Rottnest

Performance analytics are a critical component to the classical information processing industry. Knowing how algorithms are expected to perform and how they can be optimised for various hardware platforms is critical. Quantum is no different.

With automatic error-corrected compilation from high-level circuits written in major languages such as QISKIT, Cirq or Q#, the Rottnest platform is designed to give detailed breakdowns on the number of qubits and the time needed to complete a given algorithm. With collaborations with major hardware providers such as IonQ and Rigetti, performance analytics can be tailored to each hardware platform such that rapid feedback on hardware resources can be provided to both quantum hardware and software developers.

The Rottnest framework is a performance analytics platform today and a complete, fault-tolerant compiler tomorrow. Built by converting quantum circuits into Graphs and then embedding error-correction codes, ancillary protocols and scheduling, we can compile huge circuits, consisting of thousands of logical qubits and billions of gates. Rottnest is the first fully developed, error-correction compiler for large-scale quantum computers.