Event-driven architecture has become the backbone of modern distributed systems, enabling applications to respond to changes in real-time while maintaining loose coupling between components. Azure Event Grid represents Microsoft’s fully managed event routing service, designed to simplify the development of event-based applications at scale. After implementing Event Grid across numerous enterprise projects, I’ve gained deep… Continue reading
Tag: Cloud Native
Azure Cosmos DB: A Solutions Architect’s Guide to Globally Distributed Databases
Throughout my career architecting distributed systems, few database decisions have proven as consequential as choosing the right globally distributed data platform. Azure Cosmos DB represents Microsoft’s answer to the challenge of building planet-scale applications—a fully managed NoSQL database service that delivers single-digit millisecond latency anywhere in the world. After implementing Cosmos DB across numerous enterprise… Continue reading
Azure Functions and Serverless Architecture: A Solutions Architect’s Guide to Event-Driven Computing
After two decades of building enterprise applications, I’ve witnessed the evolution from monolithic deployments to microservices, and now to serverless architectures. Azure Functions represents a fundamental shift in how we think about compute—moving from “always-on” infrastructure to truly event-driven, pay-per-execution models. This transformation isn’t just about cost savings; it’s about building systems that scale automatically… Continue reading
Azure Kubernetes Service (AKS): A Solutions Architect’s Guide to Enterprise Container Orchestration
After two decades of deploying and managing containerized workloads across enterprises, I’ve watched Kubernetes evolve from a complex orchestration tool into the de facto standard for container management. Azure Kubernetes Service (AKS) represents Microsoft’s fully managed Kubernetes offering, and having architected dozens of AKS deployments, I can share the patterns and practices that separate successful… Continue reading
The .NET Renaissance: How C# 13 and .NET 9 Are Redefining What Modern Development Looks Like
After two decades of building enterprise applications on the Microsoft stack, I’ve witnessed every major evolution of .NET—from the original Framework through the tumultuous transition to Core, and now to the unified platform that .NET 9 represents. What strikes me most about this release isn’t any single feature, but rather how it crystallizes Microsoft’s vision… Continue reading
.NET 9: A Solutions Architect’s Guide to the Modern .NET Ecosystem
After two decades of building enterprise applications on the Microsoft stack, I’ve witnessed every major evolution of .NET—from the original Framework through the tumultuous transition to Core, and now to the unified platform we have today. .NET 9, released in November 2024, represents the maturation of a platform that has finally delivered on the promise… Continue reading
Cloud-Native Machine Learning: Building Scalable Models for Production
The journey from experimental machine learning models to production-grade systems represents one of the most challenging transitions in modern software engineering. After spending two decades building distributed systems and watching countless ML projects struggle to move beyond proof-of-concept, I’ve developed a deep appreciation for cloud-native approaches that treat machine learning infrastructure with the same rigor… Continue reading
Scaling Up Your Pods: How Horizontal Pod Autoscaling Wins
After two decades of managing containerized workloads across production environments, I’ve come to appreciate that the difference between a good Kubernetes deployment and a great one often comes down to how intelligently it responds to changing demand. Horizontal Pod Autoscaling (HPA) represents one of those fundamental capabilities that separates reactive operations from proactive infrastructure management.… Continue reading
Embracing Cloud Native and Multi-Cloud: A Journey Through Modern Infrastructure
The evolution of cloud computing has fundamentally transformed how we architect, deploy, and manage enterprise applications. After spending over two decades in software engineering and solutions architecture, I’ve witnessed this transformation firsthand—from the early days of virtualization to today’s sophisticated cloud-native and multi-cloud ecosystems. This article explores the principles, patterns, and practical considerations that define… Continue reading