Riverlane
Riverlane is a Cambridge-based quantum computing company focused on quantum error correction (QEC) technology. The company develops hardware-agnostic QEC decoders, including its Local Clustering Decoder, that enable quantum computers to perform reliable computations at scale. Riverlane has raised over $125 million in total funding, including Europe's first Series C round in quantum computing.[1]
- Founded:
- Country: United Kingdom
- Type: software
- Headquarters: Cambridge, United Kingdom
- Employees: 170+
- Funding: USD 125M+
- quantum-error-correction
- decoder
- middleware
- hardware-agnostic
What does Riverlane do?
Riverlane is a Cambridge-based quantum computing company focused on quantum error correction (QEC) technology. The company develops hardware-agnostic QEC decoders, including its Local Clustering Decoder, that enable quantum computers to perform reliable computations at scale. Riverlane has raised over $125 million in total funding, including Europe's first Series C round in quantum computing.
Where is Riverlane based?
Riverlane is headquartered in Cambridge, United Kingdom, in the European quantum computing ecosystem.
Visit Riverlane
Frequently Asked Questions
What does Riverlane do?
Riverlane is a Cambridge-based quantum computing company focused on quantum error correction (QEC) technology. The company develops hardware-agnostic QEC decoders, including its Local Clustering Decoder, that enable quantum computers to perform reliable computations at scale. Riverlane has raised over $125 million in total funding, including Europe's first Series C round in quantum computing.
Where is Riverlane based?
Riverlane is based in Cambridge, United Kingdom.
When was Riverlane founded?
Riverlane was founded in 2016.
Sources
- "Riverlane Official Website", accessed 2026-03-19 — riverlane.com
- "Riverlane raises $75 million to meet surging global demand for quantum error correction technology", accessed 2026-03-19 — Press Release
- "Riverlane publishes QEC Technology Roadmap that can accelerate quantum computing's path to utility-scale by 3-5 years", accessed 2026-03-19 — riverlane.com