QuEra reveals roadmap to powerful quantum systems by 2029

Quantum computing startup QuEra has outlined plans for major hardware advances that it says will deliver useful machines hosted on Amazon Web Services starting in 2028.

The company announced its updated roadmap last week. It will skip further sales of current noisy intermediate-scale systems and move directly to a machine with over 10,000 physical qubits capable of supporting 256 error-corrected logical qubits.

QuEra executive Yuval Borger told Ars Technica that the firm made a strategic decision to stop selling NISQ systems. The planned 2028 system aims for error-free operations at 99.9999 percent, enabling millions of successful operations.

A follow-on machine targeted for 2029 would double the hardware qubits and support more than 1,000 logical qubits with even higher error resistance. The company noted that many remaining hurdles involve classical engineering tasks such as control electronics and real-time error correction rather than quantum physics itself.

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President Trump signing executive orders on quantum computing in the Oval Office
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Trump signs executive orders to advance quantum computing

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President Donald Trump signed two executive orders on June 22 directing federal agencies to accelerate development of advanced quantum computers while requiring migration to post-quantum cryptography by 2030 and 2031.

Quantum computing firm QuEra aims to deliver a fault-tolerant machine called Libra by 2028, making it available via cloud services. The system would mark a significant step toward practical quantum computing by reducing errors that currently limit the technology's usefulness.

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The US Department of Energy aims to develop a quantum computer capable of scientific breakthroughs by 2028. The Quantum Genesis Initiative will launch a competition to build a national quantum supercomputing facility.

Huawei announced it aims to produce advanced chips matching 1.4-nanometer standards by 2031. The claim came during a semiconductor symposium held in Shanghai.

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