A curated list of awesome resources for learning and mastering .NET performance optimization, including books, talks, blogs, and tools.
Awesome .NET Performance is a curated list of resources for developers who want to optimize the speed and efficiency of their .NET applications. It aggregates books, courses, conference talks, blogs, tools, and articles focused on performance tuning, benchmarking, memory management, and low-level .NET internals. The project solves the problem of scattered information by providing a single, organized reference for deep performance learning.
.NET developers, software engineers, and performance engineers who are building or maintaining high-performance applications and need to understand optimization techniques, profiling, and .NET runtime behavior.
Developers choose this list because it saves time by aggregating only high-quality, expert-vetted resources in one place. Its comprehensive and well-organized structure makes it the definitive starting point for anyone serious about mastering .NET performance, from beginners to advanced practitioners.
A curated list of awesome .NET Performance books, courses, trainings, conference talks, blogs and most inspiring open source contributors. Inspired by awesome-... stuff.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Aggregates high-quality materials from top .NET performance experts like Sasha Goldshtein and Stephen Toub, as seen in the detailed Books and Video Courses sections.
Provides a catalog of essential performance tools such as BenchmarkDotNet and PerfView, saving time in selecting profiling and benchmarking solutions.
Structures resources by topic like Benchmarking, Memory, and Threading, enabling targeted exploration without sifting through scattered content.
Highlights influential open-source contributors and active blogs, connecting users to real-world expertise and ongoing developments in the field.
As a GitHub repository, updates depend on maintainer activity, risking outdated links or missing recent .NET advancements, especially beyond listed versions like .NET 9.
Focuses on theory and resource aggregation without providing hands-on code examples or step-by-step tutorials, leaving users to navigate external materials.
Heavily relies on third-party links for books, courses, and tools, which can break or change, reducing accessibility without regular maintenance.