Why? Large-scale networks involve multiple subnets, perform dynamic IP allocations, support BYOD policies, and scale continually to support computational needs. However, applying this technique for large-scale or enterprise-level networks is close to impossible. If you’re a network admin who is managing a small network with a handful of IPs, native commands like ipconfig and ping can help you scan IPs and track your network address space.

The most common way to perform an IP scan is using the native commands supported by whatever operating system you’re using. That being said, it’s crucial to deploy an advanced IP scanner for effective IPAM.

Compromising on an advanced IP scanning solution, which can provide comprehensive IP address management (IPAM), DHCP management, and DNS management, can have adverse effects on network performance, including costly network downtime. Scanning IP addresses can be challenging in large networks, which often include wired and wireless devices with dynamic IPs, multiple DNS, DHCP configurations, and complex subnets.

With networks continually scaling to meet business needs, advanced IP scanning has become a crucial task for network admins to ensure network availability and performance.

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