As organizations scale their private clouds, the boundary between internal infrastructure and the public internet has blurred, creating significant blind spots for IT teams. Extending network visibility beyond the VCF perimeter is vital for de-risking infrastructure and ensuring seamless application delivery in a hyper-connected landscape.
Ultimately, the success of a VCF deployment depends on the ability to monitor the entire delivery chain, regardless of who owns the network underlay. By adopting a unified observability model, organizations can eliminate operational silos, accelerate incident resolution, and maximize the return on their private cloud investments.
This discrepancy occurs because VCF consoles typically monitor internal compute and storage metrics rather than the external delivery path. If a disruption exists within a third-party ISP or an internet transit network, the internal infrastructure may appear healthy while the end-user experience is severely degraded.
Approximately 32% of organizations identify a lack of expertise or visibility as their primary hurdle when migrating to VCF. Without a clear understanding of how workloads interact with the broader network, teams cannot accurately predict or troubleshoot performance issues, leading to strategic delays.
Effective troubleshooting focuses on identifying and resolving the root cause of an outage, whereas MTTI is a defensive posture where siloed teams waste engineering hours proving their specific domain is not at fault. Modernized observability eliminates this "blame game" by providing an irrefutable, shared source of truth across both Cloud and Network Operations.
Infrastructure teams often rely on half a dozen disjointed monitoring platforms to piece together a single application delivery chain. This fragmentation inflates TCO by requiring multiple licenses and specialized training while simultaneously stifling the cross-functional collaboration necessary for efficient cloud operations.