Using UDP as the data transfer protocol, is it still possible for an application to guarantee dependable data transmission? What actions would you take to carry out this strategy if this were the case?

Can an application maintain dependable data transport even while using UDP for data transfer? What strategy would you use if such were the case?

Is it feasible for an application to receive a reliable data transmission while it is simultaneously operating over UDP? Then, may I ask how it is?

FTP, on the other hand, requires verification that a file has been correctly transmitted to a client, but it does not give a built-in means to track this information. File Transfer Protocol (FTP) relies on the TCP/IP architecture's Transport layer to ensure that data is delivered.

Can an application maintain dependable data transport even while using UDP for data transfer? What strategy would you use if such were the case?

Recall that TCP can be enhanced with SSL to provide process-to-process security services. including encryption. Does SSL operate at the transport layer or the application layer? If If the application developer wants TCP to be enhanced with SSL, what does the developer have to do?

Applications reliant on UDP could struggle to transfer data regularly. In such situation, how would you go about doing it?

Can an application rely on UDP for dependable data transport? In such instance, what steps would you take to achieve your goal?

Is it feasible for an application to benefit from dependable data transmission while running over UDP? If it is the case, how?

Can an application rely on UDP for dependable data transfer? In such instance, what steps would you take to achieve your goal?