From Chaos to Algebra: Making Reactive State Machines Type-Safe

Reactive programming typically masks complex state machines behind primitive values, leading to subtle runtime bugs and impossible-to-prevent state combinations. Aljabr solves this by leveraging algebraic data types and exhaustive pattern matching to make state explicit, type-safe, and compile-time verifiable. This approach fundamentally transforms how developers architect robust reactive applications by making impossible states unrepresentable.