Our thinking and use of topology within AIOps and Observability solutions from Broadcom has advanced significantly in recent years while solidly building on our innovative domain tools. We’re looking to communicate these innovations, advancements, and benefits for IT operations. In this blog, we continue where the previous blog left off to explain the boundary blame concept and mechanism to obtain a sufficiently complete topology.

Whether you’re a business running cloud-based applications, an educational institution facilitating virtual learning or a remote worker, latency issues can be a major roadblock. At a time when businesses and remote workers depend heavily on cloud services, real-time communication tools like Zoom, and collaboration platforms such as Microsoft Teams, even a slight delay in network performance can disrupt workflows, cause frustration, and hinder overall efficiency.

The digital world is fast-paced, and both remote users and businesses rely heavily on stable Internet connections to stay connected, productive, and efficient. But what happens when your Internet connection becomes unreliable? Whether you're experiencing video call interruptions, slow loading times, or frequent disconnections, an unstable connection can cause chaos. So, why is your Internet connection unstable, and how can you fix it?

A well-kept network is the mainstay of any business. Ignoring its upkeep is a recipe for disaster. To ensure smooth operations and avoid costly downtime, businesses must prioritize network health. Investing in the right equipment and assembling a skilled team is akin to building a sturdy foundation for your business. Managing and controlling your network’s bandwidth is an important ingredient for keeping your network in tip-top shape.

Optimize network performance by ensuring both you and your peers are locally connected. When it comes to Internet Exchanges (IXs), there are two types of peering: local peering and remote peering. And depending on your network setup and goals, the type you use can have a significant impact on your network performance. While remote peering has valuable use cases, we often see customers using it in scenarios where it is actually doing more harm than good to their network performance.

SHARE Simple Network Management Protocol (SNMP) traps are messages sent by SNMP devices that notify network monitoring systems about device events or significant status changes. At LogicMonitor, our view on SNMP has evolved over the years. While we have often favored other logging methods that offered more insights and were considered easier to analyze in the past, we recognize that SNMP traps remain an essential tool in network management.

Packet loss is one of the most common network problems that can occur at any moment, impacting various applications and services, including Internet performance. When users experience issues like slow loading times or dropped connections, their first instinct may be to wonder: Is the packet loss on my end or my ISP's end? How can I know if my ISP is experiencing packet loss? This question is crucial for both customers and ISPs.