The goal here is to describe generic components and outline a few specific cases enabling you to make the right choices when applying to your own architecture.įeel free to comment or contact me directly with your feedback. You're more than capable of slotting in the technologies and components you've committed to in the past where applicable. The assumption is that you're smart and can figure out adapting it to your own architecture. The intent was to provide architectural guidance and not in-depth technical details. These elements presented here are, then, the generic common architectural elements identified and raised up to a generic architecture. In this article, we'll explore the logical diagram that captures the elements of a successful payment solution.īefore diving into the common elements, please understand that this is a collection of identified elements uncovered in multiple working implementations.
#Architectural diagrams hardcover series
The introductory article (part one, linked in the "Series Overview" section at the conclusion of this post) covered the baseline architecture, defined the payments project, and shared the planning for this series in adding observability to the logical and physical architectures. This series will take a look at fixing that omission with an open-source standards-based cloud-native observability platform that helps DevOps teams control the speed, scale, and complexity of a cloud-native world for their financial payments architecture.
The major omission in this series was to avoid discussing any aspect of cloud-native observability. The architectures presented were based on open-source cloud-native technologies, such as containers, microservices, and a Kubernetes-based container platform. The series consisted of six articles and covered architectural diagrams from logical and schematic to detailed views of the various use cases uncovered. In 2020, I presented a series of insights from real implementations adopting open-source and cloud-native technology to modernize payment services. states and two Canadian provinces, as well as the world's largest collection of surficial fresh water.Cloud-native technology has been changing the way payment services are architected. Superimposed upon the North American continent, and with easily recognizable yet divergent political and geological borders, this megaregion traverses portions of eight U.S. It proposes a new geographic gestalt for urban analysis. Postponing diagnosis, let alone treatment of these conditions, Third Coast Atlas aspires to simply describe. This thick description encompasses a range of representational forms including maps, plans, diagrams, timelines, and photographs, as well as speculative design research projects and critical texts. It assembles a multi-layered, empirical description of urbanization processes within the drainage basins of the five Great Lakes and the Saint Lawrence River. Third Coast Atlas: Prelude to a Plan describes the conditions for urbanization across the Great Lakes region. Visit urbanNext for exclusive on-line content about this bookĭaniel Ibañez, Clare Lyster, Charles Waldheim, Mason White Design and research, or design research is a single continuum of praxis.” Kiel Moe Rather, meaningful work on one is not possible without deep engagement with the other. “Design and research are not distinct activities. Drawing from the inherent intelligence and depth of multiple disciplines, this book offers a transcalar perspective on the role of wood in contemporary urbanization: from the imperceptibly small to the confoundingly large. It brings into conversation scholars and practitioners who focus on wood from a range of perspectives: from the working forest to the mid-rise building to the basic cell.
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