Davide Arcolini
Full Lifecycle API Management: Microgateway Infrastructural Pattern adopting Kong Gateway.
Rel. Riccardo Sisto, Fulvio Valenza. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Informatica (Computer Engineering), 2023
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Abstract
As Web APIs emerged as the fundamental technology to facilitate the interactions between organizations and their customers or partners, their ease of access and wide exposure demanded heightened attention on security and service availability. The adoption of the microservice infrastructural paradigm led industries to integrate API Gateways as central components responsible for managing and routing incoming requests to specific applications, as well as ensuring authentication of end-users, policy enforcement, logging, caching and monitoring. However, owning to their inherent monolithic design, they face the same challenges that prompted the shift towards decentralized infrastructures. Consistent with the trend, this thesis emphasizes a holistic approach to manage the entire lifecycle of Web APIs, embracing a new and innovative paradigm: the Microgateway Infrastructural Pattern.
Based on ad-hoc, lightweight, and flexible API Microgateways, sitting closer to the applications they serve, this paradigm decouples the management of Web APIs among teams, empowering developers to concentrate on their microservices’ production
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