<img height="1" width="1" style="display:none;" alt="" src="https://px.ads.linkedin.com/collect/?pid=1110556&amp;fmt=gif">
Skip to content
    June 4, 2025

    Why Does Your Network Get Blamed When Trouble Lies Beyond the Firewall?

    How Network Observability Ends Unfair Blame and Speeds Issue Resolution

    5 min read

    Key Takeaways
    • Discover how traditional network monitoring leaves teams blind to issues in external environments.
    • See how these gaps lead to wasted engineering efforts and damaged trust between IT domains.
    • Employ network observability to shift from reactive finger pointing to proactive, data-driven problem solving.

    The familiar scene unfolds: Critical applications are sluggish, user complaints are mounting, and the IT war room is buzzing. Eyes quickly dart towards the network team. It’s an almost instinctual reaction. But what happens when the problem isn't within the corporate LAN or even the data center? What if the real culprit lurks somewhere in the vast, untamed wilderness of the internet, a cloud provider's backbone, or a third-party SaaS application’s infrastructure? This is where the traditional network monitoring playbook often ends, and the real finger-pointing begins.

    The internet is the new enterprise network

    The modern enterprise operates far beyond its traditional perimeters. Cloud services, SaaS applications, and a distributed workforce relying on diverse internet connections are the norm. While this distributed model offers agility and scalability, it introduces a significant visibility gap. When a user in a remote office reports slow access to a cloud-based CRM, the internal network team is often the first line of defense, and subsequently, the first to be blamed. Their existing tools might show the internal network is healthy, the circuits are up, and on-premises systems are green. Yet, the problem persists. The challenge is that their visibility often stops at the firewall, the demarcation point where their control ends and the "public internet" or a provider network begins. This segment often represents a black box.

    Without the means to see into these external networks, the network team is left in a difficult position. They can't definitively prove the internal network isn't the problem, nor can they pinpoint where the actual bottleneck lies. Is it local ISP congestion near the user? Is it a peering issue between major internet backbones? Is the SaaS provider experiencing an internal problem? This lack of data fuels the blame game. Other IT teams, and indeed business users, see the network team as responsible for connectivity, regardless of where that connectivity leads. The network team becomes the reluctant default for all issues "network-related," even those entirely outside of their operational domain.

    Network observability to the rescue

    The consequences of this visibility gap are substantial. Skilled network engineers spend countless hours trying to prove a negative—that their network is innocent—instead of being able to provide actionable data on the real source of the degradation. This isn't just frustrating; it's an expensive waste of resources. Mean time to resolution (MTTR) skyrockets because the diagnostic process is hampered by guesswork and an inability to isolate problems beyond the firewall. User experience suffers, hurting productivity and potentially revenue, all while internal teams might be stuck in a cycle of defending their turf due to a lack of comprehensive insight. Trust between IT domains can fray when one team is consistently held accountable for issues they literally cannot see, let alone control.

    The solution lies in extending our concept of network monitoring and moving to true end-to-end network observability. This observability traverses firewalls and encompasses the entire digital experience path, from the end-user's device, across myriad intermediary networks, all the way to the application, wherever it may reside. This means gaining insight into network segments you don't own but critically rely upon. It’s about understanding the performance characteristics of ISPs, cloud provider networks, and SaaS delivery chains from the perspective of your users. Imagine being able to see hop-by-hop performance across the internet and identify which provider network is introducing latency. Imagine being able to understand if users in a particular geographic region were having problems with a specific SaaS application.

    Making sense of it all

    When network teams are equipped with tools that provide this "outside-in" view, the dynamic changes. Instead of deflecting blame, they can proactively identify external issues, provide concrete data to service providers, and manage user expectations more effectively. They can differentiate between an internal network problem and an issue with an external dependency. This level of visibility transforms the network team from a common scapegoat into a valuable partner in ensuring a positive digital experience. It allows them to facilitate faster, more accurate problem resolution by bringing data to the table, rather than just offering another opinion in the war room.

    It's time to stop blaming the internal network for faults that arise elsewhere. It's time to empower network teams with the ability to see the complete picture and do end-to-end diagnosis of issues. It’s time to move beyond finger pointing and start doing genuine, collaborative problem solving.

    DX NetOps Active Experience offers end-to-end network visibility where it's needed most—across the internet, into cloud provider networks, and to your SaaS applications.

    See it in action: Watch the 15-minute webcast now.

    Yann Guernion

    Yann has several decades of experience in the software industry, from development to operations to marketing of enterprise solutions. He helps Broadcom deliver market-leading solutions with a focus on Network Management.

    Other Resources You might be interested In

    icon
    Blog August 22, 2025

    Handling Incomplete User Stories at the End of an Iteration

    When a team reaches the end of an iteration, some user stories may not be completed. This post details causes and options for managing these scenarios.

    icon
    Blog August 20, 2025

    What’s Hiding in Your Wiring Closets?

    See why you must move from periodic audits to a state of perpetual awareness. Track every change, validate it against policy, and understand its impact.

    icon
    Blog August 15, 2025

    All Network Monitoring Tools Are Created Equal, Right?

    See how observability platforms provide a unified view across multi-vendor environments and correlate network configuration changes with performance issues.

    icon
    Blog August 15, 2025

    Scale Observability, Streamline Operations with AppNeta Monitoring Policies

    This post reveals how, with AppNeta’s monitoring policies, you can leverage a powerful framework for scalable, flexible, and accurate network observability.

    icon
    Course August 14, 2025

    AppNeta: Current Network Violation Map Dashboard

    Learn how to configure and use the Current Network Violation Map dashboard in AppNeta to identify geographic regions impacted by WAN performance issues.

    icon
    Course August 14, 2025

    AppNeta On-Prem: Minimize Unplanned Downtime

    Learn how to configure the AppNeta On-Prem environment following best practices for high availability and disaster recovery to maintain service continuity and minimize unplanned downtime.

    icon
    Office Hours August 12, 2025

    Rally Office Hours: August 7, 2025

    Get tips on how to use the Capacity Planning feature in Rally, then follow the weekly Q&A session with Rally product experts.

    icon
    Blog August 11, 2025

    dSeries Version 25.0 Boosts Insights, Security, and Operational Efficiency

    Discover how ESP dSeries Workload Automation 25.0 represents a significant leap forward, making workload automation more secure, visible, and efficient.

    icon
    Blog August 7, 2025

    What Your SD-WAN Isn't Telling You

    SD-WAN's limited view blinds it to underlay issues. Augment SD-WAN with end-to-end visibility to validate decisions and diagnose root causes for network resilience.