Horizon Quantum Computing is revolutionizing software development for quantum computers by enabling programmers to write applications in classical languages like C, Python, and MATLAB, which are then automatically compiled into quantum algorithms. This approach eliminates the need for prior quantum computing expertise, making quantum programming accessible to a broader range of developers. Key Features and Functionality: - Automatic Quantum Algorithm Synthesis: Horizon’s compiler translates classical code into quantum algorithms, allowing developers to leverage quantum computing without deep knowledge of quantum mechanics. - Hardware-Agnostic Development: The tools are designed to be compatible across various quantum hardware platforms, ensuring flexibility and future-proofing applications. - Integrated Development Environment : Horizon offers a web-based IDE, Triple Alpha, which integrates with quantum processors, facilitating the development and deployment of quantum applications. Primary Value and Problem Solved: Horizon Quantum Computing addresses the "applications bottleneck" in quantum computing by bridging the gap between quantum hardware capabilities and software development. By automating the conversion of classical code into quantum algorithms, Horizon empowers software developers to harness quantum computing's potential without requiring specialized quantum knowledge. This democratization accelerates the development of quantum-enhanced applications, enabling businesses and researchers to solve complex computational problems more efficiently.