Imagine trying to tune a giant orchestra where every single instrument is slightly broken and behaves differently. Right now, experts have to tune each one by hand, which takes forever. This software acts like an autopilot that learns how each part works and tunes the whole system automatically with one click.
Quantum computers spend more time being manually tuned by experts than actually performing calculations. This manual process takes weeks or months for just a few dozen qubits, creating a massive bottleneck for scaling.
Quantum EDGE, an automation software suite including a user interface for QPU monitoring, data visualization, and automated tuning workflows for three superconducting qubit architectures.
If you are a QPU manufacturer dealing with the fact that bringing up 10s of qubits takes several weeks to a few months — this project developed Quantum EDGE software that automates characterization and tuning. This reduces manual labor by quantum experts and accelerates the path to practical computers.
If you are a component developer dealing with fabrication variations that make every qubit behave differently — this project developed core algorithms for flux tunable and fixed frequency transmons. This ensures devices are brought up and tested consistently without manual intervention.
If you are a cloud provider dealing with quantum computers that go out of tune rapidly and spend more time being tuned than used — this project developed a quantum autopilot. This increases uptime by continuously monitoring and adjusting thousands of parameters.
Based on available project data, specific pricing or cost structures are not disclosed; the project received an EU contribution of EUR 2,495,500 for development.
Yes, the software is designed to integrate into production processes to enable scaling, specifically addressing the struggle of the 100 qubit era.
Based on available project data, the specific licensing terms are not mentioned, but the technology is developed by Quantrolox Finland Oy.
The software supports three superconducting qubit architectures: flux tunable and fixed frequency transmons, as well as fluxonium qubits.
The project period runs from 2023-04-01 to 2025-09-30, with core algorithms and the Quantum EDGE interface already launched during the reporting period.
The project is led by a single Finnish SME, Quantrolox Finland Oy, with a 100% industry ratio. This lean structure suggests a highly focused commercial drive, avoiding academic delays and focusing directly on a software product for the quantum hardware market.
Contact Quantrolox Finland Oy regarding Quantum EDGE licensing
Request a demo of the Quantum EDGE automation suite
