Tag: Blazor Web Assembly
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Why Blazor Auto Mode Finally Solves the SSR vs WASM Debate (.NET 10)
Read this article on Medium. The Blazor Identity Crisis If you’ve built anything serious with Blazor, you’ve hit the same wall: Should this be Server, WASM, SSR… or Auto? And if we’re being honest, most of us didn’t choose — we compromised. For years, the Blazor community debated hosting models as if one had to win. Blazor Auto Mode ends that… Read more
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State Management in Blazor: Beyond Cascading Parameters
Read this article on Medium. Cascading parameters are convenient.They’re also one of the fastest ways to quietly sabotage a Blazor application. Most Blazor apps don’t fail dramatically.They fail subtly. If any of that sounds familiar, the problem usually isn’t Blazor.It’s state ownership. Why State Management Is Tricky in Blazor Blazor components are short-lived.State usually is not. That mismatch… Read more
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Blazor Auto Mode + Vertical Slices: The New Full-Stack Standard in .NET 10
Why Blazor Auto Mode Changes Everything Read this article on Medium. Blazor Auto Mode represents a major shift in how full-stack .NET applications are built. Instead of choosing between Server-Side Rendering (SSR) or WebAssembly (WASM), Auto Mode starts with SSR for fast initial load and SEO, then seamlessly hands off to WASM for rich client-side interactivity. The result is a best-of-both-worlds experience — but only if your architecture can… Read more
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10 Architecture Mistakes Developers Make in Blazor Projects (And How to Fix Them)
Read this article on Medium. Blazor is a powerful framework for building interactive web applications with C#. But it’s easy to fall into architectural traps that hurt maintainability, performance, and scalability. Here are the top 10 mistakes developers make — and how to fix them. 1. Doing Too Much in Components The Problem In Blazor (and component-based frameworks in general), components are meant to represent a piece… Read more
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Designing .NET Web APIs for Performance and Scale
Read this article on Medium. Performance problems rarely come from the framework. In production systems, slow APIs are usually caused by returning too much data, doing too much work synchronously, or asking the database to do things it was never designed to do efficiently. After working on several high-traffic .NET applications, I’ve found that Web API performance boils down to a… Read more
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What’s New in .NET 10: The Coolest Features Across Runtime, C# 14, AI, Blazor, and MAUI
.NET 10 marks a major leap forward for developers, combining unprecedented performance with modern language features and next-generation tooling. With C# 14, developers can enjoy field-backed properties, extension properties, and ref‑enabled lambdas, making code more expressive, concise, and memory-efficient. Under the hood, .NET 10 delivers smarter JIT optimizations, faster loops, improved memory management, and Native AOT compilation, enabling… Read more
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Advanced Blazor Component Techniques for Clean, Scalable UI Development
Master advanced Blazor: RenderFragment, chained binds, DynamicComponent, cascading values, and clean architecture for scalable UI. Read more
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OpenAI + .NET Blazor — Building a Smarter Knowledge Base Search with AI
This article provides a practical example that demonstrates how Blazor’s rich front-end and OpenAI’s natural language processing provides a faster, smarter, and scalable search experience that enhances productivity and knowledge discovery. Read more
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.NET Blazor + OpenAI — Building a Company Support Chatbot
This article discusses how Blazor Server and OpenAI combine to create a powerful solution for building intelligent, interactive chatbots that can transform customer support experiences. Read more
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Building a CI/CD Pipeline for .NET 8 Blazor Web Apps with Azure DevOps
In this article, we’ll walk through the steps to create a fully automated CI/CD pipeline for a .NET Blazor Web App using Azure DevOps. Read more