The company offers an open‑source simulation platform designed for complex cyber‑physical systems, enabling developers to model both physical and digital assets with high performance.
Funding
Funding not disclosed
Founders
Product
Problem
Engineers developing complex cyber‑physical systems often rely on proprietary simulation tools that are expensive, closed-source, and difficult to extend for both physical and digital components. This limits collaboration, increases verification costs, and hampers rapid iteration on designs that include hundreds of embedded devices.
Solution
Asynchronics offers an open‑source simulation platform built for high‑performance modeling of both physical assets and digital devices. The framework is written in a modern language that provides C‑level efficiency while supporting algebraic types and asynchronous programming, making it straightforward to describe state machines and communication protocols. By leveraging decades of space‑industry experience, the platform enables large‑scale integrations—such as vehicles with over 100 embedded devices—to be verified and validated without the licensing fees of commercial tools. The open architecture encourages community contributions and seamless integration into existing development workflows, fostering collaborative system engineering across industries.
Target Audience
Primary users are systems engineers, embedded software developers, and simulation specialists building complex cyber‑physical products such as automotive, aerospace, and industrial automation systems.
Features
- Open‑source core with permissive licensing, eliminating vendor lock‑in and licensing costs
- High‑performance execution comparable to C/C++/Ada, suitable for large‑scale simulations
- Built‑in support for asynchronous programming and algebraic data types, simplifying digital device modeling
- Unified modeling of physical dynamics and digital logic within a single simulation environment
- Extensible plugin system allowing engineers to add custom components or integrate third‑party tools
- Compatibility with standard engineering data formats and interfaces for easy incorporation into existing toolchains