WE CLAIM:
1. A system (102) for synchronizing and storing video test results data,
comprising:
5 a memory (204);
one or more processors (202) configured to execute a set of
instructions stored in the memory (204) to:
receive encrypted video test results data from a mobile device (108);
distribute, using a load balancer module (212), the received
10 encrypted video test results data to one or more backend servers;
process, using a data processing module (214), the distributed
encrypted video test results data, where the processing includes decryption
of the video test results data;
map, using a mapping module (216), the processed video test results
15 data with location information of a user (110); and
store the mapped video test results data in a database (210).
2. The system (102) of claim 1, wherein the encrypted video test results data
20 is generated by the mobile device (108), the mobile device (108) being
configured to:
receive the encrypted video test results data via an application
programming interface (API) unit of the mobile device (108);
initiate, via a user interface (302), a video test to evaluate
25 performance of a web application;
capture the video test results data from the initiated video test;
encrypt, using an encryption module (304), the captured video test
results data; and
store, using a storage module (306), the encrypted video test results
30 data in a structured file format.
76
3. The system (102) of claim 1, wherein the load balancer module (212) is
configured to:
distributes the received encrypted video test results data using a
predetermined distribution algorithm;
5 inserting the encrypted video test results data into a message queue;
and
consuming the inserted encrypted video test results data from the
message queue using the data processing module (214).
10 4. The system (102) of claim 3, wherein processing the distributed encrypted
video test results data further comprises:
decrypting the distri