Insider Brief
- Q Deep, a startup based in the Innopolis Special Economic Zone, has joined the Rosatom Quantum Accelerator to advance its quantum technologies for industry and research.
- The company is developing Qonquester Cloud, a hybrid quantum–classical platform for large-scale optimization, and Q-GPT, a language model that translates real-world problems into quantum-ready formulations.
- Participation in the accelerator provides Q Deep with access to quantum hardware, expert mentorship, and collaboration opportunities aimed at strengthening Russia’s quantum technology ecosystem.
Q Deep, a startup based in the Innopolis Special Economic Zone (SEZ), has officially joined the Rosatom Quantum Accelerator, entering the next phase of development to bring advanced quantum solutions to industry and research.
Project Summaries
Qonquester Cloud — a hybrid quantum–classical cloud platform designed to tackle large-scale combinatorial optimization problems. It integrates heuristic and quantum algorithms to deliver high-efficiency optimization for logistics, materials, and energy sectors.
Q-GPT — a large language model for quantum computing, developed to assist researchers and engineers in formulating quantum optimization problems. The system helps translate real-world challenges into quantum-ready formulations, accelerating experimentation and deployment on quantum hardware.

About the Rosatom Quantum Accelerator
The Rosatom Quantum Accelerator offers participants access to state-of-the-art quantum hardware, mentorship from leading experts, and collaboration opportunities with research institutions and investors. The program’s mission is to strengthen Russia’s position in the global quantum technology landscape.
“Together, we’ll help shape Russia’s quantum future — building technologies that push the boundaries of science and bring the quantum era closer for everyone,” said Hadi Salloum, Founder of Q Deep.
Q Deep’s participation marks a significant step toward developing practical quantum solutions and fostering international collaboration in the quantum ecosystem.