A C++ library for high-precision, type-safe time and duration arithmetic. Provides strongly-typed time units and robust temporal computations with compile-time safety for systems and scientific applications.

A Rust crate for high-precision, type-safe time computations. Provides strongly-typed time units, durations, and arithmetic with compile-time guarantees, enabling robust temporal calculations for scientific and systems software.

A C++ library for strongly-typed physical quantities. Provides compile-time unit safety, dimensional analysis, and quantity arithmetic for robust scientific and engineering code.

A lightweight, standalone Rust crate that powers Siderust's dimensional analysis layer. It provides zero-cost type wrappers for physical quantities (length, time, angle, mass, velocity, etc.) with operator overloading and unit-aware constants so math stays readable while the compiler enforces correctness.

Precision astrometry & satellite mechanics in safe, fast Rust.

A Rust crate for strongly-typed affine coordinate systems and geometry primitives. Domain-agnostic kernel providing reference frames, centers, and compile-time safe operations on positions, directions, and displacements for scientific and engineering software.

A C++ support library of foundational utilities for safe, modern systems programming. Includes type-safe primitives and building blocks used across Siderust’s C++ projects.