Quantumcore Ltd · CSE:QNCR
Quantumcore — Investor Presentation (October 2026)
16 slides from Quantumcore's investor presentation, October 2026
Slide 1: QuantumCore
Cc QuantumCore Building the leading provider of high-performance infrastructure microchips for quantum computing October 2026 www.qncor.ca
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
Slide 3: Risk Factors
Cc 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 investmentis made. The following are some of the key risks and uncertainties bu
Slide 4: About Us
About Us Our Mission • Leverage decades of expertise in quantum computing with existing infrastructure at Institute for Quantum Computing and manufacturing scale at superconducting foundries • Build a diversified portfolio of proprietary technologies designed to solve the industry's most significant
Slide 5: About Us
About Us Eugene Profis Chris Wilson Michael Reimer Co-Founder/CEO Co-Founder / CTO Head of Photonics Senior capital markets roles Global expert in Quantum Internationally recognized and technology investing at Noise reduction with researcher in semiconductor Black Diamond Asset academic experience a
Slide 6: Market Opportunity
Market Opportunity The Quantum Computing Industry Cannot Scale Without New Infrastructure • Readout chains for all modalities need transformational innovation to allow Quantum Computing roadmaps to be achieved • Superconducting quantum computers are scaling and are aiming for millions of qubits by 2
Slide 7: Our Solution
Our Solution Technology Problem Solved Target Market KI-TWPA Amplifiers Cryogenic heat and signal amplification Superconducting quantum computers Single-Photon Detectors Efficient detection of individual photons Photonic computing, communications, sensing PCM Multiplexing Chips Excessive cabling and
Slide 8: Four Products – Four Commercialization Roadmaps
Four Products – Four Commercialization Roadmaps Product Current Stage Next Milestone Commercial Opportunity KI-TWPA Prototype development Replace conventional Customer validation Amplifiers and testing cryogenic HEMTs Single-Photon Foundry-ready platform; Initial commercial Quantum computing, Detect
Slide 9: Quantum Breakthrough
Quantum Breakthrough Replacing Conventional Cryogenic HEMT Amplifiers with KI-TWPA technology for 2nd stage amplification in the readout chain Key Advantages • Superconducting technology designed to dramatically reduce amplifier heat dissipation • Targeting 20 dB or greater signal gain • Designed to
Slide 10: Amplifier Roadmap
Amplifier Roadmap Phase 1 Prototyping and Testing Phase 2 Customer Validation Phase 3 Commercialization Phase 4 Market Expansion
Slide 11: Single Photon Detector Platform
Single Photon Detector Platform Commercializing Next-Generation Semiconductor Photon Detection Technology Highlights • Proprietary semiconductor metasurface technology designed for high photon-detection efficiency • Precise photon timing resolution for advanced quantum applications. • Compact detect
Slide 12: Advanced Cryogenic Microchips
Advanced Cryogenic Microchips PCM Multiplexing Microchips Magnetless Circulator Microchips Reducing Cabling and Readout Complexity Miniaturizing Critical Microwave Components • As superconducting quantum computers scale, conventional • Conventional superconducting quantum computers rely on bulky fer
Slide 13: Go-To Market Strategy
Go-To Market Strategy i = Direct OEM Sales Superconducting (e.g., Rigetti, IBM, Google,), photonic, neutral-atom, and other quantum computing developers www.qneor.ca Research and Development Customers Supply devices to national laboratories, universities, and advanced research organizations for vali
Slide 14: M&A Strategy
M&A Strategy Building the Leading Quantum Infrastructure Microchip Platform QuantumCore intends to consolidate a fragmented market of specialized quantum hardware technologies Acquisition Targets Strategic Model • Cryogenic hardware developers • Acquire Develop • Microwave component manufacturer
Slide 15: Investment Summary
Investment Summary • Exposure to the Growth of Quantum Computing - QuantumCore provides exposure to quantum computing infrastructure without depending on a single quantum computing architecture emerging as the industry leader • Four Complementary Technologies - A growing product portfolio targeting
Slide 16: QuantumCore
ce QuantumCore info@qncor.ca www.qncor.ca