Dialectss redefines computational expression through modular, type-safe language designs. We enable developers to build and evolve programming dialects tailored for specific domains while maintaining a unified compiler infrastructure.
To create an ecosystem where computational languages evolve organically through community-driven innovation. We believe every developer should have the tools to create, adapt, and refine dialects that precisely match their domain's unique requirements.
Everyone can contribute, no matter your language expertise level.
Every dialect guarantees compile-time correctness through our core type systems.
// Example: Core type inference type List= Array ; type Optional = { value: T } | { absent: true }; let numbers = [1, 2, 3] as List ; let maybe = { absent: true } as Optional ;
Each dialect is a standalone module with clear boundaries, ensuring independence while sharing common compiler infrastructure.
Dialects communicate seamlessly using standardized interfaces, ensuring compatibility across the entire ecosystem.
Our tools are designed with on-ramps for novice and expert developers alike through comprehensive documentation and intuitive interfaces.
Type theory expert leading our compiler research. Specializes in polymorphic type inference algorithms.
Community lead and language designer. Focuses on creating engaging developer experiences across multiple dialect types.
Initial research into multi-variant type systems led to the first working prototype of the dialect compiler backend.
Open-sourced compiler received community contributions leading to the first public dialect variants for IoT and bioinformatics.
Released compiler verification tools ensuring type-safe execution across all dialect variants without runtime overhead.
Whether you're a compiler engineer, type theorist, or curious developer—your input shapes the future of computational expression.