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A Mojo Customer Story: Universidad Alfonso X El Sabio (UAX)
Posted by Cherie Martin on May 22, 2017

Capture-1.pngToday’s learning environments are evolving and growing at a rapid pace, with more students & faculty accessing and sharing online content than ever before.  For many schools, it is a balancing act to meet the demand for ever-increasing bandwidth on a secure network utilizing fixed budgets and existing IT staffing levels.  

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Radio Resource Management That Never Sleeps
Posted by Sriram Venkiteswaran on Jul 16, 2016

RRM (Radio Resource Management) is a collection of techniques in which access point radios continuously analyze the RF spectrum to do the following:

  1. Adjust the operating channel to mitigate co-channel interference.
  2. Adjust the operating power to optimize coverage.
  3. Provide coverage hole protection by automatically increasing the power when neighbor APs fail.
  4. Ensure clients are evenly load-balanced between the APs, between channels, and between bands.
  5. Ensure clients are connected to the best possible access points (address “sticky client” behavior) by steering them to the right access point.
  6. Ensure air time fairness by making sure less-capable clients do not consume excess bandwidth.
Why Your Access Points Need a Third 2x2 11ac Radio for Security
Posted by Hemant Chaskar on Jun 21, 2016

WIPS monitoring requires scanning all WiFi channels in round-robin fashion to detect threats and vulnerabilities. This scanning can be in one of two forms:

  1. background scanning, in which a radio that provides WiFi access service intermittently scans off-service channels, or
  2. dedicated scanning, in which a radio is dedicated to security and does not provide WiFi access service.

For enterprises that desire strong WIPS security and/or those that deploy real-time applications, background scanning isn’t adequate for the following reasons:

Future-proof your network with the latest in 802.11ac Wave 2 technology
Posted by Sriram Venkiteswaran on Mar 2, 2016

The explosive growth in mobile devices, high-bandwidth applications, and the Internet of Things (IoT) all place greater demands on WLANs. The new 802.11ac Wave 2 standard has come along just in time, and Mojo and Qualcomm are on board with it.

Using Wave 2 to Quadruple the Capacity of Your Classroom WLAN
Posted by Sean Blanton on Feb 25, 2016

Classrooms are changing with the times

Forbes reported in 2014 that only 25% of all technology administrators said they have enough connectivity and bandwidth to meet student and teacher needs. Today’s classrooms increasingly need not “just” WiFi, but reliable, high-capacity WiFi. They need to deal with many challenges: the interactive learning of the “flipped classroom,” streaming video, online testing, and of course lots of mobile devices. They need to empower teachers, even those with limited access to IT support staff.

4 Ways to Supercharge Your Outdoor Wi-Fi
Posted by Sriram Venkiteswaran on Aug 4, 2015

Great news: you can now have outdoor Wi-Fi that is easier to manage, more secure, and increases revenue.

Visit AirTight at ISTE 2015 - Booth 3161
Posted by Sean Blanton on Jun 28, 2015

Elevate the classroom experience with AirTight Secure Cloud Wi-Fi

3 Trends Impacting Wireless PCI Compliance
Posted by AirTightTeam on May 21, 2015

This is part two of the three-part blog series dedicated to wireless PCI compliance, which is a hot topic for retailers and other enterprises that accept payment cards. Read part 1 of the series: New PCI 3.1 Guidelines Address SSL Vulnerability; part 3: PCI Compliance and Wi-Fi: Friends or Foes?

New PCI 3.1 Guidelines Address SSL Vulnerability
Posted by AirTightTeam on Apr 23, 2015

On April 15, the PCI Security Standards Council (PCI SSC) published PCI Data Security Standard (PCI DSS) Version 3.1 and supporting guidance. The revision addresses vulnerabilities within the Secure Sockets Layer (SSL) encryption protocol that can put payment data at risk.

2015 Year of the Goat and Wi-Fi & Security
Posted by AirTightTeam on Mar 3, 2015

In many Asian countries, the New Year is based on the lunar calendar and is dictated by the first new moon and ends on the full moon. In the case of the Chinese calendar, each New Year is marked by the characteristics of one of the 12 zodiacal animals: the rat, ox, tiger, rabbit, dragon, snake, horse, sheep, monkey, rooster, dog and pig.