Your office has implemented a WLAN and needs you to configure the WLAN environment with three Cisco Meraki™ MR62 wireless access points (WAPs) in order to access the Internet and intercommunicate. Security is not overly important at this time. The Visio® diagram provided, ” ,” shows the placement of each WAP within the building. The firewall is located in the Data Center. The organization has an external IP address of 23.4.178.126 and uses private IPv4 space on the 10 network. The IP space for internal routers and access points is 10.0.1.x with all IPs available above 10.0.1.10. Before working on this assignment, the wireless access pointon the Cisco Meraki™ documentation site. Using the information from the Cisco Meraki™ site, the configuration value to implement each device in the ” ” to allow all networked computers to communicate with each other and the Internet. the 1-page “WLAN Configuration Design Template” spreadsheet. 1- to 2-page diagram depicting the process you took to identify the appropriate configuration settings for each device. Your audience is your director, so be clear and explain the vulnerabilities that exist in the implemented environment. For the diagram you can use Visio®, Microsoft® Word, or PowerPoint® or other appropriate application.

Configuring the WLAN environment with three Cisco Meraki MR62 wireless access points (WAPs) requires careful consideration of the network topology and the desired functionality. In this case, security is not a primary concern, but it is still important to ensure that the network is properly set up and that access points are configured correctly to allow communication between devices and access to the Internet.

To begin, let’s analyze the provided Visio diagram which shows the placement of each WAP within the building. According to the diagram, there are three access points located in different areas of the building. It is important to take note of the firewall’s location in the Data Center, as it plays a crucial role in securing the network and controlling incoming and outgoing traffic.

Next, we need to consider the IP addressing scheme used in the network. The organization has an external IP address of 23.4.178.126, which is a public IP address. Internally, the organization uses private IPv4 space on the 10 network. The IP space for internal routers and access points is 10.0.1.x, with all IPs available above 10.0.1.10. It is important to keep in mind these IP ranges when configuring the access points.

To configure the access points, we should refer to the documentation provided by Cisco Meraki. They have an extensive knowledge base on their website that provides detailed information on setting up and configuring their devices. By following the documentation, we can identify the appropriate configuration values for each access point.

Based on the information provided, it is necessary to configure the access points to allow all networked computers to communicate with each other and access the Internet. This can be achieved by configuring the access points in bridge mode, which allows devices to connect to the access points wirelessly and communicate with each other and the external network.

Additionally, the WLAN should be configured with a DHCP server to assign IP addresses dynamically to the connected devices. This will simplify the IP management process and ensure that devices can obtain the necessary network settings automatically.

For the vulnerabilities that exist in the implemented environment, it is important to note that no security measures have been taken into consideration. This means that the Wi-Fi network is open and unencrypted, leaving it susceptible to unauthorized access and potential attacks. It is highly recommended to implement basic security measures such as enabling WPA2 encryption and configuring a strong password for the Wi-Fi network.

In summary, configuring the WLAN environment with three Cisco Meraki MR62 wireless access points requires careful consideration of the network topology, IP addressing scheme, and desired functionality. By following the provided documentation and taking the appropriate measures to ensure network security, the access points can be configured to allow communication between devices and access to the Internet.

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