The positive impact of WiFi at schools

The positive impact of WiFi at schools

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WiFi has a positive impact on learning. Students and teachers are increasingly using wifi-enabled devices for educational purposes.

Nowadays, the way students learn is way different from how students used to learn years ago. This generation of students is a digital generation, and young people are used to work and develop their skills by using devices connected to the internet. Most students read books and write homeworks on their devices and some schools even provide their own PCs and tablets for the pupils.

Having WiFi connection at school means leveraging wifi-enabled devices for educational purposes. Nevertheless, catching up with tech-advancements might be a challenge for educational institutions, but bringing WiFi connection at schools will play an important role in delivering effective and engaging learning experience.

Indeed teachers can galvanize classes by offering more interactive activities with connected boards, leverage online platforms to share homework, create a common agenda. The WiFi network should be separated in two or three SSIDs, the first one with a code for the pupils in classes, the second one for the school administration, and the last one for the connected devices such as printers. 

In an educational environment, using a content filtering is fundamental to protect children from inappropriate content. Tanaza features a web content filtering very easy to configure: like parental control, the WiFi administrator can select the categories of content to block, and creates his own blacklists.

Tanaza’s WiFi is 100% compatible with any client’s device, including the latest laptops, tablets, and smartphones. Nowadays, people have more than one connected devices which mean that, like the BYOD trend in offices, the WiFi administrator has to limit the number of devices that can access the network. Tanaza features a couponing system allowing the WiFi administrator to create coupon to limit and configure the internet session. Each coupon can be configured with a customize password, the network administrator can limit the number of devices connected , the bandwidth per client or per SSID. 

Thanks to the connected devices and the usage of various applications that include 1:1 online programs (where teachers can provide personal lessons for the students lagging behind) and shareable digital contents (with which students and teachers can share files, etc.), students are getting more involved in interactive learning processes. Additionally, with the class management and remote controlling features, teachers are able  to manage the situation in the classroom even if they’re absent, and monitor the class’ real-time statistics.

By using Tanaza WiFi for schools and universities, educational institutions can develop collaborative and interactive learning by providing free WiFi to students and staff.

 

802.11ax: The next Wi-Fi standard

The next WiFi standard upgrade 802.11ax will deliver a faster performance speed in high-density deployment in comparison to precedent standards.

Each Wi-Fi standard includes identifying properties, specific to each upgrade, such as maximum range, bandwidth, speed or number of channels of a particular device. The 802.11ax Wi-Fi standard, for instance, still at a very early stage of its development, will be primarily designed for high-density deployments in public places.

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Deploy a high-speed WLAN connection, like a Pro

In order to deploy a successful WLAN connection, a site survey must be performed to understand the characteristics of the environment in which you wish to deploy your network.

This blog post will provide you with a list of guidelines to follow to steadily perform a Wi-Fi site survey that will meet the demands of a modern WLAN.

This site survey should be done taking into account your performance goals and the access point’s coverage and capacity.

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Wi-Fi stumblers complete list | Windows Mac Linux Android

Wi-Fi stumblers complete list | Windows Mac Linux Android

wifi stumblers

This is the most comprehensive list of 17 free and commercial Wi-Fi network stumblers for Windows, Mac, Linux, Android and iOS.

In this post, we will look at the 17 most popular Wi-Fi network stumblers for Windows, Mac, Linux, Android and iOS, which will help you to examine and survey your Wi-Fi network in order to better plan, troubleshoot and deploy it.

 

1. KISMET (free)

 

Kismet logoKismet is a detector, sniffer, and intrusion detection system for 802.11 WLANs. Kismet works by passively collecting packets and detecting standard named networks. Without sending any loggable packets, it detects the presence of both wireless APs and wireless clients, and to associate them with each other. Last update was released in 2013.

Kismet for Windows

Kismet for Mac and Linux

 

2. VISTUMBLER (free)

 

Vistumbler LogoVistumbler is a wireless network scanner written in AutoIT that runs only on Vista, Windows 7, and Windows 8. It shows network’s name, signal strength, kind of encryption, Mac Address, channel, manufacturer. It also graphs the traffic for each network. Last update was released in 2013.

 

Vistumbler for Windows

 

 

3. INSSIDER by MetaGeek

 

inssider metageek logo

InSSIDer is a tool developed by MetaGeek to scan, visualize, and troubleshoot WLANs. It shows what the Wi‑Fi environment looks like, both physically and logically. It identifies signal overlap, channel conflicts, and configuration issues that are degrading the WLAN’s performance.

InSSIDer for Windows

InSSIDer for Mac (via VMware Fusion, Parallels)

InSSIDer for Android

 

4. XIRRUS WI-FI INSPECTOR (free)

 

xirrus logo

The Xirrus Wi-Fi Inspector is a free tool to characterize the integrity and performance of a Wi-Fi network. It detects Rogue APs and provides peak Wi-Fi network performance.

 

 

Xirrus Wi-Fi inspector for Windows

 

5. WIFI EXPLORER

 

wifi explorer logo

WiFi Explorer is a WLANs scanner tool to identify channel conflicts, signal overlapping or configuration problems that may affect the connectivity and performance of a wireless network.

 

 

WiFi Explorer for Mac

 

6. NETSURVEYOR PROFESSIONAL

 

NetSurveyor is an 802.11 network discovery tool that gathers information about nearby wireless access points in real time. It’s useful when installing, testing, and troubleshooting 802.11 adapters and wireless networks. It helps verifying the network is properly configured, trouble-shooting an existing network that is performing poorly, conducting wireless site surveys.

