Implementing a BYOD Policy with Onboarding Unknown Machines, Scalability, and Low Overhead
Question
An engineer must implement a BYOD policy with these requirements: -> Onboarding unknown machines -> Easily scalable -> Low overhead on the wireless network Which method satisfies these requirements?
Answers
Explanations
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A. B. C. D.B.
The method that satisfies the requirements of implementing a BYOD policy with the conditions of onboarding unknown machines, easily scalable, and low overhead on the wireless network is the "Single SSID" method.
The "Single SSID" method is a network design in which all devices, whether corporate or personal, connect to the same SSID. This method simplifies network configuration and management, allowing devices to automatically connect to the network without the need for additional authentication or configuration.
By using a single SSID, the onboarding process for unknown machines becomes more straightforward since users only need to enter their credentials once to access the network. This approach reduces the time and resources required to manage the network, making it more scalable and easier to maintain.
On the other hand, using multiple SSIDs, such as the "Dual SSID" and "Triple SSID" methods, may lead to network congestion and additional overhead on the wireless network. Each SSID creates its own separate broadcast domain, which can lead to interference and channel overlap, resulting in a reduction in network performance and scalability.
The "Open SSID" method, where no authentication is required to connect to the network, is not a recommended approach for implementing a BYOD policy as it poses a significant security risk, allowing unauthorized users to access the network.
In summary, the "Single SSID" method is the most appropriate approach for implementing a BYOD policy with the requirements of onboarding unknown machines, easily scalable, and low overhead on the wireless network.
