Overview/Description This course covers synchronous and asynchronous remote replication modes. It also focuses on host-based, array-based, and network-based remote replication technologies. Further, it details three-site remote replication, data migration solutions, and remote replication and migration in a virtualized environment. It also focuses on the essential characteristics of cloud computing, cloud services and deployment models, and cloud computing infrastructure. It covers the challenges of cloud computing and cloud adoption considerations. This course is part of a series that cover...

Overview/Description This course provides a closer look at enterprise resources in the cloud and the use of cloud storage services. Cloud storage is of key interest to many consumers as it has a number of advantages over traditional data storage. Cloud-stored data is available from any location that has Internet access. However, depending on the type of business and data, some organizations need to carefully evaluate if and what types of regulations and compliance standards may apply to their data. This course presents the importance of classifying your type of data, what type of security...

Overview/Description Once you have the subnetting basics down and understand how to divide a network into two or more networks you are ready to determine the optimal subnet mask for a given scenario and how to calculate the usable range of IP addresses that can be used in each of those subnets. This course starts by reviewing and working through a detailed subnetting example that has specific requirements. Next the course introduces block sizes which tell you how many addresses are within the network. It also explains how the first subnet address is reserved to refer to the network itself...

Overview/Description The growth of the Internet and the adoption of networking over the past 20 years are pushing the IP version 4 (IPv4) to the limits of its addressing capacity and its ability for continued growth. To sustain the evolution of the Internet and the ability to scale networks for future demands requires a limitless supply of IP addresses and improved mobility. In response, the Internet Engineering Task Force (IETF) developed a next-generation protocol, IP version 6 (IPv6). IPv6 satisfies the increasingly complex requirements of hierarchical addressing that IPv4 does not satisfy...