AI-powered WANs for an intelligent network infrastructure

The IT world is currently experiencing a significant transition from traditional, outdated methods to automated solutions like AIOps or SDN. The increasing number of devices, users, and applications is making manual troubleshooting increasingly impractical. Thus, artificial intelligence and machine learning are crucial tools to meet the demands of digital transformation. Modern network infrastructures need to be more flexible and adaptable, and this is made possible by the use of AI. AI-driven WANs, as a further development of SDN, expand the possibilities of the software-defined network concept and offer innovative solutions for the challenges of today’s digital world. The future of network technology lies in AI-driven solutions that offer more efficient troubleshooting, adaptability, and security.

Ensure efficient power supply via Ethernet or InfiniBand.

In today’s interconnected world, having an effective power supply is essential for the smooth operation of consumer gadgets, industrial machinery, and data centres. Selecting the right connectivity technology greatly affects the performance and efficiency of these systems. In this blog post, we will thoroughly examine two prominent connectivity technologies – Ethernet and InfiniBand – and assess their effectiveness in the world of networking. Ethernet, also known as PoE (Power over Ethernet), has been in use since 1980 and has become the leading communication protocol in LANs. It ensures a smooth flow of information between systems and was designed for distribution and compatibility. PoE supplies network-compatible devices with power via the Ethernet cable and enables data exchange in closed networks.

Tips for Creating and Managing Strong Passwords:

In our digital age, safeguarding the IT security of online accounts and personal data is more crucial than ever. Learn more about the significance of IT security in businesses in our article, “IT Security in Companies: Importance and Solutions.” Nevertheless, managing the increasing number of passwords presents a major challenge. Remembering a large number of passwords can be challenging as it’s increasingly difficult to keep track of them all. As a result, users tend to resort to using simple and easily guessable passwords, such as those that match their username or consist of common sequences like “123456”. Unfortunately, these simple passwords are highly vulnerable to unauthorized access.

The future of WLAN: A look at WLAN7

A new era has dawned in the world of wireless technology with WLAN 7, representing an advancement over previous standards.

WLAN standards have evolved rapidly in recent years to support the increasing number of wirelessly connected devices. This evolution has been largely driven by the industry standards of the IEEE (Institute of Electrical and Electronics Engineers) and the certification tests of the Wi-Fi Alliance.

he latest WLAN standard, WLAN 7, aims to make significant progress compared to previous standards by focusing primarily on significantly increased data transmission speeds and optimized use of the frequency spectrum. Like WLAN 6E, an extension of WLAN 6, WLAN 7 uses three frequency ranges (2.4 GHz, 5 GHz, 6 GHz), which leads to a significant increase in network capacity.


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