Network Computing

In the rapidly evolving landscape of network security, the integration of Artificial Intelligence (AI) has emerged as a game-changer. By employing advanced algorithms and machine learning, AI-powered network security has ushered in a new era of proactive security defense, enabling real-time threat detection, adaptive responses, and predictive analytics.

 

 

The landscape of web threats has grown significantly, and as enterprises migrate to the cloud and expand their remote sites/branch locations, providing open always-connected access to the internet leaves the company vulnerable to several threats, such as malware, fraud, and other complications. Many organizations are realizing that the risk is especially high for web-based threats, and a more advanced and integrated approach is needed to secure against external and internal risks.

Educators around the world have been rushing to implement contingency plans for remote learning in order to maintain educational continuity since late 2019. While it does appear that school closures could be extended for many through the end of the 2021 and even into the 2022 school years, providing safe, filtered devices and a safe, secure remote learning environment for students are more important than ever.

Corporations are amassing vast amounts of data, ranging from highly confidential financial, business, and customer data to moderate unimportant information. In order to augment their internal datacenters, businesses are also moving more and more of their data to the cloud and adopting multiple hybrid cloud storage environments. As such, organizations are discovering the complexity, increased costs and security risk of protecting all their data across multi-cloud environments.

It is believed that as enterprises adopt cloud, Edge and mobile computing, almost half of these enterprises have suffered one or more hacking attempts or actual network breaches. Furthermore, more than 22,000 new security holes were disclosed over these past couple of years, and over 1/3 of these network loopholes exhibited an exploit available.

As an increasing number of businesses undergo digital migration, all aspects of the digital user experience are becoming increasingly important. Both the external customer experience, delivered via web applications, and the internal employee experience, delivered via SaaS or internal enterprise applications, are being transformed by the digitalization process. This has increased the need to monitor the user experience to optimize and improve it. That has required the development of improved monitoring technologies, including those that track both network performance and the user experience via Application Performance Monitoring (APM) and Digital Experience Monitoring (DEM).

Lanner was approached by a customer searching for the ideal hardware appliance capable of supporting the deployment of a K-12 education system, one that serves millions of students and teaching staff residing both inside and outside the country. This inquiry came at the height of the Covid-19 pandemic and all distance learning programs and collaborations must be commenced without too much delay in order to ensure continuity.

For most large-scale enterprises, a Wireless LAN (WLAN) is still a necessary part of the corporate network infrastructure for several reasons. In addition to affording employees the convenience and flexibility of a wireless network connection, it also allows extending the network to temporary users such as guests and contractors. This service may transform from a convenience to a necessity as the organization expands or implements a ‘wireless-first’ network solution.

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