Testing Context-Aware Software Systems From the Voices of the Automotive Industry
Santiago Matalonga, Domenico Amalfitano, Martín Solari, Jean Carlo Rossa Hauck, Guilherme Horta Travassos · IEEE Transactions on Industrial Informatics · 2025
As automotive software systems evolve toward high and full driving automation, evaluating their quality becomes increasingly challenging, especially concerning emerging behaviors. Context awareness is the capability to sense the environment and adapt behavior. Automotive software systems are context-aware software systems (CASS). Previous secondary studies in technical literature indicate a need for testing techniques for CASS. However, these studies should have investigated the information provided by the industry. Therefore, this article undertakes a gray literature study to uncover evidence of CASS testing using 20 reports from 16 automotive companies as primary sources. Our findings show that industry practices exhibit quality assurance best practices, but CASS abstraction adoption still needs to be completed. Industry reports emphasize testing challenges but lack technical resolutions, relying on amassing diverse datasets for testing. This article has the potential to impact the quality assurance of automotive software systems significantly and lead industry professionals to enhance their testing process.