The need for in-depth network monitoring is growing exponentially as organizations expand in size and more companies are established. Increased monitoring needs demand a feature-rich tool to simplify networks and get a clear view of their underlying infrastructure. Diagnosing network faults and ensuring a well-balanced operation of all network devices is the primary task of a network admin any day.

When it comes to the internet, understanding the global ecosystem can be tough. There’s a lot of manual work that service providers and digital businesses have traditionally put into finding the best way to reach customers over IP networks. And more work is needed for benchmarking against competitors and finding the best relationships for peering.

Ah, the romance of the railroad. Conductors shouting “all aboard”, watching the countryside whizz by, dining cars and sleeper cars, boxcars, the Orient Express, bullet trains, chasm-spanning bridges, the clickety clack of the rails, clang clang at the crossings, and the engineer waving from the caboose. As we near the two hundred year mark of the first passenger train in 1825, we can observe that railways, our oldest modern means of mass transportation, are as strong as ever.

The increasing adoption of modern and cloud-native architectures is enabling enterprises with IT infrastructure that is more dynamic and ephemeral, and thus more resilient. This trend drives infrastructure monitoring tools to transition from simply “keeping the lights on” to providing advanced insights such as predictive analytics for infrastructure workload optimization. Infrastructure monitoring that was once art has become science.

You’d be right to think that Tesla’s technology surely wouldn’t go wrong, especially with the huge amounts of media coverage it gets. But in 2021, Tesla suffered a few awkward technological faults. You may have read that Tesla went offline which lead to customers around the world reporting issues around gaining access to their cars.