Objective
Objective
Design a high-availability network environment prioritizing uptime and redundancy in a local scope. It should accommodate multiple users and be capable of management by Windows
Server services. Network should be functional, manageable, secure, and redundant.
Virtualized High-Redundancy Network
The topology for this exercise may seem unlikely or excessive, however because we need to provide redundancy at a local scope, it satisfies the objective and provides the opportunity to configure and present the various technologies that provide functionality to networks. This network is not conceptual. All nodes are fully configured in a virtual environment.
The result is a secure and segmented,
redundant, fully functional network that can be managed on VLAN99. The list above includes hyperlinked documentation of the listed activities, except for #5 that can be tested by simply disabling a device or pinging a web resource.
How does it work?
Test connectivity and failover
The result is a secure and segmented,
redundant, fully functional network that
can be managed on VLAN99. The list above
includes hyperlinked documentation of the
listed activities, except for #5 that can be
tested by simply disabling a device or pinging
a web resource.
Virtualized High-Redundancy Network
Design a high-availability network environment
prioritizing uptime and redundancy in a local
scope. It should accommodate multiple users
and be capable of management by Windows
Server services. Network should be functional,
manageable, secure, and redundant.
The topology for this exercise may seem unlikely
or excessive, however because we need to provide
redundancy at a local scope, it satisfies the objective
and provides the opportunity to configure and
present the various technologies that provide functionality
to networks. This network is not conceptual.
All nodes are fully configured in a virtual environment.
How does it work?
Test connectivity and failover