Transport Networks for 5G

whitePaper | August 2, 2021

Traditional methods of building wide area networks (WANs) have always had limitations, but fell even further behind with the adoption of the cloud and remote work. Software-defined WANs (SD-WANs) have simplified many aspects of WAN management, but are unable to fully break away from the hub-and-spoke model due to security requirements. Modern WAN-as-a-Service offerings address these shortcomings while providing organizations cost savings and improving network performance.

whitePaper | December 20, 2022

Cloud environments change fundamental assumptions in how to perform threat detection and response. The highly dynamic inventory of cloud workloads means systems come and go in seconds. When system configuration errors are introduced during a build, they can be exacerbated and amplified when automation replicates the errors across many workloads. Shared responsibility with the cloud service provider (CSP) creates potential threat detection gaps in the attack lifecycle.

whitePaper | June 23, 2021

There have recently been considerable discussions about the advent of 5th Generation Wireless Networks, or 5G.1, 2, 3, 4 Unlike the earlier generations, 5G is expected to bring about revolutionary changes in the capabilities and applications of wireless communications. 5G will provide a unifying platform that will not only interconnect people, but interconnect and control a large number of machines and devices. The platform will provide ample opportunities for innovation and introduce new industry and services that were not possible in earlier generations of wireless networks.

whitePaper | May 7, 2021

The C-band (or midband) is considered the “waterfront property” of RF spectrum for 5G. It offers the best compromise between RF coverage and RF bandwidth and Providers are investing heavily on C-band 5G deployment to deliver the coverage and capacity that 5G use cases need.

whitePaper | August 20, 2021

In today’s world, enterprises are becoming increasingly distributed and autonomous. The applications and services they deliver are increasingly demanding high bandwidth, as well as reliable, deterministic communications over wide areas under different conditions and multiple networks. Enterprises and enterprise networks are increasingly demanding more spectrum, more bandwidth and lower latency. Vertical industries each present their own set of unique requirements on communications networks and no one technology or operating model will meet the needs of the enterprise. Instead, the enterprise/ private network of the future can expect to be a multi-network that incorporates elements drawn from traditional enterprise models as well as from public mobile network models.

whitePaper | October 10, 2022

The present White Paper will focus on MEC (Multi-access Edge Computing) technologies and intends to explore security-related use cases and requirements with the aim of identifying aspects of security where the nature of edge computing results in insufficient industry approaches to cloud security.