Abstract: Various aspects of the disclosure relate to identification and analysis associated with real-time resource allocation for code execution. A real-time resource allocation framework may estimate computing resource utilization for any given codebase using various models in real-time. The framework captures metadata corresponding to each codebase to be supported by the real-time resource allocation framework using a crawler that performs an initial full scan of all codebases and a later incremental scan for any changes in codebases onboarded onto framework to identify atomic code blocks in each of the codebases, to categorize those code blocks with respect to various computing resource utilization parameters and to predict an expected value for each code block for any given parameter. Blockchain and smart contract technology enables operation of each atomic code block to provide services via an enterprise network and feedback of actual values to improve prediction capabilities.

Abstract: Various aspects of the disclosure relate to identification and analysis associated with real-time resource allocation for code execution. A real-time resource allocation framework may estimate computing resource utilization for any given codebase using various models in real-time. The framework captures metadata corresponding to each codebase to be supported by the real-time resource allocation framework using a crawler that performs an initial full scan of all codebases and a later incremental scan for any changes in codebases onboarded onto framework to identify atomic code blocks in each of the codebases, to categorize those code blocks with respect to various computing resource utilization parameters and to predict an expected value for each code block for any given parameter. Blockchain and smart contract technology enables operation of each atomic code block to provide services via an enterprise network and feedback of actual values to improve prediction capabilities.