Netskope details embedded 5G in NSG-2108CW for SASE branches

A Netskope blog argues that enterprise 5G deployments are stalling not due to wireless performance, but because 5G is added as a separate hardware and management layer at branches. It outlines a Netskope One Gateway model with embedded 5G as a way to integrate 5G into an SASE/SD-WAN operating model.

Research Overview

The blog cites Gartner forecasts that enterprise spending on 5G communications services will reach $7.3 billion by 2028, representing a 55% compound annual growth rate from 2023.

It also states that manufacturing leads identified deployments at 43%, followed by transportation and logistics at 17% and healthcare at 10%.

Key Findings

The post describes a gap between 5G capabilities and WAN operating models in distributed enterprises, especially where branches are managed under SASE architectures. It says many deployments rely on adding 5G through additional devices attached to existing branch infrastructure.

It attributes resulting problems to operational factors that include physical SIM handling, signal reliability challenges in certain environments, bandwidth contention between IoT and applications, and fragmentation caused by using a separate management plane.

Technical Breakdown

The blog highlights the Netskope One Gateway NSG-2108CW as a platform with embedded 5G that the company positions for native transport within Netskope One. It describes the model as carrier-certified by AT&T, Verizon, T-Mobile, and the PCS Type Certification Review Board (PTCRB).

According to the post, NSG-2108CW consolidates 5G, SD-WAN, on-prem security, and edge compute on one platform, and it supports Netskope, partner, and custom applications. It also links management claims to a single console covering 5G, SD-WAN, and SSE across locations and remote users.

Operational Impact

For WAN use, the blog states that 5G can operate as a first-class SD-WAN transport with QoS policies and intelligent path steering, including automatic switching between 5G and broadband based on real-time conditions. It also claims sub-second failover alongside up to 5Gbps throughput.

For provisioning and carrier management, it says 5G SA and eSIM enable new links to go live from any carrier in minutes, and that eSIM with LPAd supports switching carriers remotely without physical SIM swaps. It further describes external antenna support for environments such as warehouses, healthcare facilities, and logistics hubs, and states that the gateway runs business continuity scenarios either as a primary path alongside broadband or as standby failover.

Conclusion

The blog’s overall message is that integrating 5G into enterprise branch operations under an SASE/SD-WAN model matters as much as the underlying wireless capabilities, and it presents the Netskope NSG-2108CW as the mechanism for that integration. This “Blog Signals brief” is a fact-based summary of the vendor blog.

Blog post, originally published by Parag Thakore at netskope.com.