And most developers underestimate where things go wrong. In a recent exercise on custom middleware, one detail stood out more than the rest. Here’s what really matters 👇 1️⃣ What middleware is actually doing Middleware components sit in the request pipeline and enhance functionality like logging, authentication, and error handling. Simple concept… Powerful impact. 2️⃣ Why custom middleware is worth your time Custom middleware lets you log request method, path, and response status code. That visibility gives you real insight into how your app behaves in production. 3️⃣ The mistake most developers make 🛑 Logging before calling the next middleware. That single placement error leads to incorrect status codes and misleading logs. 4️⃣ The fix that changes everything ✅ Move the logging logic after await next(). That way: The request completes. Redirects are resolved. And the status code is accurate. 5️⃣ Middleware order is not optional The pipeline runs top to bottom. Where you place middleware determines: What it sees… What it captures… And what it misses entirely. The takeaway… Custom middleware is incredibly powerful, but only when order and execution are intentional. What’s one subtle ASP.NET Core mistake you’ve made that taught you more than any tutorial ever could? Drop it in the comments… someone else will thank you for it. hashtag#dotnet hashtag#aspnetcore hashtag#middleware hashtag#softwaredevelopment hashtag#webdevelopment hashtag#backend hashtag#learning hashtag#softwarearchitecture hashtag#DotNET hashtag#FullStack hashtag#Entreprenuer

Dependency Injection is not just a pattern… It is the backbone of clean, testable ASP.NET Core applications. If you are working with ASP.NET Core, mastering Dependency Injection can completely change how you design, scale, and maintain your code. Here is why the official ASP.NET Core Dependency Injection resource is worth your time: 1️⃣ Built-in DI container ASP.NET Core ships with a lightweight, performant DI container out of the box… no third-party setup needed. 2️⃣ Clear service lifetimes Understand when to use transient, scoped, or singleton services and why it matters for performance and bugs. 3️⃣ Constructor injection done right Learn how ASP.NET Core encourages clean dependencies without hidden coupling. 4️⃣ Testability by design DI makes unit testing easier, faster, and far more reliable. 5️⃣ Real-world guidance The docs focus on practical usage, not theory overload. 📘 Resource: https://lnkd.in/gCbGgNu5 Now I’m curious… Which of these is most valuable in your day-to-day work with ASP.NET Core? Or is there a DI challenge you keep running into that no tutorial seems to explain clearly? #dotnet #aspnetcore #dependencyinjection #softwarearchitecture #csharp #FullStack #DotNET

That assumption breaks the moment real world architecture enters the picture… A calm weekend session. Zero hype. Pure technical clarity that made Azure finally click. Cloud platforms are no longer just infrastructure layers. They are now core building blocks of modern, scalable applications. Joined an insightful session with Vaishnav K at the Azure Developer Community, exploring Microsoft 365 Cloud, Intune, and Entra, and how they intersect across multiple domains. 🟢 Key technical takeaways 🟢 How Azure services align with Full Stack application architecture 🟢 Why Entra is central to Identity and Access Management (IAM) strategies 🟢 How Intune strengthens endpoint and mobile application security 🟢 Why cross domain cloud literacy is becoming a must have developer skill The biggest realization… Cloud is no longer a standalone skillset. It now lives inside Frontend workflows Backend services Mobile application pipelines Security models And end to end system design. In short… If you build applications, you are already working with the cloud… whether you realize it or not. Learning resource discussed during the session… Microsoft Intune fundamentals with real world implementation scenarios. Huge thanks to Vivek Kumar P and #Abhinav for consistently enabling such impactful, community driven learning experiences. If you are serious about building scalable, secure, production ready applications… Start investing in cloud and identity concepts early. What’s one cloud, security, or identity concept that truly changed how you design applications? Drop your insights in the comments. #Azure #CloudComputing #Entra #FullStackDevelopment #MobileDevelopment #DeveloperCommunity

You got the post right here. Basic? Hope no it mastering and pushing your knowledge in a another way of learning from posts The release of .NET 10 (LTS) isn't just an update—it’s a complete refinement of how we build, scale, and observe high-density cloud applications. From Native AOT to standardized observability, the bar for "enterprise-grade" has just been raised. What’s on the Agenda: 1. Native AOT Mastery: Achieve instant-start containers and 25% smaller binary footprints for true cloud-native efficiency. 2. Minimal API Architecture: Designing high-throughput microservices without the boilerplate. 3. Advanced Middleware: Optimizing the request pipeline for zero-allocation performance. 4. Standardized Observability: Implementing OpenTelemetry (OTLP) for deep-trace diagnostics across distributed systems. 5. Blazor SSR Evolution: Building interactive, SEO-friendly UIs with pure C#. Whether you are a Lead Architect or a Full Stack Developer, staying ahead means mastering the framework that currently dominates the TechEmpower benchmarks. If you could only prioritize one of these in your current stack, which would it be—and what problem does it solve for you? hashtag#DotNet10 hashtag#AspNetCore hashtag#FullStackDev hashtag#SoftwareArchitecture hashtag#CloudComputing hashtag#WebDev2026 hashtag#CSharp hashtag#Microservices hashtag#NativeAOT hashtag#BackendEngineering hashtag#OpenTelemetry