Architecture before promotion
Articles begin with the problem, constraints, and tradeoffs before describing the implementation.
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Vix.cpp Engineering Blog
Engineering a modern C++ toolchain.
Architecture, build-system internals, runtime benchmarks, and release notes from the development of Vix.cpp.
v2.8.3Latest documented release
40Release pages in the V2 changelog
112,539Requests/sec in a local HTTP benchmark
Latest release
Vix Note is now open to package-based extensions.
The latest release adds installable Note extensions, custom cell types, external runtimes, extension management, a modernized Reply editor, and more reliable global CLI package installation.
Read the complete release notesChoose a path
Start with the part of Vix you want to understand.
Each series follows a real subsystem from its original problem to the current implementation.
01Architecture
Understand why Vix is built this way.
Read the decisions behind vix.app, application modules, SDK profiles, runtime boundaries, and the long-term direction of the platform.
Explore architecture02Build system
Follow a C++ build from source to executable.
Study project resolution, generated CMake, build planning, graph execution, incremental builds, object caching, and native build work.
Study the build system03Runtime
Inspect execution, diagnostics, and performance.
See how Vix runs programs, reports failures, records executions, manages lifecycle behavior, and validates the native HTTP runtime.
Inspect the runtimeSelected writing
Engineering notes worth starting with.
01
Application architecture
02Why vix.app exists
The problem an application manifest solves, where CMake still belongs, and how Vix keeps common project workflows understandable.
Build internals
03How vix build works
A complete look at project discovery, configuration, build planning, backend selection, target execution, and failure handling.
Diagnostics
04Turning C++ failures into actionable diagnostics
How Vix extracts the useful signal from compiler errors, linker failures, sanitizer reports, runtime crashes, and template noise.
Performance
Vix Core v2.6.3 benchmark baseline
The benchmark setup, lifecycle guarantees, latency observations, and performance baseline used to validate the native runtime.
Built in public
More than announcements. The reasoning stays visible.
Evidence beside claims
Benchmarks include the machine, command, workload, and latency distribution required to understand the result.
Release history that remains useful
Every release page records the workflow changes, compatibility details, validation, and known limitations.
Build with Vix.cpp
Read the decisions, inspect the code, then try the workflow yourself.
Vix.cpp is open source. Start with the documentation, explore the repository, or browse the package registry used by Vix projects.