An organized inventory for monitoring using ManageEngine OpManager is essential for resolving network issues and optimizing performance. Configuring and updating monitoring settings is easier and more efficient when devices and interfaces are organized into subgroups and supergroups. For instance, say you’re monitoring 500 or more devices.

The BFSI sector’s rapid digital transformation has revolutionized customer experiences, allowing for convenient and efficient transactions. However, this increased reliance on technology has also made these institutions prime targets for cybercriminals. The threat of cyberattacks on financial infrastructures is evident without the need for graphs or complex statistics to illustrate it; the growing frequency and sophistication of these attacks speak for themselves.

With the new smart grouping feature, OpManager can automatically detect and group devices with matching custom fields. Post discovery, OpManager detects devices with identical custom fields and prompts you whether they should be added as groups, when you enable this, these devices are automatically upgraded as groups. Furthermore, you can now specify custom fields and group names while importing devices from CSV files, this reduces the time required to discover, classify, and organize large networks.

The UK's largest precast concrete manufacturer ensures peak network performance with OpManager, saves £400,000.

CloudSpend Resource Inventory As organizations increasingly rely on the cloud to support business operations, cloud cost management of resources becomes vital for cost control, resource optimization, and effective governance. A clear view of your entire cloud infrastructure is essential to avoid unnecessary spending and improve operational efficiency. CloudSpend’s Resource Inventory report provides a detailed analysis of all the cloud resources within any business. Let us dive into this below.

In a world where businesses operate globally, managing DNS queries across multiple regions can be complex. When clients from various locations send queries for a domain, those queries must be routed to the most appropriate DNS host. Factors such as the client’s geolocation, IP address, and network type play a crucial role in ensuring traffic is directed to the right place for better performance. DNS filters provide the criteria for routing traffic efficiently.

Azure monitoring involves tracking and analyzing the health and performance of your cloud infrastructure hosted on Microsoft Azure. It involves gaining real-time insights into the performance of Azure resources, such as virtual machines, databases, and applications, enabling you to identify and resolve issues before they impact your operations. With a plethora of options available in the market, choosing the right Azure monitoring software can be a daunting task.