Network management is more than just installing hardware. It is the sensible design of networks, the roll-out of configurations, and later also the monitoring and troubleshooting of projects. All of this costs IT admins a lot of resources. A professional network management tool makes these tasks easier and saves time and stress. Cloud-based network management software also offers many practical approaches for optimizing existing networks, identifying potential sources of interference and maintaining a constant overview of performance.
With our network management solution, the LANCOM Management Cloud (LMC), IT specialists can manage customer networks faster and more securely. Using the LMC, they are able to offer high-quality and targeted service without on-site appointments and the resulting loss of time, and to make adjustments to networks without a great deal of effort. See for yourself how the LANCOM Management Cloud supports you in meeting the high demands of modern and secure network management.
Event scheduling in the LANCOM Management Cloud
With the LANCOM Management Cloud, configuration rollouts and firmware updates can now be scheduled in advance and executed automatically — no manual intervention required. Simply define the time window and select the devices; everything else is handled by the cloud.
To ensure uninterrupted operations, devices are updated model by model. New events can be set up quickly: highlight the devices, choose the desired action in the “Schedules” menu — done. Use the “Scheduled events” button to stay on top of all pending and completed actions.
Time savings
Time is precious. Especially in the IT department of companies. But many work steps in network management are time-consuming and costly due to their redundancy and small-scale nature. Surely there must be a better and simpler way? That's right! With network automation from the LANCOM Management Cloud, you can save 75% of your time and increase your IT efficiency.
In a campus area network (CAN), multiple local networks are interconnected within a limited geographical area — such as a corporate, industrial, or university campus — typically using high-performance fiber optic or Ethernet links.
For stable and efficient campus networking, a hierarchical network structure based on the three-tier model with redundant switches is recommended.
Our topic page explains the fundamentals of two-tier and three-tier architectures, along with smart redundancy concepts — clear, practical, and easy to follow: