Q-Factor
Full-Stack Quantum Computing using Neutral Atoms
Company Overview
Snapshot
Founded in March 2026 by Guy Raz, Yoav Sagi, Ofer Firstenberg, and Nir Davidson, Q-Factor operates with 1–10 employees. The company has raised $24 million across one funding round from 7 investors, with NFX Capital leading the Seed round in April 2026.
Business overview
Q-Factor is a quantum computing startup focused on developing a neutral atom-based quantum computer architecture. The company aims to scale its technology to millions of qubits by addressing critical architectural bottlenecks in large-scale neutral atom systems, including control, optics, calibration, readout, noise, crosstalk, and error correction. Its approach is designed to advance quantum hardware from laboratory demonstrations to commercially viable systems, primarily serving the Industrial Technologies sector.
Strategic signal
Q-Factor emerged from stealth mode in April 2026, announcing $24 million in Seed funding. This signals strong investor confidence in the company's neutral atom-based quantum computing architecture and its potential to overcome current scalability challenges in the quantum hardware market, positioning it as a key player in the development of commercially useful quantum systems.
Company Intelligence Q&A
- When was Q-Factor founded?
- Q-Factor was founded in March 2026 by Guy Raz, Yoav Sagi, Ofer Firstenberg, and Nir Davidson.
- What is Q-Factor's primary focus?
- Q-Factor is focused on developing a neutral atom-based quantum computer architecture designed to scale to millions of qubits, addressing architectural bottlenecks in large-scale systems.
- How much funding has Q-Factor raised?
- Q-Factor raised $24 million in Seed funding in April 2026, led by NFX Capital.
- Which investors participated in Q-Factor's Seed round?
- In April 2026, Q-Factor secured Seed funding from investors including NFX Capital.
- What is the strategic goal of Q-Factor's technology?
- Q-Factor's strategic goal is to move quantum hardware from laboratory-scale demonstrations toward commercially useful systems by solving critical challenges in neutral atom quantum computing.