DevOps
31 posts tagged with this.
-
GitHub Actions Web Deploy for .NET 10 on IIS
Wire publish and Web Deploy into GitHub Actions so ASP.NET Core 10 hits IIS the same way every push. Covers profiles, safe excludes, and a post-deploy smoke check.
-
app_offline.htm for Clean ASP.NET Core IIS Cutover
Drop app_offline.htm before you overwrite bins on IIS. It stops new requests, reduces file locks, and makes .NET 10 cutovers predictable on Windows hosts.
-
FDD vs Self-Contained for .NET 10 on IIS Hosts
Framework-dependent .NET 10 publishes stay lean on Windows IIS when the host runtime is present. Self-contained bundles the runtime—use it only when you must pin a patch band the server lacks.
-
Web Deploy Parameters for Multi-Env IIS Hosts
Stop baking secrets into publish output. Use Web Deploy parameters and .pubxml profiles so one .NET 10 package targets staging and production IIS cleanly.
-
Folder Swaps and Smoke Tests for IIS .NET Deploys
Ship ASP.NET Core 10 to IIS with a staging folder, brief app_offline window, and a post-swap smoke check. Safer cutovers on shared and Windows VPS hosts without cloud slots.
-
Deploy .NET 10 to IIS with Web Deploy and CI
Ship ASP.NET Core apps to Windows IIS with Web Deploy, CI publish, config transforms, and post-deploy smoke checks. Practical patterns for shared and VPS hosts.
-
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.
-
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.
-
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.
-
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.
-
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.
-
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.
-
Kubernetes Patterns for .NET 10 on Windows Containers
Container orchestration and observability advances are reshaping .NET deployment on Windows. Teams can now run production .NET 10 workloads with tighter control over scaling, tracing, and infrastructure definitions.
-
CI/CD Patterns for Reliable .NET Deployments
Effective CI/CD pipelines reduce release friction for ASP.NET Core workloads on Windows Server. This post outlines build automation, IIS deployment steps, and monitoring practices that improve reliability without added complexity.
-
2026 Cloud-Native Trends Reshaping .NET Deployments
Kubernetes enhancements and edge computing advancements are altering deployment patterns for .NET applications. Teams must adapt their container orchestration and observability strategies to maintain performance and scalability.