Network topology describes how a network‘s nodes, connections, and devices physically arrange and interconnect, as well as how they communicate. The arrangement or configuration of a network’s components plays a crucial role in ensuring smooth ITOps with minimum downtime. Any issues in the network can disrupt operations, leading to potentially dire consequences. To prevent this, you need to understand your network functionality and structure.

Software complexity grows exponentially, developer efficiency grows far slower. And debugging often takes up 20-50% of development time. More complex, connected systems means increased data flow at the edge, and in the cloud. That leads to increased exposure to vulnerabilities, cyber threats, malfunctions, and bugs with risks that are hard to assess.

Even with dedicated database staff (often with impressive technical skills), businesses need help understanding how to address database issues. IT managers and database specialists are keen to try different approaches to keeping databases working as efficiently as possible. One popular approach is ‘DevOps’. As companies navigate the complexities of digital transformation and a growing trend toward cloud migration, IT environments have become extraordinarily complex.

The choices you make around IT infrastructure have great impact for both business cost and performance, across areas as diverse as operations, finance, data analysis and marketing. Given the importance of data across all of these areas and frankly, across your business as a whole, making the right decision when choosing a new storage system is critical. In this blog post we will take a look at some of the factors to consider in order to ensure you balance cost effectiveness with performance.

Understanding costs is an essential part of service ownership. But in cloud-based applications, the cost of any given service often comes down to a wide range of dynamic factors. Individual services can incur fees from numerous dependencies, from data stores to observability solutions, and keeping track of these expenses can mean reckoning with the intricacies of many different billing models.

Today’s distributed IT infrastructure consists of many services, systems, and applications, each generating logs in different formats. These logs contain layers of important information used for data analytics, security monitoring, and application debugging. However, extracting valuable insights from raw logs is complex, requiring teams to first transform the logs into a well-known format for easier search and analysis.

Kubernetes has just reached its 10th anniversary, signifying the maturity of the containers movement. Now it’s time to explore the next frontier in cloud-native evolution: WebAssembly, a.k.a. WASM or Wasm. Moving beyond containers and Kubernetes, WASM bears the promise to revolutionize the cloud landscape with unparalleled performance, portability, and security.

Following the announcement of System Center 2025, it’s clear the suite isn’t going anywhere, and many organizations are considering moving to a newer version to capitalize on the 64-bit update to the application in the 2022 release of Orchestrator. For organizations looking to upgrade from earlier versions of Orchestrator such as 2016 or 2019 to System Center Orchestrator 2022, there are several things to be aware of before migration, as Orchestrator 2022 has a major change to the application.

The amounts of data we’re storing and moving today take up a lot of resources. Statistics vary, but we know for sure that trillions of megabytes of data are created every single day – and all this data needs somewhere to live.

Whether they’re for synthetic monitoring, large-language models, or some other use case, Grafana application plugins are a fantastic way to enhance your overall Grafana experience. Data for these custom experiences can come from a variety of sources, including nested data sources. However, they can also come from third-party APIs, which usually require authentication to access.