WE CLAIM:
1. A system (102) for web performance testing, comprising:
a memory (404);
5 one or more processors (402) coupled to the memory (404) and
configured to execute a set of instructions stored therein to:
receive, by an input module (412), a test result data from a
web performance testing software module (202) installed on a user
equipment (108);
10 transmit, by a synchronization module (416), the generated
test result data to a load balancer (204);
distribute, by the load balancer (204), the transmitted test
result data to at least one server of a plurality of servers (206);
stream, by the at least one server of the plurality of servers
15 (206), the distributed test result data into a distributed event
streaming platform (208);
retrieve, by a processing module (418), the streamed test
result data from the distributed event streaming platform (208);
process, by the processing module (418), the retrieved test
20 result data to generate a processed test result data; and
store, by the processing module (418), the processed test
result data in one or more databases (212a, 212b).
2. The system (102) of claim 1, wherein the test result data comprises a set of
parameters related to at least one of a page load time, a time to first byte, a
25 time to interactive, or a network latency.
3. The system (102) of claim 1, wherein a test execution module is configured
to transmit a web performance work order comprising one or more attributes
to the web performance testing software module (202).
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4. The system (102) of claim 3, wherein the web performance testing software
module (202) is configured to extract the one or more attributes from the
web performance work order and initiate the web performance test based on
the extracted one or more attributes to generate the test result data upon
5 completion of the web performance test, wherein the one or more attributes
include a specific time and a random time interval.
5. The system (102) of