Modern systems programming language that abstracts complex concurrency whilst maintaining power and performance.
Designed to make systems programming accessible without sacrificing performance.
Express parallel operations naturally with parallel
blocks and automatic thread management.
Clean, readable syntax that doesn't get in your way. Focus on solving problems, not fighting the language.
Built-in memory safety features prevent common bugs while maintaining systems-level performance.
Compile to efficient native code with zero-cost abstractions and predictable performance characteristics.
Smart type inference reduces boilerplate while maintaining type safety and IDE support.
Seamlessly integrate with existing C libraries and systems through raw code blocks and FFI.
# Process data in parallel automatically parallel for i = 1 to 1000: result = heavy_computation(i) store_result(result) print "All processing complete."
class WebServer: init(int port): this.port = port this.start_server() fn handle_request() -> string: return "Hello, World!" var server = new WebServer(8080)
# Types inferred automatically var numbers = [1, 2, 3, 4, 5] var message = "Hello, Scar!" var pi = 3.14159 for num in numbers: print "Number: %d" | num