eCASM™ stands for Extended Concise Assembly System Model, a minimalist, logic-verification compiler for quantum-style programs. With a compact four-opcode instruction set, eCASM™ lets students and researchers validate control flow, branching, measurement, and program structure—without hardware, Python, or installation. Designed for classrooms, labs, and research groups needing fast, clean, transparent logic testing.
eCASM™ (Extended Concise Assembly System Model) is a next-generation compiler that converts advanced symbolic logic code into streamlined, executable output.
Built for early-stage quantum and experimental computing environments, eCASM applies strict, rule-based transformations to maximize precision, eliminate ambiguity, and give developers full control over outcomes — no AI, no guesswork.
CASM stands for Concise Assembly System Model, a specialized low-level language designed for expressing precise logic structures in emerging computing systems.
Unlike conventional assembly languages, CASM operates on higher-order symbolic logic, enabling ultra-fine control over each step in a computation pipeline.
CASM is ideal for experimental platforms requiring transparency, repeatability, and exact transformations — particularly in research, simulation, and quantum-adjacent environments.