Racks of photonic quantum computing modules, cabled with optical fiber, in Xanadu's Toronto lab

Roadmap

Our path to 1,000+ logical qubits

Xanadu is building fault-tolerant quantum computers with light. Here is where we are headed, milestone by milestone, from a Qubit Factory in Toronto to a networked quantum data center by the end of the decade.

The challenge

Loss is the main source of error.

In a photonic quantum computer, every photon lost is an error. Reduce loss far enough, and error correction takes over.

Our roadmap targets a reduction in our key loss indicator from 24.1× in 2026 to 1.0× by 2030, through improvements in materials, fabrication, packaging and system architecture.

Our architecture is designed so that, once loss falls below the error-correction threshold, errors are corrected faster than they build up. These are targets, not guarantees. See our forward-looking statements.

Peer-reviewed in the Nature journal

A track record of firsts

24.1×

Key loss indicator in 2026, targeted to reach 1.0× by 2030

1,000+

Logical qubits targeted by 2031

30.8%

Of developers surveyed used PennyLane in the past year

51

Simulator and hardware devices reachable from a single PennyLane API

Technology roadmap

The full presentation

Our hardware and software roadmap, as presented on August 31, 2026: loss and logical error-rate targets year by year, the path from the Qubit Factory to a networked quantum data center, and PennyLane's role in getting there.

Follow our progress

Track every milestone with us

Find presentations, filings and results on our investor site, or talk to our team about what the roadmap means for your organization.