If your network operations center (NOC) still correlates alarms by flipping between half a dozen dashboards, you are paying for it in hours, headcount, and outages. A newly published IDC Business Value Solution Brief puts hard numbers on that cost, and on the value that enterprises realize when they consolidate onto Network Observability by Broadcom.
The story in a nutshell: Organizations in the IDC study realize an average of $4.2 million in annual business benefits. These gains are driven by faster issue detection, fewer high-severity incidents, and streamlined restoration.
Here are the top metrics at a glance:
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$4.2 million in average annual business benefits per organization
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68% faster issue identification
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62% fewer priority one and two incidents per month
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59% faster mean time to resolution (MTTR)
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20.5 full-time employees (FTEs) capacity is freed, boosting network operations team efficiency
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48% fewer escalations from level one and two help desk teams
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$173,750 in annual direct IT cost savings from tool consolidation
What did the IDC study measure?
IDC evaluated large enterprises. All told, these Broadcom customers averaged 15,811 network devices, three data centers, and more than 30,000 employees. IDC quantified value in three areas: direct IT cost reduction, network operations efficiency, and incident lifecycle acceleration.
Why does fragmented network monitoring cost so much?
Tool sprawl costs more than licenses. Every disconnected tool is another place network engineers must check during an incident.
Point tools break down in modern networks, such as hybrid cloud environments and multi-vendor hardware deployments. These tools present significant visibility gaps when critical traffic crosses networks the enterprise does not own, such as ISP, cloud, and SaaS provider networks. (For more information, see a white paper that details how legacy and application-centric monitoring tools create significant visibility gaps.)
When a SaaS app slows down, the question is always the same: Is it our WAN, the ISP, the cloud provider, or the app? Without shared telemetry, that answer can only come from manual correlation and cross-team escalation. That is why MTTR gets extended. Further, senior network engineers get pulled into work that should never reach them.
What is Network Observability by Broadcom?
Network Observability by Broadcom delivers end-to-end visibility across every network.
The solution provides three key capabilities that yield the results IDC documents:
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Visibility into networks you don't own. Active and synthetic monitoring measures performance across environments that are not in your administrative control, including ISP paths, third-party transit networks, and SaaS applications.
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Al-enabled, topology-aware alarm correlation and automated discovery. Cascading alarms from a single upstream failure can result in hundreds of tickets. The solution collapses this alarm noise into one prioritized event that’s directly linked to the root cause.
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Tool consolidation. With the solution, one source of network operations telemetry replaces a disjointed mix of shareware, point tools, and redundant monitoring systems.
How much faster do teams detect and resolve network incidents?
With Network Observability by Broadcom, every phase of the incident lifecycle got shorter.
Incident Lifecycle Acceleration: Faster Detection and Resolution
| Metric | Before (hours) | After (hours) | Improvement |
|---|---|---|---|
| Mean time to detect (MTTD) | 1.6 | 0.5 | 68% faster |
| Mean time to innocence (MTTI) | 1.8 | 0.8 | 54% faster |
| Mean time to resolution (MTTR) | 2.4 | 1.0 | 59% faster |
With the solution, network engineers can quickly prove whether a problem sits in an internal device configuration, a cloud provider environment, or a transit network. This visibility ends the finger-pointing that stalls resolution.
Volume dropped too. Monthly network issues requiring manual troubleshooting fell 36%, from 480.1 to 306.7. Priority one and two incidents fell 62%. That means fewer fires, not just faster firefighting.
Where does the $4.2 million come from?
What is the business value and ROI of Network Observability by Broadcom? Most of the value is realized through staff time savings. For infrastructure leaders, this is the pattern that matters. The biggest return is the capacity you get back without adding headcount.
Here’s a complete breakdown of where savings were realized:
Where Does the $4.2 Million in Annual Benefits Come From?
| Benefit area | Result | What drives it |
|---|---|---|
| Network operations team efficiency | 34% gain (20.5 FTEs of capacity) | Automated discovery and capacity planning, less manual monitoring |
| Incident team efficiency | Efficiency gain of $1.96 million in annual staff time reassigned | Algorithmic alarm correlation and root cause identification |
| Help desk escalations | 48% fewer level one and two escalations | Alarm noise reduction, accelerated threshold ticketing, alarm-based level one workbooks |
| Direct IT cost savings | $173,750 per year | More than 50 legacy tools retired, hardware refresh cycles eliminated |
What do network teams do with the time they get back?
Network teams move from reactive troubleshooting to proactive network operations. IDC measured these efficiency gains:
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32% decrease in network planning and infrastructure design, fueling improved capacity utilization, optimized cloud egress paths, and enhanced resilience and scale.
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42% reduction in routine operational tasks through automation.
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34% less time dedicated to inventory mapping.
Shared telemetry also closes gaps in cross-domain operations. One source of network truth means fewer debates about whose data is right.
Get the full IDC Business Value Solution Brief
IDC Report: The Business Value of Network Observability by Broadcom
Frequently asked questions
Q: What is a key value Network Observability by Broadcom delivers?
A: According to an IDC study, Network Observability by Broadcom delivers $4.2 million in value a year, on average. These benefits stem from time savings for network operations staff, faster issue restoration, and direct savings from retiring redundant legacy tools.
Q: How does Network Observability by Broadcom reduce MTTR?
A: Network Observability by Broadcom reduces mean time to resolution (MTTR) by correlating alarms automatically and isolating root cause across internally and externally owned network domains. In the IDC study, MTTR fell from 2.4 hours to 1.0 hour, a 59% improvement.
Q: Can Network Observability by Broadcom monitor networks an enterprise IT team does not own?
A: Yes, Network Observability by Broadcom monitors externally managed networks by using active and synthetic monitoring. With these capabilities, the solution can measure real-time performance across networks that operate outside of an enterprise IT team's direct administrative control. This includes third-party transit, ISP, SaaS, and cloud provider networks.
Q: How does network observability differ from traditional network monitoring?
A: Network observability correlates multi-source telemetry to explain why an issue occurred and identify the root cause. Observability eliminates siloed point tools and finger-pointing by providing a unified source of truth across hybrid cloud environments. In contrast, traditional monitoring simply reports that a device or link is down.
