A Graph-Based Approach for Software Functionality Classification on the Web

In the context of rising cybersecurity threats within software supply chains, the precise classification of software package functionalities is essential for mitigating risks posed by the exploitation of third-party libraries in web-based systems. This paper introduces a novel approach employing a Heterogeneous Information Network (HIN) and the Metapath2Vec algorithm to elevate the security and reliability of software package classification within the NPM repository, which is crucial for web application development. Our methodology capitalises on intricate package dependencies and metadata to not only enhance classification accuracy but also effectively utilise the complex and dynamic relationships widespread in web ecosystems. Comparative analyses underscore that our framework outstrips conventional methods such as DeepWalk and Node2Vec, with substantial improvements in precision and recall across a majority of functionality classes assessed. This research significantly advances web information systems engineering by providing a robust framework for the dynamic analysis of relationships and functionalities in software packages, thereby strengthening the security resilience of web-based software ecosystems.