Network calculator for subnet mask and other classless (CIDR) network information.

Convert CIDR blocks to constituent IP addresses

Intelligently creates a redundant VPC network across availability zones with subnets gateways and routes to house any service eco-system.

🔌 IP subnet mask calculator with ranges, MIN and MAX host

go implementation of ipcalc

Typescript implementation for using CIDR masks for address filtering.

CIDR to IP range converter is an online tool that helps you convert CIDR notation into a list of individual IP addresses that are part of the specified range

Network topologies and protocols, subnetting

A simple bash script to get the CIDR notation of a subnet mask.

This Terraform module sets up a reusable infrastructure foundation for Google Cloud Platform (GCP) projects. It provisions a VPC, subnets, and a Cloud Run service, making it easy to deploy and manage cloud-native applications.

A library to query and manipulate subnets for ipv4 and ipv6

CIDR addressing, VLSM, Routing protocols and Redistribution on Cisco Packet Tracer. Project @ Computer Networks

IP range to CIDR notation converter will helps you convert an IP range into a list of individual CIDR notation addresses that are part of the IP range

Generate reverse DNS (.IN-ADDR.ARPA) templates for a sub-/24 CIDR zone

Configurable DNS Resolver

Provides helper (extension)methods for working with IPNetworks

An Intuitive and easy to use Subnet Calculator written in C#.

Handy little script for reconciling IP Addresses to CIDR ranges - input/output CSV or CLI.

Summarize the customer scenario Create a Amazon Virtual Private Cloud (Amazon VPC) and understand how to create subnets and allocate IP addresses Familiarize yourself with the Amazon Web Services (AWS) Management Console Develop a solution to the customer’s issue in this lab Summarize and describe your findings.

A subnet, or subnetwork, is a network inside a network. Subnets make networks more efficient. Through subnetting, network traffic can travel a shorter distance without passing through unnecessary routers to reach its destination.