InfoQ Homepage Cloud Content on InfoQ
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/articles/domain-driven-cloud/en/smallimage/domain-driven-cloud-aligning-your-cloud-architecture-to-your-business-model-small-1694509389452.jpg)
Domain-Driven Cloud: Aligning Your Cloud Architecture to Your Business Model
Domain-Driven Cloud (DDC) is an approach for creating your organization’s cloud architecture based on your business model. Based on Domain-Driven Design (DDD) and the architecture principle of high cohesion and low coupling, this article introduces DDC including the technical and human benefits of aligning your cloud architecture to the bounded contexts in your business model.
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Monitoring Critical User Journeys in Azure
Flowe explains how they combine metrics from many sources together in Azure to monitor Critical User Journeys and prevent downtime for a critical application.
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The Role of Digital Twins in Unlocking the Cloud's Potential
This article explores the use of the DT concept as a new way to make cloud services more developer-friendly. This new model aligns the development, deployment, and now the runtime aspects of a microservice into a single, cohesive unit, bridging the gap between developers and the cloud and paving the way for a new era of cloud services.
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InfoQ DevOps and Cloud Trends Report – July 2023
InfoQ editorial staff and friends of InfoQ are discussing the current trends in the domain of cloud and DevOps as part of the process of creating our annual trends report. These reports provide InfoQ readers with a high-level overview of the topics to pay attention to and help the editorial team focus on innovative technologies.
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Comparative Analysis of Major Distributed File System Architectures: GFS vs. Tectonic vs. JuiceFS
As storage needs continue to grow, traditional disk file systems have revealed their limitations. To address the growing storage demands, distributed file systems have emerged as dynamic and scalable solutions. In this article, we explore the design principles, innovations, and challenges addressed by three representative distributed file systems: Google File System (GFS), Tectonic, and JuiceFS.
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A Comprehensive Guide to Building Event-Driven Architecture on Azure, AWS, and Google Cloud
In this article, you'll find guidance to Azure, AWS, and Google Cloud resources, along with unique architecture examples that incorporate the AWS EventBridge, SNS, Azure Service Bus, Eventgrid, and Google Cloud Eventarc. These examples can help you better grasp the resources’ concepts and enable you to kickstart building your own architecture using an event-driven approach.
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Debugging Production: eBPF Chaos
This article shares insights into learning eBPF as a new cloud-native technology which aims to improve Observability and Security workflows. You’ll learn how chaos engineering can help, and get an insight into eBPF based observability and security use cases. Breaking them in a professional way also inspires new ideas for chaos engineering itself.
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/articles/service-assurance-private-networks/en/smallimage/service-assurance-in-private-LTE-5G-networks-small-1686583783325.jpg)
Service Assurance in Private LTE/5G Networks
This article talks about service assurance in the context of cellular networks, how private networks pose additional needs, and how an end-to-end service assurance framework can be designed and developed for such networks.
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Data-Driven Decision Making - Software Delivery Performance Indicators at Different Granularities
Optimizing a software delivery organization is not a straightforward process standardized in the software industry. Getting the organization to analyze the data and act on it is a difficult undertaking. This article presents insights into how a socio-technical framework for optimizing a software delivery organization has been set up and brought to the point of regular use.
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Learning eBPF for Better Observability
This article shares insights into learning eBPF as a new cloud-native technology which aims to improve Observability and Security workflows. Learn how to practice using the tools, and dive into your own development. Iterate on your knowledge step-by-step, and follow-up with more advanced use cases later.
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/articles/dropbox-magic-pocket-exabyte-storage/en/smallimage/magic-box-dropbox-small-1682511216986.jpg)
Magic Pocket: Dropbox’s Exabyte-Scale Blob Storage System
A horizontally scalable exabyte-scale blob storage system which operates out of multiple regions, Magic Pocket is used to store all of Dropbox’s data. Adopting SMR technology and erasure codes, the system has extremely high durability guarantees but is cheaper than operating in the cloud.
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Start Your Architecture Modernization with Domain-Driven Discovery
Successful projects start with robust discovery. What if your project is modernizing your tangled old legacy system or migrating all your workloads to the cloud? This article presents a guided approach to starting your next architecture modernization project with a Domain-Driven Discovery (DDD), illustrated with a medical supply company that is migrating its core systems to the cloud.