Slide 1: QuantumCore Inc.
QuantumCore Inc. Building the leading provider of high-performance infrastructure microchips for quantum computing www.qncor.ca March 2026 1
Slide 2: Cautionary Note
Cautionary Note The information contained in this presentation, as supplemented or amended from time to time (“presentation”) has been prepared by QuantumCore Inc. (“QuantumCore” or the “Company”). This presentation contains confidential information pertaining to the business, operations and assets o
Slide 3: Cautionary Note: Risk Factors
Cautionary Note Risk Factors An investment in QuantumCore involves a high degree of risk. Prospective investors should carefully consider the following risks, as well as the other information contain in this presentation, before any investment is made. The following are some of the key risks and unc
Slide 4: About Us
About Us Building a leading provider of Our Mission high-performance infrastructure • Leverage decades of expertise in quantum computing with existing microchips for quantum infrastructure at Institute of Quantum Computing and manufacturing scale at superconducting fabs computing • Use signal proces
Slide 5: Proven Team Leveraging over 30 years of experience
About Us Eugene Profis Chris Wilson Dmytro Dubyna Co-Founder/CEO Co-Founder / CTO Senior Scientific Officer Senior capital markets roles Global expert in Quantum Global experience in and technology investing at Noise reduction with quantum computing Black Diamond Asset academic experience at simulat
Slide 6: Market Opportunity
Market Opportunity Key Issue for Quantum Adoption • Quantum computers cannot reach quantum advantage (over classical compute) without reducing signal noise and heat • Superconducting quantum computers are scaling and are aiming for millions of qubits by 2030 (example: IBM:1M qubits; IonQ:2M qubits;
Slide 7: Become the picks and shovels provider for the quantum computing industry
Our Solution Become the picks and shovels provider for the quantum computing industry Tools not Roadmap of signal processor, I/O Hardware IP that qubits link, cryo-microwave integration, accelerates others’ lasers and detectors performance www.qncor.ca 7
Slide 8: QuantumCore's Signal Processing Microchips
Quantum Breakthrough QuantumCore’s Signal Processing Microchips Enabling superconducting quantum computers to scale to their trillion- dollar economic impact by 2035. Competitive edge includes Cryo-optimized for Enabling a step-function Orders of magnitude Noise reduction for better sensitivity, red
Slide 9: Signal Processor Roadmap
Signal Processor Roadmap QuantumCore proprietary IP enabling breakthrough for next generation fully integrated signal processors for commercial scale 2025 2026 2027 2028 Stage 1 Microchip Alpha-Prototyping Prototyping and Testing Stage 2 Beta microchip ready for testing Stage 3 Beta microchip for pi
Slide 10: Go-To Market Strategy
Go-To Market Strategy Early Adopters Sales Model Licensing Potential Superconducting Quantum Direct + channel (cryogenics Tech transfer to national Companies (e.g., Rigetti, IBM, & microwave tool vendors) labs & defense partners Google, startups) and Countries www.qncor.ca 10
Slide 11: M&A Strategy
M&A Strategy Targets • Fragmented cryo-hardware startups, microwave tool suppliers, superconducting materials, lasers and photon detectors • Expand from Superconducting Qubits (IBM, Rigetti) to other verticals including Ion Traps (IONQ, Quantinuum) and Photonic Qubits (Xanadu, PsiQuantum) Focus • IP
Slide 12: Why Quantum Computing, Why Now? Winner Takes Most Race
Why Quantum Computing, Why Now? Winner Takes Most Race By design, AI faces two major limitations: the results contain a certain degree of error, and they lose accuracy as they venture further from the training data set. In the large-molecule universe, including proteins, which is thought to be in th
Slide 13: Contact: info@qncor.ca
Contact : info@qncor.ca www.qncor.ca 13 info@qncor.ca