System and method for memory reallocation for micro applications using quantum computing

A method comprising:

• receiving logs for a micro applications server;
• determining a first score based on the received logs;
• comparing the first score to a score threshold;
• and
• in response to determining that memory reallocation is needed:
• comparing the first score to a plurality of scores;
• and
• in response to the first score not matching any of the plurality of scores:
• determining a predicted memory configuration based on the first score;
• determining an improved memory configuration based on the predicted memory configuration, wherein the improved memory configuration determines a respective memory allocation for micro applications hosted by the micro applications server;
• deploying the improved memory configuration to the micro applications server;
• and
• restarting the micro applications server.

A non-transitory computer-readable medium storing instructions that, when executed by at least one of a classical processor or a quantum processor, cause the at least one of the classical processor or the quantum processor to:

• receive logs for a micro applications server;
• determine a first score based on the received logs;
• compare the first score to a score threshold;
• and
• in response to determining that memory reallocation is needed:
• compare the first score to a plurality of scores;
• and
• in response to the first score not matching any of the plurality of scores:
• determine a predicted memory configuration based on the first score;
• determine an improved memory configuration based on the predicted memory configuration, wherein the improved memory configuration determines a respective memory allocation for micro applications hosted by the micro applications server;
• deploy the improved memory configuration to the micro applications server;
• and
• restart the micro applications server.