We Claim:
1. A method (500) for monitoring one or more speed test servers (101) in a
communication network, the method (500) comprising:
receiving, by a data exchange engine (204) from a user device (102), a
5 user input comprising a device identifier associated with the user device (102)
and a request to initiate one or more speed tests;
determining, by a location fetch engine (206), a geographical area
corresponding to the user device (102);
retrieving, by a server detection engine (210) from a first database (124),
10 an entity list of servers associated with the geographical area;
determining, by the server detection engine (210), whether the entity list
of servers comprises at least one entity associated with at least one speed test
server (101);
retrieving, by the server detection engine (210) in response to a
15 determination that the entity list of servers comprises the at least one entity,
information of the at least one speed test server (101);
generating, by the server detection engine (210), a first speed test trigger
for the at least one speed test server (101) based on the information of the at
least one speed test server (101);
20 receiving, by the server detection engine (210) in response to the first
speed test trigger, a value of communication latency for each of the at least one
speed test server (101); and
identifying, by the server detection engine (210), a select speed test
server having a lowest value of communication latency amongst the at least one
25 speed test server (101).
2. The method (500) as claimed in claim 1, wherein the geographical area is
associated with location information of the user device (102) retrieved using the
device identifier.
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3. The method (500) as claimed in claim 1, wherein the first speed test trigger
enables each of the at least one speed test server (101) to determine the value of
communication latency.
5 4. The method (500) as claimed in claim 1, further comprising:
receiv