Applications of quantum computing

Delivering practical quantum advantage for real-world applications.

Analog Quantum Computers: Real-World Advantage Today

While the future holds promise for universal gate-based quantum computers, we believe analog devices can offer tangible advantages today. These devices tackle complex problems by encoding them naturally within the system, bypassing the need for demanding and still out-of-reach error correction protocols.

Analog quantum computers excel at solving problems that are present in Nature as well as specific optimization tasks, crucial in fields like logistics, finance, and machine learning. We leverage their capabilities and push the boundaries of performance through:

High-Quality Qubits

Ensuring the presence of quantum effects throughout the entire computation to harness the power of quantum mechanics.

Enhanced Interactions

Enabling the encoding of a wider variety of problems, including those in physics and chemistry and setting the path towards universal quantum computing.

Co-Design Approach

We maximize the current capabilities of the technology to bring real applications of quantum computing via our QASICs.

Long-lasting Qubits Powerful Results

We are the only analog quantum computing company worldwide using high-quality superconducting flux qubits with long coherence times and versatile interactions.

This unique approach enables us to harness the full potential of quantum mechanics, to reach more complex calculations with tangible results in a shorter time-frame than gate-based solutions.

Analog vs Digital Quantum Computer Solutions:

Gate-based quantum computer

Encoding: Sequence of gates or circuit

Control: Discrete

Purpose: Universal general-purpose

Time-to-market: Need heavy error-correction protocols, not available yet

Analog quantum computer

Encoding: Tuning of chip parameters or Hamiltonian

Control: Continuous

Purpose: Focuses on specific applications

Time-to-market: Bypasses heavy error-correction protocols, provide value now

From full-stack to co-design

We are a team of passionate researchers and engineers, united by a common goal: to democratize quantum computing for a practical use.

We don’t just build quantum computers; we design and manufacture application-specific solutions. This seamless integration of hardware, software, and applications ensures optimal performance and empowers you to focus on groundbreaking results.

From full-stack to co-design

In Qilimanjaro we believe the co-design of our quantum solutions is key to deliver real-world applications of quantum computing as soon as possible.

This is the reason behind our unique full-stack nature, which brings together the expertise of experienced researchers and engineers from the different quantum application, software and hardware areas. With this, the development pipeline of our quantum devices is constantly evolving and iterating back-and-forth between the algorithm and hardware designs to adjust as much as possible one to another.

Bridging the Gap Between You and Quantum

We believe in making quantum computing accessible. Our cloud infrastructure and Qilimanjaro’s full-stack programming framework, allow researchers and companies to run and test algorithms on our devices. This approach simplifies interaction with hardware, enabling computations on both analog and digital quantum devices, as well as classical emulators.

Join us on this groundbreaking journey! Become a tester now and explore the future of quantum computing today.