Broadcom enhanced its analytic capabilities in the latest release of the DX NetOps network monitoring software that now enables network operations teams to reliably deliver application experiences over SD-WAN technologies built on Silver Peak (HPE), VMware VeloCloud, Cisco Meraki, Nokia Nuage, and 128 Technology (Juniper).
DX NetOps network monitoring software improves your time to value through advanced artificial intelligence and machine learning capabilities and delivers complete unified network visibility by enabling full-stack analytics for traditional and modern architectures. DX NetOps captures and converts inventory, topology, device metrics, faults, flow, and packet analysis into actionable intelligence for network operations teams. Complimented by our AIOps solution, DX NetOps, enables IT teams to establish proactive, autonomous remediation capabilities across the applications, infrastructure, and networks to fuel superior user experiences.
DX NetOps provides modern network monitoring support for software-defined architectures (SDN/SD-WAN) and hybrid cloud platforms by collecting data from SDN and NFV controllers and orchestrators and then correlating logical network entities with physical resources. DX NetOps normalizes the collected data and sends updates to subscribers that consume the data. Most of the SD-WAN vendors out today support both on-prem and cloud controllers to monitor SD-WAN sites. To monitor them, DX NetOps needs direct access to these controllers and orchestrators.
Over the past 12 months, highly influenced by the pandemic, operations teams now prefer to have controllers or orchestrators hosted in the cloud and to manage their SD-WAN sites from a global perspective. With additional security in mind, they prefer to have a proxy server or security server between the vendor monitoring solution and orchestrator or controller. That vendor solution then monitors transactions over the network.
This scenario helps define additional policies and sends only the data from their software-defined deployments to the network monitoring software while adhering to data compliance policies. To cater to this requirement, DX NetOps has been enhanced to support proxy servers which act as intermediaries between DX NetOps and SDN orchestrators and helps provide control over the content that DX NetOps collects.
Figure 1: The DX NetOps architecture depicts support for proxy servers to improve the security of SDx deployments.
Overall DX NetOps network monitoring software has been enhanced for the most common cloud-based controllers like Meraki, Cisco ACI, Versa, VeloCloud, and Viptela via http/https and Socks proxy protocols. The following parameters have been added for proxy support:
USE_PROXY
- The flag that specifies to use proxy
- Allowed values: true, false
PROXY_IP
- It should be a valid proxy server IP
PROXY_PORT
- The port number to which the proxy server configured
PROXY_PROTOCOL
- Represents the proxy type
- Allowed values: http, https, and socks
PROXY_USERNAME
- The username of the proxy protocol
PROXY_PASSWORD
- The password of the proxy protocol
With the rise of modern architectures required to support digital business initiatives, it is imperative that enterprises have comprehensive and secure network monitoring software visibility coupled with AI and machine learning capabilities to truly understand application behavior and optimize their SD-WAN investments.
To learn more about network monitoring from Broadcom, visit our Enterprise Software Academy.
Sarbdeep Singh
Sarbdeep Singh holds the position of product manager for the network operational intelligence team. Bringing over 16 years of expertise in the network/system management domain, he adeptly navigates the intricate landscape of NetOps solutions, enhancing overall efficiency and performance.
Other resources you might be interested in
Clarity: Reporting Basics
This course explains how reporting works in Clarity, how the three reporting tiles connect, and how to reuse existing reports for your business needs.
Unifying Network Configuration Management and Observability
Learn how unifying Network Configuration Management with comprehensive observability eliminates operational blind spots.
Automic Automation Cloud Integration: AWS SSM
This video explains the Automic Automation AWS SSM agent integration and its benefits. It presents its components and demonstrates how to install, configure, and use it.
Rally Office Hours: May 7th, 2026
This video details various Rally updates, including a tutorial on using AI for custom widget creation and news on upcoming community networking events.
Automic Automation Cloud Integration: DBT
This video explains the Automic Automation DBT agent integration and its benefits. Learn about the agent and find out how to install, configure, and use it.
Automic Automation Cloud Integrations: Cloud Foundry Agent Integration
This video explains the Automic Automation Cloud Foundry agent integration and its benefits. Learn how to install, configure, and use the agent.
Rally Office Hours: April 30, 2026
This Rally office hours video covers a new milestone delivery confidence framework, user Q&A on features like ranking, and upcoming event news.
Clarity: Objects, Attributes, and Views
In this course, you will master the five core functional areas of Clarity Admin Studio configuration that form the backbone of the user experience.
Enabling Secure HTTPS Communication with TLS Encryption for AutoSys Components
Workload Automation Administrators can gain essential knowledge on enabling secured HTTPS communication between AutoSys components using TLS encryption.