Leona Quantum is a platform for generating, running, verifying, and reusing quantum circuits, designed for researchers, engineers, and teams who need evidence behind their results. Its AI assistant, Nala, turns plain-language requests into circuits, runs them, and reports verification checks. Users can then open circuits in Studio to edit gates, simulate and verify changes, and save versions; work remains private unless the user chooses to publish it.

The Quantum Atlas offers a public reference library of algorithms, papers, and circuits linked to their sources, with options to bring examples into Studio or cite them. Notebooks turn questions into runnable Jupyter lessons with self-checking exercises, while Qapps let users package circuits as simple, shareable apps that others can try without coding. Leona supports familiar frameworks including Qiskit, Cirq, and PennyLane. The platform also presents benchmark results for its LeonaQ model and describes the evaluation sources and limitations. Together, these tools support a workflow from exploring a quantum problem to building, checking, learning from, and sharing circuit-based solutions.