digital Divide 2021 - World WiFi Day 2021

Why do we support World WiFi Day every year

Tanaza supports the initiatives aimed at disrupting the WiFi market since the beginning. Our mission is to increase the availability, affordability, and awareness of high-quality internet access to make Wi-Fi more accessible. Tanaza creates value by freeing operators from locked-in vertical solutions that impose a software and hardware bundle.

Tanaza leverages the software and hardware disaggregation paradigm, allowing users to upgrade to TanazaOS multiple devices from different vendors. We believe that today’s market is a breeding ground for the disaggregation of software and hardware to be shared also in the WiFi networking market.
Tanaza is continuously committed, through projects and partnerships, to transforming hardware and software unbundling in WiFi into reality.

Tanaza strives to provide high-quality network services to underserved areas that have not had access due to a lack of infrastructure or high costs. Tanaza is a member of the Telecom Infra Project (TIP), a collaborative community among telecom companies that work to improve the infrastructure behind global connectivity. From 2019, it continues to contribute to the project, to accelerate innovation in telecommunication networks, through standardized, open-source, and disaggregated network solutions. In particular, Tanaza launched the Open Wi-Fi System project, giving proof of the compatibility of the Wi-Fi management cloud platform with TIP’s open-AP stack software, including the OpenSync™ open-source framework.

In 2020, Tanaza joined Facebook Connectivity’s Express Wi-Fi Technology Partner Program, which facilitates network equipment operators to produce network hardware and software that is compatible with Express Wi-Fi by Facebook. This project is part of Facebook Connectivity, a collection of programs, technologies, and partnerships designed to increase the availability, affordability, and awareness of high-quality internet access. Program members are currently collaborating to connect underserved communities around the world and bring more people online to faster internet access.

Over the years, Tanaza has won numerous awards, both general and sectoral (IDC Innovator; Wi-Fi Now Best Enterprise Software; Seal of Excellence of the European Commission), and has received funding under the Horizon2020 project for the TanazaOS project.

 

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Let’s celebrate World WiFi Day 2020

WiFi Day 2020

Let’s celebrate World WiFi Day 2020


Press play to listen to the article.

20th June every year, Tanaza celebrates World WiFi Day 2020. The global initiative, organized by Wireless Broadband Alliance and developed by the Connected City Advisory Board (CCAB), aims to encourage not only cities and government parties but also operators, service providers, tech vendors, and internet dealers, to come together to deliver connectivity to everyone, everywhere.

World WiFi Day celebrates innovations and new projects that help bridge the digital divide worldwide. The goal is to improve consumer access in broadband-deprived areas in both developed and developing countries. Although the number of urban unconnected is highest in the Middle East and the Asia Pacific regions, connectivity remains an essential concern in Europe and North America as well. The need of urban connectivity can be due to several technological issues, often discussed by local and national political entities.

World WiFi Day is also a platform to help the unconnected to be connected and address the possibility to continue to widen the availability of WiFi access.

Why do we support World WiFi Day every year

Tanaza supports the initiatives aimed at disrupting the WiFi market since the beginning. Our mission is to increase the availability, affordability, and awareness of high-quality internet access to make Wi-Fi more accessible. Tanaza creates value by freeing operators from locked-in vertical solutions that impose a software and hardware bundle.

Tanaza leverages the software and hardware disaggregation paradigm, allowing users to upgrade to TanazaOS multiple devices from different vendors. We believe that today’s market is a breeding ground for the disaggregation of software and hardware to be shared also in the WiFi networking market.

Tanaza is continuously committed, through projects and partnerships, to transforming hardware and software unbundling in WiFi into reality.

Tanaza strives to provide high-quality network services to underserved areas that have not had access due to a lack of infrastructure or high costs. Tanaza is a member of the Telecom Infra Project (TIP), a collaborative community among telecom companies that work to improve the infrastructure behind global connectivity. From 2019, it continues to contribute to the project, to accelerate innovation in telecommunication networks, through standardized, open-source, and disaggregated network solutions. In particular, Tanaza launched the Open Wi-Fi System project, giving proof of the compatibility of the Wi-Fi management cloud platform with TIP’s open-AP stack software, including the OpenSync™ open-source framework.

In 2020, Tanaza joined Facebook Connectivity’s Express Wi-Fi Technology Partner Program, which facilitates network equipment operators to produce network hardware and software that is compatible with Express Wi-Fi by Facebook. This project is part of Facebook Connectivity, a collection of programs, technologies, and partnerships designed to increase the availability, affordability, and awareness of high-quality internet access. Program members are currently collaborating to connect underserved communities around the world and bring more people online to faster internet access.

Over the years, Tanaza has won numerous awards, both general and sectoral (IDC Innovator; Wi-Fi Now Best Enterprise Software; Seal of Excellence of the European Commission), and has received funding under the Horizon2020 project for the TanazaOS project.

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Remote syslog – Track client device connections

Remote Syslog

Track client device connections through remote Syslog in Tanaza


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about how to track client device connections
through remote Syslog in Tanaza.

Nowadays, having a remote syslog feature within the WiFi network system is a must-have for Service Providers. The Tanaza software has the built-in capability of tracking the client device activities on the access points. When enabled, the messages and events stored in the access points can be exported to a remote Syslog server.

Remote Syslog

Tracking client devices’ connections in an Access Point

Some countries lawfully need to store TCP/UDP messages from access points and routers, for reporting purposes. Any given device generates information events in response to changing conditions, for example, like connections. Typically, these events are logged locally in the access points; however, monitoring and storing this data can slow down the device’s capability and, consequently, affect the network. 

Thanks to the Syslog feature, network administrators can forward this information to a remote Syslog server. Tanaza is rolling out an enhancement of the Syslog feature in the platform, which allows network administrators to track the client device connections in the access point.

Users can enable the remote Syslog server in the advanced settings of each access point. Alternatively, it can be enabled on all access points within a network, in one click on the Network-wide configuration. 

Afterward, every time a user connects or gets associated with an SSID, the MAC address and IP address are automatically registered in the logs.

With this feature the Syslog will show:

  • Date and timestamp (based on the time zone configured on the device)
  • Source local IP address 
  • Destination IP address
  • Source and destination ports
  • Source and destination MAC addresses

It is worth mentioning that this feature only allows users to send the log information from an access point to a remote server on the local Intranet or Internet by specifying an IP address. The data travels directly from the access point to the specified remote Syslog server. Tanaza users will rely on such platforms to retrieve any related information.

Read this article to learn how to set up your remote Syslog server on the Tanaza platform.

Syslog information now includes the client device IP address

When Services Providers, by law, need to keep track of IP address activity for every single device connected to a network, it’s predominant to have a feature within the network management system that allows sending this data to a Syslog server.

Tanaza has this capability embedded in the platform. Now network administrators can see, besides the client device’s MAC address and its activity, the IP address assigned to a client device and its activity when it connects to a Syslog-enabled WiFi network.

By enabling this feature, it’s possible to associate:

  • Device MAC address
  • Device local IP address
  • Public IP addresses visited
  • The specific time when it did happen

This enhanced feature allows Tanaza users to cross-link the information with the MAC address of the device that had the same IP address for a specific period.

While this feature is powerful, it involves a higher average load per each access point, as it would have to track every single connection of every client device connected at all times. Hence, users need to take into consideration that when enabling it, and use it wisely.

Still not using the Tanaza WiFi cloud management software?

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This guided demo will help you understand how to use the different features the Tanaza platform offers. Speak directly with one of our experts.

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