Development Roadmap
We are developing machines with their own characteristics: maintenance-free, high-speed & large-scale, and qubit-analog hybrid.
We will open up a future where Japan leads the world in quantum technology.
Maintenance-Free Model
The first model specializes in “stable operation,” and is positioned as a demonstration machine toward commercialization.
Deployment for usage in Japan and overseas is planned for 2026.
As a first Japanese startup building a quantum computer, the machine is planned to be built in G-QUAT, AIST (where they are aiming for "quantum computer arena").
Deployment for usage in Japan and overseas is planned for 2026.
As a first Japanese startup building a quantum computer, the machine is planned to be built in G-QUAT, AIST (where they are aiming for "quantum computer arena").
Construction Period
2025 to 2026
Start Commercial Use
2026 (tentative schedule)
Features
- Inputs: 100 inputs (quantum analog)
- Operating frequency: 100 MHz
- Basics and implementation of optimization algorithms
- Technology: optimization solver, neural network
Where to Build
- G-QuAT, AIST
- Optical component evaluation facility is also under construction
- This site is capable of manufacturing photon-number-resolving detector
High-Speed & Large-Scale Models
We aim to significantly exceed the performance of conventional classical computers by specializing in “high-speed performance.” An innovative shift from electricity to light is realized through vector computation utilizing light.
Construction Period
2026 to 2028
Start Commercial Use
2028 (tentative schedule)
Features
- World's largest number of inputs (quantum analog)
- Higher clock frequencies than classical computers
- optimization solver, neural network
Qubit-Analog Hybrid Model
This model makes the maximum use of quantum characteristics and embodies the “shift from classical to quantum.”
Advanced qubits and algorithms enable unprecedented computational power and high-capacity communication.
Advanced qubits and algorithms enable unprecedented computational power and high-capacity communication.
Construction Period
2027 to 2029
Start Commercial Use
2029 (tentative schedule)
Features
- Qubit/logical qubit input
- Clock frequency similar to that of a classic computer
- High-capacity telecommunication and quantum algorithms
*This development roadmap is currently planned and is subject to change depending on technological progress and market conditions.