Riverlane

Deltaflow is a configurable quantum error correction (QEC) solution that adapts to different qubit types and supports implementation planning.

Riverlane’s quantum error correction stack – Deltaflow, helps quantum computers accelerate their path to performance beyond the supercomputing threshold.

Deltakit is an open-source SDK that puts powerful Quantum Error Correction (QEC) capabilities in the hands of quantum developers, researchers and engineers.

Riverlane partners with quantum manufacturers, control specialists, national labs, and HPC centers to advance industry-scale quantum computing.

This whitepaper outlines a strategy for quantum hardware companies and HPC centers to build fault-tolerant quantum computers using fewer, lower-quality qubits.

The page reviews quantum error correction (QEC) as a key challenge for current quantum computers.

The Quantum Error Correction Report 2025, the essential guide to unlocking utility-scale quantum computing.

The Quantum Error Correction Report 2026, the essential guide to what it will take to build error-corrected quantum computing at scale

Riverlane introduces ‘tangling schedules,’ a method for superconducting companies to scale up quantum systems.

Riverlane researchers developed fault-tolerant instructions for a previously error-prone quantum application.

View the latest quantum computing news, blogs and releases from Riverlane.

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Riverlane’s graduate scheme in Cambridge, UK, supports computer science and engineering graduates in quantum computing.

Riverlane offers quantum computing internships for Master’s and PhD students in STEM fields.

Riverlane was founded in 2016 by Steve Brierley, a senior research fellow in computational mathematics at the University of Cambridge. At that time, the majority view in the global quantum computing community was that 'useful' quantum computing was more than 20 years away - if ever.

Riverlane provides contact details for offices in Cambridge, UK; Boston, US; and Delft, NL.

Complete the form to get in touch with an expert at Riverlane.

Riverlane's mission is to make quantum computing useful far sooner than previously imaginable, starting an era of human progress as significant as the industrial and digital revolutions.

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These Terms and Conditions (“T&Cs”) set out the terms that apply to participants taking part in Quantum Quest (as defined below) run by Riverlane Ltd.

Infleqtion and Riverlane have signed a memorandum of understanding to collaborate on quantum computing advancements. The partnership integrates Riverlane’s real-time quantum error correction technology with Infleqtion’s neutral atom hardware and software stack. Together, they aim to develop reliable logical qubits for fault-tolerant quantum computing in the UK.

Sep 2026nasdaq.comNews article

Riverlane, a leader in quantum error correction (QEC), is opening its U.S. headquarters in Maryland’s Discovery District. The move strengthens the company’s commitment to advancing quantum computing innovation through expanded local operations and collaboration. Riverlane specializes in developing error correction solutions critical for scalable quantum systems.

Sep 2026The Quantum InsiderNews article

Riverlane and the Unitary Foundation introduce the Deltakit Community Fund, a quarterly microgrant program supporting open-source quantum error correction (QEC) software. The initiative awards contributors $2,000–$4,000 per milestone to integrate production-ready features into Deltakit, Riverlane’s open-source QEC framework. This follows the June unitaryHACK26 hackathon, which furthered collaborative development efforts.

Jul 2026Quantum Computing ReportNews article

Quantinuum and Rolls-Royce collaborate with Riverlane and EPCC to develop quantum computing applications for industrial workflows, focusing on gas turbine design. The partnership aims to integrate quantum capabilities with high-performance computing (HPC) to enhance future engineering processes. The initiative is part of a broader UK effort to advance hybrid quantum-HPC systems.

Jul 2026HPCwireNews article