What’s New in Ekahau AI Pro Online: The Future of Multi-Technology Network Design
Modern wireless infrastructure is no longer centered solely around Wi-Fi. As organizations accelerate their digital transformation initiatives, today’s environments require a combination of Radio Frequency (RF) technologies to enable automation, real-time location tracking, IoT, and mission-critical communications. This introduces a key challenge: how to plan, visualize, and optimize multiple wireless technologies within the same environment.
Prove the Quality of Your Network with Speedtest Certified™
In a world where connectivity defines user experience, internet quality can make the difference between winning or losing customers...
How Campus IT Teams Can Meet the Demands of BYOD and Outdoor Wi-Fi
Today, students expect Wi-Fi to be fast, reliable, and available everywhere on campus—whether in classrooms, outdoor gardens, between buildings, or in their dorm rooms. This constant expectation of connectivity has turned wireless networks into an essential resource, on par with electricity or water...
Ekahau evolves: SaaS or perpetual license?
Choose the right option for your Wi-Fi network
In an increasingly dynamic and results-oriented environment, Wi-Fi network design and management tools are also evolving. Ekahau, a leader in wireless network planning, analysis, and optimization solutions, has announced a new licensing model based on the SaaS (Software as a Service) approach.
The importance of RF planning in Wi-Fi network design
In the world of Wi-Fi network design, radio frequency (RF) planning is one of the key pillars, yet it often does not receive the attention it deserves. It is not enough to simply install state-of-the-art access points (APs)...
Explore the new update of Ekahau AI Pro Online: Capacity Planning, Advanced Visualization, and Inspection Tool
This major upgrade incorporates highly anticipated features that are already available on the platform. With these enhancements, Ekahau AI Pro Online takes a significant step towards transforming the way Wi-Fi networks are planned..
