3 Reasons Why SD-WAN is the Future of Enterprise WAN

Infographic | December 10, 2019

South Korea announced that they plan to roll out a next-generation 5G wireless network. This would be quick enough to download full-length movie in a mere second. The Ministry of Science said it aims to implement the technology, which is about 1,000 times faster than the current available 4G network, by 2020. Key features of the network include Ultra-HD and Hologram transmission as well as cutting-edge social networking services.

Infographic | April 5, 2022

Edge computing and network resources. More devices, more applications. Security. Conclusion. Resources. Page. 5G is rolling out around the world and promises to provide seamless. treated equally under data protection and privacy.

Infographic | January 2, 2020

Digital transformation is top of the agenda for most enterprises, meaning effective network management has never been so important. Software-Defined Wide Area Networking (SD-WAN) can revolutionise IT estates by giving businesses the opportunity to optimise their networks, easily and quickly. Yet, 46% of enterprise IT decision makers aren’t aware of SD-WAN at all, suggesting many businesses could benefit from learning more.

Infographic | July 20, 2021

Public transportation agencies seek innovative ways to connect systems and business assets, improve the experience of moving people and goods, and reduce operational cost. AI-driven networking can help agencies shift from inflexible, costly IT networks and deliver superior experiences that improve ridership loyalty while simplifying IT operations and lowering costs.

Infographic | January 16, 2020

Wireless technology has evolved rapidly since the turn of the century. From voice-only 2G capabilities and internet-enabled 3G, today’s ecosystem of wireless activity is founded on the reliable connection of 4G.

Infographic | June 10, 2022

Networks provide functionality beyond just packet routing and delivery. Network functions such as firewalls, caches, WAN optimizers, etc. are crucial for scaling networks and in supporting new applications. While traditionally network functions were implemented using dedicated hardware middleboxes, recent efforts have resulted in them being implemented as software and deployed in virtualized environment.