Code-to-utilization metric based code architecture adaptation

A method, comprising:

• monitoring, by a system comprising a processor, executing code to identify code blocks being executed at a remotely located processor;
• injecting, by the system, time statements with corresponding identified code blocks and corresponding computing resource utilization measurements, resulting in code-to-utilization information as a function of time;
• and
• determining, by the system, a recommendation to convert a code block of the code blocks to a serverless function based on a computing resource utilization measurement of the computing resource utilization measurements, wherein the computing resource utilization measurement corresponds to the code block.

A non-transitory machine-readable storage medium, comprising executable instructions that, when executed by a processor, facilitate performance of operations, comprising:

• identifying code blocks being executed at a remotely located processor;
• correlating the code blocks with computing resource utilization measurements and execution time values, resulting in code-to-utilization information as a function of time;
• displaying a representation of the code-to-utilization information to enable identification of a high-utilization code block of the code blocks according to a high-utilization criterion;
• and
• determining a recommendation to convert the high-utilization code block to a serverless function based on a predicted cost savings associated with implementing the serverless function in future execution of the code blocks without the high-utilization code block.