.NET 10
64 posts tagged with this.
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IIS URL Rewrite Rules That Survive ASP.NET Core Publish
Keep HTTPS, host, and path rules intact when ASP.NET Core overwrites web.config. Practical IIS Rewrite patterns for Windows shared and VPS hosts.
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ASP.NET Core 10: IIS Application Initialization
App pool recycles still cold-start ASP.NET Core on IIS. Use Application Initialization plus a warmup path so .NET 10 apps stay responsive after recycle.
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Reliable CI/CD Pipelines for .NET 10 Deployments
Modern CI/CD patterns reduce deployment failures and speed releases for .NET workloads. This post covers pipeline structure, automation steps, and monitoring that teams use on Windows Server hosts.
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ASP.NET Core Header Handling Advisory: Mitigate Now
A recent Microsoft security advisory highlights a flaw in ASP.NET Core header processing that can enable authentication bypass on production IIS deployments. Update configurations and apply patches immediately to protect sites running the current .NET release.
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Rate Limiting Enhancements in ASP.NET Core 10
ASP.NET Core 10 refines the built-in rate limiting middleware with improved sliding-window algorithms and per-endpoint metrics. Developers gain tighter control over concurrency without external dependencies while preserving low-latency request handling.
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Mitigating Recent ASP.NET Core Request Handling Risks
A recent Microsoft security advisory highlights flaws in ASP.NET Core request parsing that can lead to denial of service or information disclosure on production sites. Update immediately and apply the configuration changes described below to protect Windows Server deployments.
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Native AOT Deployment in ASP.NET Core 10
ASP.NET Core 10 ships with mature Native AOT support that delivers smaller binaries and faster cold starts on Windows Server. This post shows how to adopt it in production minimal API projects without breaking existing DI or reflection patterns.
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IIS App Pool Recycling That Won't Surprise You
Most ASP.NET instability on Windows hosting traces to app pool defaults, not application bugs. Set recycling, bitness, and idle timeout so restarts stay scheduled and predictable.
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CI/CD Patterns for Reliable .NET 10 Deployments
Modern CI/CD pipelines enable faster and more reliable releases for ASP.NET Core applications. This post explores proven patterns for automation, testing, and deployment on Windows Server environments.
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.NET 10 Updates Deliver Runtime Gains and C# 14 Refinements
Mid-2026 brings targeted service releases for .NET 10 along with maturing C# 14 preview features that target async workflows and memory efficiency. Developers running production workloads on Windows Server see measurable improvements in JIT throughput and AOT compilation times.
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Cloud-Native Patterns for Modern .NET Workloads
Container orchestration, observability stacks, and infrastructure-as-code practices have shifted how teams run .NET applications at scale. These changes require updated deployment pipelines and monitoring approaches that align with current platform capabilities.
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Optimizing CI/CD Pipelines for ASP.NET Core Deployments
Modern .NET teams achieve faster, safer releases by structuring CI/CD around automated testing, staged deployments, and targeted monitoring. This post details pipeline patterns and automation steps that integrate cleanly with Windows Server and IIS hosting environments.
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Kubernetes and Observability Shifts for .NET Deployments
Recent changes in container orchestration and distributed tracing now require teams to adjust how they package and monitor .NET applications. These updates affect deployment pipelines, resource allocation, and incident response for workloads running on current Kubernetes releases.
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Native AOT Deployment Gains in ASP.NET Core 10
ASP.NET Core 10 ships measurable improvements to Native AOT compilation that reduce startup time and memory footprint on Windows Server. The changes affect trimming, JSON serialization, and minimal API cold starts without requiring new code patterns.
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CI/CD Patterns for Reliable .NET 10 Deployments
Effective CI/CD pipelines reduce deployment failures and speed up releases for ASP.NET Core applications. This post outlines proven patterns for automation, testing, and monitoring on Windows Server environments.