QuantumCore
Develops cryogenic readout amplifiers and microchip sets engineered for superconducting quantum computers, enabling scalable signal processing between millikelvin-stage qubits and room-temperature electronics.
- CEO / Founder
- Eugene Profis
- Team Size
- 2-10
- Stage
- Early Stage
- Total Funding
- $10.7M
- Latest Round
- Grant
- Key Investors
- Canaccord Genuity Corp.; PowerOne Capital Markets Limited; Natural Sciences and Engineering Research Council of Canada (NSERC)
Technology & Products
Key Products
Cryogenic readout amplifier chipsets
Technological Advantage
Proprietary chipset design optimized for operation at near-absolute zero temperatures, addressing a specific engineering challenge in superconducting quantum architectures. Advantage is protected via university IP and specialized cryogenic design expertise, though replicable by well-funded semiconductor or quantum hardware firms.
Differentiation
Value Proposition
Reduces a critical bottleneck in scaling quantum computers by providing high-fidelity, cryo-optimized signal amplification, potentially accelerating the path to fault-tolerant, thousand-qubit systems.
How They Differentiate
Focuses specifically on cryogenic amplifier components for superconducting qubits, unlike broader quantum control system providers. Leverages academic research and non-dilutive grant funding for focused R&D.
Market & Competition
Target Customers
Major quantum computing platform companies (e.g., IBM, Google, D-Wave) building large-scale superconducting quantum systems.
Industry Verticals
Quantum Computing; Advanced Computing Hardware
Competitors
Quantum Machines; Seeqc; Keysight Technologies
Growth & Milestones
Growth Metrics
Platform set for beta testing in early 2026; targeting leadership in a multi-billion-dollar quantum computing infrastructure market by 2030.
Major Milestones
Spun out from University of Waterloo's IQC (2025); Secured $1.7M NSERC Alliance Grant (2026); Listed on Canadian Securities Exchange (CSE: QNCR) (2026); Hired five technical staff and opened Waterloo lab