Dynamic caching system

A computer-implemented dynamic caching system, said dynamic caching system comprising:

• at least one processor;
• and
• at least one computer-readable memory communicably coupled to said processor, said memory storing pre-defined, executable computer program code, which when executed by said processor, causes the processor to:
• access a master database storing at least data points repetitively accessed via a plurality of mutually non-cooperative computer implemented platforms;
• trigger a cache memory to cooperate with said master database and thereby receive from said master database, at least repetitively accessed data points, said processor further triggering storage of said repetitively accessed data points received from said master database, on said cache memory;
• trigger a user engine to receive a query from a user of at least one of said mutually non-cooperative computer implemented platforms;
• trigger an orchestrator to cooperate with said user engine and thereby receive and process said query, and selectively search said cache memory and amongst said repetitively accessed data points stored therein, for data points relevant to said query, and consequentially retrieve relevant data points from said cache memory;
• trigger a decision engine to process said relevant data points, and further trigger said decision engine further to determine a cache age based on said relevant data points, said cache age being a difference between a time when the relevant data points were received into the cache memory from the master database and a time when the relevant data points were retrieved from the cache memory module by said orchestrator in response to said query, and dynamically set said cache age as a Time to Live (TTL) period for said query corresponding to said relevant data points, such that every query, directed to said relevant data points within said cache age satisfies a predetermined accuracy value;
• and
• trigger a de-duplication engine to further process said relevant data points and:
• identify static portions of said relevant data points, by eliminating from said relevant data points, random noise not following any fixed pattern and dynamic portions deemed to follow a fixed pattern;
• and
• segregate said static portions from said dynamic portions, and interlink said dynamic portions of said relevant data points with said query.