Great! Let's go through each of these tasks one by one:
Design a Network with compatible Topology, IP Address schema, network device layout and type of network to
meet the requirements.
When designing a network, it's important to consider the following factors:
Network requirements: What does the network need to accomplish? How many devices will be connected? What
type of traffic will be on the network?
Network topology: The physical layout of the network, including how devices are connected and how data flows
between them.
IP addressing: How devices are assigned unique addresses on the network.
Network devices: The specific hardware used to build the network, such as routers, switches, and firewalls.
Once you have a good understanding of the requirements, you can start designing the network. One popular tool
for designing networks is Cisco Packet Tracer, which allows you to simulate different network topologies and
configurations.
To start, you'll need to choose a network topology that meets the requirements. For example, if the network
needs to support a large number of devices, a hierarchical topology might be a good choice. If the network needs
to be highly available, a mesh topology might be a better option.
Next, you'll need to assign IP addresses to devices on the network. This can be done using either static or dynamic
addressing, depending on the requirements. You'll also need to choose a subnet mask that allows devices on the
same network to communicate with each other.
Finally, you'll need to choose the specific network devices that will be used in the network. This might include
routers, switches, firewalls, and other network appliances. Each device will need to be configured with the
appropriate settings to enable it to function properly in the network.
List down the use of different devices within the design.
The devices you choose for your network will depend on the requirements of the network. Here are some
common devices and their uses:
Router: Connects multiple networks together and routes traffic between them.
Switch: Connects devices within a network and forwards traffic between them.
Firewall: Filters traffic entering or leaving the network to prevent unauthorized access or data leaks.
Access point: Connects wireless devices to the network.
Server: Provides centralized services, such as file storage, printing, or email.
Client: Devices that connect to the network to access services or resources.
Perform and list down the different network monitoring tools and define the use of each tool.
Network monitoring is an essential part of maintaining a healthy network. Here are some common network
monitoring tools and their uses:
Ping: Tests whether a device on the network is reachable and measures the response time.
Traceroute: Shows the path that packets take through the network to reach a specific destination.
SNMP: Monitors the health of network devices, such as routers and switches.
Wireshark: Captures and analyzes network traffic to diagnose problems or security issues.
NetFlow: Collects information about network traffic and usage to help identify trends and troubleshoot problems.
Nagios: Monitors the health of network services and alerts administrators if there are problems.
Assess and Update the latest Security patches for networked system.
Keeping your network secure is essential to preventing unauthorized access or data breaches. One way to do this
is to regularly assess and update security patches for networked systems. Here are some steps you can take:
Keep software up to date: Make sure that all network devices are running the latest software and firmware
updates, which often include security patches.
Use strong passwords: Encourage users to choose strong passwords and use multi-factor authentication where
possible.
Regularly review logs: Review system logs for any unusual activity or security incidents.
Perform vulnerability scans: Use a vulnerability scanner to identify any weaknesses in