AbstractThe integration of autonomous artificial intelligence agents within cloud-native microservices architectures presents a transformative potential for enhancing system scalability, resilience, and operational efficiency. Despite advances in microservices and autonomous AI individually, there remains a significant gap in comprehensive architectural frameworks that explicate the seamless embedding of autonomous agents into cloud-native environments alongside strategic considerations for organizational adoption and governance. This study aims to address this gap by developing and validating a novel multi-layered architectural framework that facilitates autonomous agent autonomy, inter-agent communication, adaptive orchestration, and policy enforcement within containerized microservices ecosystems. Employing a mixed-methods approach, the research synthesizes findings from a systematic literature review with qualitative insights collected through semi-structured expert interviews drawn from AI, cloud computing, and software architecture domains. The outcomes reveal critical architectural components and design patterns, operational advantages including dynamic scaling and self-healing capabilities, and strategic implications related to risk management and competitive advantage. Additionally, the study highlights essential ethical considerations necessitating human oversight and transparency mechanisms. The proposed framework offers both theoretical advancement and practical guidance, contributing a rigorously validated model that informs the design, deployment, and governance of autonomous A I agents in cloud-native microservice environments, thereby supporting organizations in harnessing intelligent automation within scalable, resilient, and ethically responsible cloud systems.
Sourabh Jhawar (2026) studied this question.