Operations | Monitoring | ITSM | DevOps | Cloud

Slow Zoom calls, dropped VPN connections, and lagging applications sound familiar? These common network frustrations often stem from underlying performance issues that could be diagnosed and resolved with the right data. For IT professionals, raw network metrics alone aren’t enough. To truly optimize performance, you need network statistics: aggregated, analyzed, and interpreted insights that turn numbers into actionable decisions.

Imagine this: You've onboarded 30 new switches, 15 firewalls, and 20 routers into your network. You assume they all follow company policy. But months later, half of them are misconfigured, a few are running vulnerable firmware, and one rogue device is exposing ports it shouldn't. That’s not poor luck—that’s poor baseline configuration.

In today’s digital world, transferring data over networks is essential for businesses and individuals. File Transfer Protocol (FTP) is a standard method used to send and receive files between computers over the internet. The FTP protocol enables efficient file transfers, making it easier to share large files securely. However, ensuring data security is crucial to prevent unauthorized access. Secure FTP solutions, such as FTPS and SFTP, help protect sensitive information during transfers.

For today’s enterprises, ensuring optimized network connectivity and robust network security represent key imperatives. Given that, it makes sense that there’s rapidly growing use of solutions like secure access service edge (SASE). In fact, the SASE market is expected to grow to $5.9 billion by 2028. SASE delivers converged network and security capabilities. SASE is a cloud-based offering that is primarily delivered on an as-a-service basis.

DX Unified Infrastructure Management (DX UIM) from Broadcom is a comprehensive solution for monitoring an organization’s entire IT infrastructure. The product provides IT administrators and operations teams with a centralized view of their infrastructure to ensure availability and performance of servers, network devices, storage systems, virtualization environments, applications, and cloud services.

For years, network operations have relied on complex query languages that demand specialized knowledge. Extracting insights from network data often meant writing intricate commands in formats like SQL, a skill reserved for seasoned IT professionals. But what if anyone, regardless of expertise, could ask a simple question and get immediate, accurate answers from their network?

Internet latency, the often-overlooked delay between sending and receiving data, can mean the difference between a flawless video conference and a frustrating, glitchy mess. Measured in milliseconds (ms), these microscopic delays accumulate, creating tangible performance issues across all online activities.