Operations | Monitoring | ITSM | DevOps | Cloud

The World Cup may be the most-watched event in media history — so what does it look like from inside the network? We dug into ISP traffic data to reveal how Fox Sports peaks during US games, why second halves usually win, and how traffic flows shift for entire nations like Brazil and Iran when their team takes the field.

Managing DHCP across distributed networks gets messy fast. Lease activity changes constantly. Naming conventions drift. Infrastructure changes happen independently across locations. Before long, your team no longer has a complete view of what’s happening across the network. What started as a straightforward service becomes a records problem with real operational consequences.

Depending on the success of your database audit trail program, creating an audit trail for your data log can either be a benign part of company protocol or a major nuisance. Several industries, from health care to finance to public works, require detailed reporting of data logs through an audit trail.

Polling has been the go-to approach for network monitoring for years, and it still plays an important role in keeping networks healthy. But as networks become more distributed, application-driven, and data-intensive, simply polling devices more often isn't always the most efficient way to gain deeper operational insights. That's where network telemetry comes in.

Every layer of the modern network stack moves at cloud speed. If your connectivity doesn't, your entire strategy can stall. Co-authored by Fabio D’Avino This blog includes insights from Fabio D’Avino, a specialist in Network as a Service (NaaS) with more than seven years of experience researching, designing, and building global network services. Fabio’s work explores how organizations can modernize connectivity as cloud, hybrid, and AI-ready infrastructure strategies evolve.

Network admins want all devices with the same role to behave the same way. But in real environments, that consistency rarely lasts. Imagine two core switches in the same data center. They serve the same function and run the same OS version. One handles traffic without issue, while the other drops packets during peak hours. Logs show nothing obvious. Routing looks correct. The team spends hours checking links, hardware, and traffic paths.

Over 90% of mid-sized and large companies estimate that a single hour of downtime now costs more than $300,000. The clock starts the moment something breaks, whether anyone has noticed it or not. And most outages don't start with alarms. They begin with a small issue inside the network: an overloaded switch, a saturated link, or an unstable interface. Left unnoticed, those small issues grow into user complaints, stalled work, lost revenue, and damaged customer trust.

Since 2020, the modern workspace has fundamentally changed, where employees now operate across a mix of office, hybrid and remote locations. Critical systems are now distributed between data centres and public cloud platforms, and most corporate data lives in the cloud. This shift has expanded the attack surface for many businesses.