Skip to main content
quantum.org.uk home

Search

    Aegiq logo

    Aegiq

    Company · Sheffield

    Aegiq builds photonic quantum computers in Sheffield around its own quantum-dot light sources, which emit single photons and entangled pairs at telecom wavelengths and ship in standard racks with only a mild cryogenic module. Founded in 2019 by Scott Dufferwiel, Maksym Sich and Andrii Iamshanov, it won a place in the NQCC's £30m testbed programme and commissioned its system at Harwell in late September 2025. It also led QTA-Foil, a SparQ study with BAE Systems on the quantum resources needed for aerofoil design, and opened a new Sheffield headquarters in May 2026.

    Aegiq is a Sheffield company working on quantum processors, photonics and communications, founded in 2019. In this directory it leads ARTEMIS and QTA-Foil and is a partner in 5 more. People profiled here include Maksym Sich (Co-Founder and Chief Information Officer) and Scott Dufferwiel (Co-founder and CEO).

    Sources: Quantum light sources (Aegiq) · Company (Aegiq) · Quantum computing testbeds (NQCC) · Aegiq commissions photonic quantum computer at the UK's NQCC (Quantum Zeitgeist) · QTA-Foil (NQCC)

    Compare with others

    Profile last checked 2 October 2026

    Projects (7)

    Leads (2)

    • Active Testbed · 2024 onwards

      ARTEMIS photonic testbed (Aegiq)

      ARTEMIS

      A photonic quantum computing testbed built for the National Quantum Computing Centre under its 2024 testbed programme.

      Role: Lead

      Themes: Computing

    Partner in (5)

    In the news

    Recent articles from Quantum Zeitgeist that mention Aegiq.

    All 6 articles mentioning Aegiq

    Partnerships (3)

    Research, commercial and investment relationships, by year. Partners with a profile here are linked.

    Products

    Similar organisations

    Chosen by shared specialisms, then location and type.

    Company data from Entangled Future. News from Quantum Zeitgeist. Last checked 2 October 2026.

    Logos and names are trademarks of their respective owners, used to identify them. No endorsement implied.