Deploy quantum algorithms across multiple providers through a unified interface. The platform integrates with major quantum computing providers, allowing seamless access to hard to access quantum computers through proprietary cloud API.
Quantum Computing will be the next major push for Artificial Intelligence.
Quantum Neural Networks will revolutionize molecular modeling, drugs, climate change, fighting viruses without vaccines, researching physics, and doing math problems we can't normally do, plus exponentially grow the current best Artificial Intelligence use cases.
As Jensen said but didn't explain, you probably won't buy a quantum computer for your home PC until the next 10-15 years.
To use quantum computers to make the next world changing tech, you will need to use quantum cloud services.
We don't know which company will be the first to achieve the breakthrough quantum computing achievement.
We intend to support all of them so you don't have to pick.
Our infrastructure connects to quantum computers from IBM, Google, and other major providers. The platform handles authentication, queue management, and result processing, allowing you to focus on algorithm development.
Deploy quantum circuits with a simple interface. Our platform will suggest optimizations for your code based on current research and AI trained on quantum algorithms. These optimizations will be specific to the target quantum computer, ensuring optimal performance and reliability.
The supported gates vary by the configuration of the hardware vendor, but we can assist with portability and adapting to different environments. Experts will be available to assist your development.
# Example quantum circuit
from quantum import Circuit
qc = Circuit(2)
qc.h(0) # Hadamard gate
qc.cx(0,1) # CNOT gate
result = qc.run()
Single-qubit gates (X, Y, Z, H, S, T) and multi-qubit gates (CNOT, CZ, SWAP)
Each cloud can be profiled to show what the expected run time and error rate will be for running the algorithms. The odds of a successful execution will be displayed, and changes to the algorithm will adjust the expected run success.
5000+ Qubits
99.9% Uptime
127 Qubits
99.9% Uptime
We will support 15+ Quantum Cloud providers by July 2025.