LunaBench

LunaBench is a comprehensive benchmarking and performance analysis service within the Luna platform, providing seamless algorithm integration, automated backend orchestration, and consistent, unified results. By automating the complex task of building benchmarking pipelines, LunaBench saves time and minimizes errors, enabling you to focus on actionable insights rather than configuration. LunaBench integrates fully with all algorithms and use cases in LunaSolve, as well as quantum backends in LunaQ, delivering a cohesive experience across the Luna platform. Additionally, it offers extensive customization, allowing you to add custom datasets, algorithms, backends, and tailored metrics to address specialized benchmarking needs.

Note: LunaBench is currently available only for academic and commercial Luna licenses.

To get started with LunaBench, refer to the guide sent to you during the onboarding process of your Luna plan. Once you're ready, dive into LunaBench’s streamlined workflow for benchmarking:

• Input: Begin by setting up your dataset of use cases, optimization problems in a variety of mathematical formats, or custom quantum circuits. LunaBench provides direct access to LunaSolve’s broad range of optimization models, ensuring a straightforward start to your benchmarking process.

• Algorithms: Add your preferred algorithms to address your dataset, whether custom or selected from a broad library of quantum, hybrid, and classical options. LunaBench integrates all algorithms supported in LunaSolve, offering you the flexibility to choose the approach best aligned with your optimization goals.

• Backends: Define the computing resources to run your selected algorithms. With the LunaQ integration, LunaBench connects to a variety of quantum and classical backends, providing the ideal setup to evaluate performance across diverse platforms.

• Results: With just one click, LunaBench initiates the entire benchmarking pipeline, seamlessly orchestrating your chosen algorithms and backends. Upon completion, results are presented in a consistent, accessible format, allowing for efficient analysis.