NetSurveyor for Windows

 

7. KISMAC (free)

 

kismac logo

KisMAC is a free, open source wireless stumbling and security tool for Mac OS X. This sniffer/scanner application reveals hidden, cloacked and closed SSIDs; shows logged in clients (with MAC Addresses, IP addresses and signal strengths); can draw area maps of network coverage, thanks to GPS support.

 

 

KisMAC for Mac

 

 

8. NETSPOT (free)

 

netspot logo

NetSpot is a free Mac native tool to conduct network site surveys. It works over any 802.11 network. It helps identify connectivity and wireless interference issues, find sources of excessive noise, resolve Wi-Fi configuration problems.

 

NetSpot for Mac

 

Etwok LLC offers 15% OFF on NetSpot PRO for Tanaza visitors, just place your order via this link to get a better price!

 

“This is the most comprehensive list of network stumblers for Windows, Mac, Linux, Android and iOS”
click to tweet

 

 

Acrylic-WiFi logoAcrylic WiFi is a WiFi scanner that gathers information from 802.11/a/b/g/n/ac networks. It shows: SSIDs/BSSIDs and connected users; signal quality charts for WiFi channels; network authentication and security details for WEP, WPA, WPA2 and Enterprise (802.1X) WLANs.

 

Acrylic WiFi for Windows

 

10. MERAKI WIFI STUMBLER

 

cisco-meraki logo

This is a simple tool to conduct site surveys or track down rogue APs. Results can be sent by e-mail. It shows bridged APs, but not their MAC info. Last update was released in 2010.

 

Meraki WiFi Stumbler for Android

 

11. ISTUMBLER

 

istumbler

iStumbler provides information about nearby Wi-Fi networks, Bluetooth devices, Bonjour services and their Locations. It lists visible wireless networks with complete information, graphically indicates network type and encryption status, identifies signal and noise.

 

 

iStumbler for Mac

 

12. NETSTUMBLER (free)

 

netstumbler-logoNetStumbler is a tool that detects WLANs using 802.11b, 802.11a and 802.11g. No updated version has been developed since 2005. NetStumbler helps detecting networks interference.

NetStumbler for Windows

 

13. WIFI SCANNER

 

wifi scanner accessagility

WiFi Scanner detects access points and clients in ad-hoc mode if the SSID is being broadcasted. Use it for wireless site surveys, wireless discovery, and to connect to WiFi networks. The tool reports signal strength in dBm and shows access point BSSID/MAC addresses. It scans 802.11 a/b/g/n/ac, both 2.4 GHz and 5 GHz bands.

 

 

WiFi Scanner for Mac

 

14. WIRELESSNETVIEW (free)

 

wirelessnetview

WirelessNetView is a small utility that runs in the background, and monitor the activity of wireless networks around you. For each detected network, it displays the following information: SSID, Last Signal Quality, Average Signal Quality, Detection Counter, Authentication Algorithm, Cipher Algorithm, MAC Address, RSSI, Channel Frequency, Channel Number, and more.

 

 

WirelessNetView for Windows

 

15. WIRELESSMON

 

wirelessmonWirelessMon is a software tool that allows users to monitor the status of wireless WiFi adapters and gather information about nearby wireless access points and hotspots. WirelessMon can log the information it collects into a file, while also providing comprehensive graphing of signal level and real time IP and 802.11 WiFi statistics.

 

 

16. IWSCANNER

 

iwScanner is a wireless scanner for Linux with an easy to use graphic interface. It gives information about detected wireless networks (AP, MAC, Channel, Encryption, etc) and indentifies signal strenght for every wireless network.

iwScanner for Linux 

 

17. NETSNIFF (free)

 

netsniffNetsniff-ng was initially created by Daniel Borkmann as a network sniffer with support of the Linux kernel packet-mmap interface for network packets. The toolkit currently consists of a network analyzer, packet capturer and replayer, a wire-rate traffic generator, an encrypted multiuser IP tunnel, a Berkeley Packet Filter compiler, networking statistic tools, an autonomous system trace route and more.

 

 

Netsniff for Linux 

 

Unfortunately we didn’t find any stumbler for iOS. This is probably because in 2010 Apple removed several popular Wi-Fi stumblers from the App Store (WiFi-Where, WiFiForum and yFy Network Finder). Apple justify the removal of the apps because they used “a private framework to access wifi information”. This is described in Cult of Mac blog (read more).

 

Cloud superpowers for your Wi-Fi QUICK TOUR VIDEO

Related articles:

 

https://www.tanaza.com/classichotspot/blog/ubiquiti-unifi-controller-and-tanaza/

https://www.tanaza.com/classichotspot/blog/how-to-configure-radio-mode-channel-power-level-tanaza-dashboard/

https://www.tanaza.com/classichotspot/blog/how-to-pick-right-channel-deploying-social-wifi/

Bandwidth Control for your cloud-based WiFi

Bandwidth Control for your cloud-based WiFi

Bandwidth Control Blog

Have the guest Wi-Fi clients used too much bandwidth recently, stealing it from other Wi-Fi clients who were supposed to have priority? Well, this is not an issue anymore. You can now specify the maximum bandwidth per each SSID and protect the clients that matter most!

This is just a first step to implement a broader feature set that will allow to protect your Wi-Fi clients and control the policy to grant access. Our R&D is also working on:

  • per client bandwidth control: it will be possible not only to protect an SSID (such as the Members SSID from the Guests SSID), but also to protect a client accessing to a specific SSID from other clients that are connected to the same SSID.

The latest release also added the following feature:

 

Bandwidth Control per SSID, per Client and Clients per SSID