Operations | Monitoring | ITSM | DevOps | Cloud

We built CloudZero for a simple reason: Bring business fundamentals to cloud-driven organizations without stifling innovation. It sounds simple, but for years, the intrinsic complexities of the cloud and extrinsic pressures to grab SaaS market share made it near-impossible for businesses to achieve this. Until CloudZero.

Your IT teams are critical to improving the efficiency of your operations and ensuring long-term business scalability. But as your organization grows and demands become more complex, the challenges of managing IT operations can become difficult, especially when managing multiple applications across various server environments. Containerization has become a popular solution for some of these challenges.

Recently in our Better Incidents Slack channel, there’s been some chatter around how people structure dedicated incident commanders at their company: distributed or centralized. The way I see it, there are two types of commanders: the temporary, distributed role — a hat that an on-call engineer or an engineering manager puts on during an incident. Then there’s the centralized, full-time role, where someone is the designated incident commander (or one of a few) for all incidents.

Network topology mapping is the process of mapping topological relationships between network components and establishing those relationships in the form of network diagrams. Network mapping helps visualize physical and logical connections between all elements and nodes, thus simplifying network management. A network topology mapper is a tool that helps perform network mapping effectively.

But whether it’s replatforming legacy applications or migrating them to the cloud, enterprise IT leaders routinely suffer from run-away costs, unforeseen complications, and out-of-control environments on the other side of the modernization process. Yet, as an enterprise IT leader you have little choice but to forge ahead.

Let us consider a scenario where a Logic App is used to communicate with SharePoint through API connections, known as connectors. When configuring the connector, it communicates with Azure AD, retrieving a username and password and continuously refreshing the authentication token. When the Logic App calls the connector, it performs operations like uploading files to SharePoint.