Qunova Computing
Quantum advantage for chemistry and materials science
Daejeon, United States · Founded 2021 · $10.0M raised
- Headquarters
- Daejeon
- Employees
- 11–50
- Founded
- 2021
- Business Model
- B2B
- Website
- qunovacomputing.com
- Total Funding
- $10.0M
- Last Round
- $10.0M Series AAug 2025
- Rounds
- 1
About
Qunova Computing is a South Korea-based quantum software startup specializing in quantum algorithm development for chemistry, pharmaceuticals, and engineering. Founded in 2021 and headquartered in Daejeon, the company developed HI-VQE (Hardware-efficient Iterative Variational Quantum Eigensolver), a hardware-agnostic quantum algorithm that has demonstrated quantum advantage over supercomputing for molecular simulation tasks. Qunova's algorithms are tested on IBM and AWS quantum systems and target practical applications in drug discovery and materials science. The company raised $10M in Series A funding in August 2025 from S Ventures and others.
Summary
Qunova Computing is a Quantum Computing company based in Daejeon, United States, founded in 2021. It has raised $10.0M in total across 1 round, most recently a $10.0M Series A round in Aug 2025.
Tech & App Stack
2 technologies & apps tracked
Create a free account — 10 credits a month to unlock the full tech & app stack, funding history, and valuations.
Sign up to view the funding chart
Create a free account — you'll get 10 credits a month to unlock funding history, valuations, and tech stacks.
Funding History
Aug 2025
Similar Companies
Quantum computing company developing the world's first commercially useful, fault-tolerant quantu...
Quantinuum is the world's largest integrated quantum computing company, developing trapped-ion qu...

Full-stack superconducting quantum computer manufacturer building on-premise and cloud quantum sy...

UK company building and deploying superconducting quantum computers.
SandboxAQ is a B2B enterprise SaaS company that combines AI and quantum technologies to address c...

Photonic Inc. is building the world's first commercial-scale, fault-tolerant distributed quantum ...