Industry & Era
Quantum Cloud Computing
Accessing real or simulated quantum computers remotely over the internet, the primary way most people interact with quantum hardware today.
Definition
Quantum cloud computing refers to the model where users submit quantum circuits over the internet to be run on remote quantum hardware (or high-fidelity simulators), then receive results back — similar in concept to classical cloud computing, and currently the primary way most researchers and developers access real quantum processors.
Technical Definition
Major cloud platforms include IBM Quantum, Amazon Braket, Microsoft Azure Quantum, and individual hardware providers' own platforms, typically offering both free tiers with queue-based access to real hardware and paid tiers with priority access or dedicated time.
Visual Explanation: An Analogy
Think of quantum cloud computing like a shared, specialized laboratory equipment rental service — instead of every researcher needing their own multi-million dollar quantum computer, they remotely submit experiments to be run on shared machines and receive results back.
Real-World Use Cases
- The standard way researchers, students, and developers interact with real quantum hardware referenced throughout our Hardware Database
- Essential infrastructure given how expensive and specialized quantum hardware remains