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This paper presents a framework for governing APIs at scale in multi-cloud environments using Google Apigee, addressing challenges in architectural consistency, security, and operational complexity. The framework leverages Apigee Hybrid disaggregation for centralized control and localized data, incorporating Golden Paths, Zero Trust Architecture, and AI-driven automation. Empirical results demonstrate that intent-driven governance reduces configuration drift by 42% and improves propagation efficiency by 31% in distributed gateways.
Slash configuration drift by 42% and boost API propagation by 31% with this framework for governing APIs across AWS, Azure, and GCP.
In today鈥檚 world businesses now favor distributed, API-centric microservices over monolithic applications. Organizations expanding operations across cloud providers like Amazon Web Services Microsoft Azure and Google Cloud Platform encounter challenges in architectural consistency security fragmentation and operational complexity. Apigee's cross-cloud deployment provides API governance at scale. Apigee Hybrid disaggregation enables centralized control with localized data for low latency. Golden Paths in platform engineering Zero Trust Architecture (ZTA) for global security and AI-driven threat detection/lifecycle automation are core to this framework. Data show intent-driven governance cuts configuration drift by a notable 42% and improves propagation efficiency by 31% in distributed gateways. This research provides senior architects and technology leaders a strategic roadmap for consistent secure and scalable API governance in diverse ecosystems.
