Enterprise network operations teams in 2026 are facing a stark, inescapable reality: The traditional perimeter is effectively gone. As organizations aggressively scale hybrid multi-cloud environments and rely on an intricate web of external ISPs and SaaS paths, standard data collection is no longer enough.
GigaOm recently published its 2026 Radar for Network Observability, and the verdict is clear: Managing modern network infrastructure requires a fundamental shift. Teams must move from simple device health monitoring to robust, actionable network intelligence—with visibility that spans from data center to cloud environments.
According to the report, the broader network operations market is undergoing three core structural shifts:
From data collection to actionable intelligence: The industry has moved decisively past basic device-centric network monitoring. Winning solutions must now provide truly relevant, end-to-end network visibility and intelligence that speeds mean time to detection (MTTD), mean time to innocence (MTTI), and mean time to resolution (MTTR).
The reality of AI and machine learning for noise reduction: Rather than relying on rigid, human-defined rules, advanced network operations now depend on automated capabilities that proactively flag anomalies and reduce alarm noise.
Aggressive point tool consolidation: Fragmented visibility is an operational liability. Network observability solutions are shifting from narrow performance specialization toward a single platform that consolidates visibility of all the elements that shape the user experience. Through this approach, teams can drive down total cost of ownership, while optimizing network operations.
When evaluating vendors, it’s easy to get lost in analyst graphics. However, for network operations teams, Broadcom’s position as a recognized Leader and Outperformer firmly in GigaOm’s Innovation/Platform Play quadrant provides a clear message. With the solution receiving this recognition for the sixth consecutive year, leaders can see how Network Observability by Broadcom delivers a direct and distinct network operations advantage.
GigaOm’s layout contrasts narrow point tools against comprehensive platforms. By sitting decisively on the Platform Play side, Network Observability by Broadcom shows it is engineered to be a consolidated, unified system of network truth at the center of your global network operations. With the solution, teams can eliminate fragmented data silos and the compounding costs of point-tool sprawl.
Our alignment with the Innovation direction highlights a proven history of delivering meaningful advancements and building a strong, forward‑looking development roadmap. Rather than sitting on a legacy, stagnant codebase, Broadcom continues to aggressively introduce advanced automated capabilities, such as leveraging LLM-based alarm summarization and guided troubleshooting. At the same time, the solution continues to deliver the rock-solid, scalable architecture that modern operations demand.
For the world's most complex enterprises, this represents the necessary blend of modern network intelligence and proven operational scale required to move from reactive firefighting to proactive network operations maturity.
Broadcom’s placement on the Radar is tied directly to demonstrable, high-fidelity capabilities that address the primary blind spots in today's network operations. Network Observability by Broadcom expands visibility far beyond the traditional enterprise boundary.
How do Broadcom solutions help enterprise teams shift from reactive monitoring to proactive network observability? GigaOm highlighted several specific strengths that drove Broadcom’s exceptional scoring:
Active hop-by-hop path testing: Broadcom delivers granular performance insights across networks you don't own and cannot place physical sensors on—such as your ISP's backbone, transit provider networks, and SaaS paths. By utilizing intelligent packet-train dispersion, the solution offers hop-by-hop mapping of the entire delivery experience. When users lose connectivity to critical applications like Salesforce, the platform pinpoints the exact external hop responsible.
User experience correlation: Broadcom brings user experience monitoring directly into the network operations center (NOC). By correlating real-time path metrics with internal network device performance, it exposes exactly how infrastructure health affects application experience. This means teams can avoid the traditional ISP blame game and isolate root causes in minutes rather than hours.
AI-enabled noise reduction: Network Observability by Broadcom leverages advanced analytics for correlation and algorithmic inspection of alarms, logs, and topologies. The solution’s fault suppression engine drastically reduces daily alarm volumes, filtering out issues so teams can focus exclusively on the high-priority alerts that threaten business continuity.
Unmatched scale: Built for large government agencies, major service providers, and tier-one enterprises in such industries as telecommunications, healthcare, and finance, the solution efficiently sustains high-scale monitoring of millions of managed items across complex cellular, wireless, and cloud environments.
Relying on disjointed monitoring tools keeps teams stuck in a reactive cycle—scrambling to troubleshoot after an outage has already had an impact on services and revenues. For network operations teams evaluating their tooling strategy in 2026, aligning with a Platform Play leader can help fundamentally enhance daily operational workflows.
The Broadcom solution features deep integrations with modern enterprise ecosystems, offering visibility across SD-WAN environments and private clouds like VMware Cloud Foundation (VCF). The solution also delivers network configuration management (NCM) capabilities that automate configuration validation. With these capabilities, the solution helps teams systematically advance their network observability maturity. Operations evolve from manual triage to proactive, evidence-based observability, enabling teams to automatically validate network baselines against actual real-world delivery. (Be sure to check out our Network Observability Maturity Model white paper to learn more about the key requirements for establishing true observability maturity.)
Broadcom’s consecutive recognition as a Leader and Outperformer underscores a persistent dedication to the operational success of network practitioners. We continue to deliver a reliable, highly scalable solution designed to help teams thrive while navigating the realities of modern enterprise infrastructures.
Gain full visibility into the vendor landscape, technical benchmarks, and emerging criteria driving network operations today. Get the complete 2026 GigaOm Radar for Network Observability report.
A: The report identifies three main structural shifts. The report authors outline how teams are now moving from simple device data collection to actionable network intelligence, growing increasingly reliant upon AI and machine learning for automated alarm noise reduction, and consolidating isolated point tools into a single comprehensive platform.
A: Broadcom is firmly positioned as a Leader and Outperformer within the Innovation/Platform Play quadrant, a designation it has received for six consecutive years. This positioning validates how the solution is engineered to operate as a consolidated, unified system that eliminates fragmented data silos and point-tool sprawl.
A: The Broadcom solution employs active, hop-by-hop path testing and intelligent packet-train dispersion. With these capabilities, the solution can deliver granular performance insights across externally managed networks—such as networks of ISPs, transit providers, and SaaS vendors. This enables teams to isolate external root causes in minutes.
A: Broadcom offers deep integrations into modern enterprise ecosystems, including SD-WAN environments and private clouds like VMware Cloud Foundation (VCF). In addition, it offers network configuration management (NCM) capabilities that automate configuration compliance.