Leading the way towards the fault-tolerant era

Shaping the quantum future with a pragmatic approach

Developing fault-tolerant quantum devices:

We are building error-corrected quantum computer systems enabled by our industry-grade architecture. Quandela’s unique technology is modular, interconnected, and compatible with state-of-the-art error-correcting codes. Our proprietary Spin-Optical Quantum Computing architecture empowers us to execute error correction protocols with highly efficient use of qubits. We leverage spin-mediated qubit devices, a unique innovation that enables us to generate deterministic entanglement links between qubits as they are created.

Manufacturing quantum computers with value from today:

We have a proven track record of delivering industry-grade solutions and high-end products to customers. Our long-term partnerships with world-class research laboratories fuels our ongoing technology innovations. Our QPU manufacturability is guaranteed by high-quality foundry-produced photonic integrated circuits and in-house factory assembly.

Industrializing quantum technologies:

In our path to quantum utility, we have optimized the assembly and testing of quantum computers, creating a pilot line for our novel spin-mediated qubit devices. Our architecture ensures scalability and manufacturability via industrial processes.

Quandela's quantum roadmap 2024-2030: Leading the way towards the fault-tolerant era

(last updated October 11th, 2024)

Niccolo Somaschi, CEO and Co-founder of Quandela, presents our strategic quantum development roadmap for 2024-2030. At the heart of our journey towards Fault-Tolerant Quantum Computing (FTQC) lies our proprietary Spin-Optical Quantum Computing (SPOQC) architecture.

In this video, Niccolo outlines how our SPOQC approach drives our progression from today's data-center ready systems to large-scale fault-tolerant quantum computers by 2028 and beyond. He explains how each intermediate version of our quantum processors leverages the unique advantages of SPOQC, focusing on key elements essential for fault-tolerant quantum computing.

Discover how our SPOQC-based strategy allows us to:

  • Generate deterministic entanglement links between qubits
  • Execute error correction protocols with highly efficient use of qubits
  • Deliver value at each stage of development
  • Build on increasingly mature industrial production capacity
  • Ensure steady progress towards our ultimate fault-tolerant goal

Learn how Quandela's modular, scalable, and energy-efficient SPOQC approach is not just shaping the quantum future, but delivering tangible benefits today.