Slide 1: Investor Presentation November 2024
NASDAQ: QUBT Investor Presentation November 2024
Slide 2: Forward Looking Statements
This presentation contains forward - looking statements as defined within Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. By their nature, forward - looking statements and forecasts involve risks and uncertainties because the
Slide 3: Our Team
Our Team • 50+ employees nationwide • Degrees in Physics, Chemistry, Optics, Mathematics, Computer Science, Applied AI, Mechanical & Electrical Engineering, Cybersecurity and Information Networking • 52% with postgraduate degrees 100% dedication to changing the world NJ INNOVATE100 LEADER Dr. Yuping
Slide 4: Our vision is to lead the revolution in photonics and quantum computing
4 © 2018 - 2024 Quantum Computing Inc. Our vision is to lead the revolution in photonics and quantum computing with scalable, accessible and affordable solutions for real - world applications
Slide 5: QCi is well positioned as an emerging leader in integrated photonics
QCi is well positioned as an emerging leader in integrated photonics and nonlinear quantum optics , one of the fastest growing industries in the world today 5 © 2018 - 2024 Quantum Computing Inc. Photonic Integrated Circuit (PIC) Market 2 2 Mordor Intelligence, 2024 $15.1B Market Size in 2024 20.5%
Slide 6: We do one thing, and we do it well
We do one thing, and we do it well Using integrated photonics and nonlinear quantum optics, we condition, manipulate, and measure photons 9 patents 200+ papers 14+ Use cases 8+ Hardware instantiations In other words... We put photons to work 6
Slide 7: QCi's business model employs two complimentary efforts
QCi’s business model employs two complimentary efforts to provide real - world solutions, today 7
Slide 8: Core technology domains and applications
Quantum Cybersecurity Quantum authentication Quantum random number generation Remote Sensing and imaging LiDAR We use nonlinear optical properties to count single photons in our machines Quantum optimization High Performance Computing Reservoir computing Core technology Domains Applications 8
Slide 9: Thin film lithium niobate (TFLN) core technology
Thin film lithium niobate (TFLN) wafers for photonic interconnects Foundry services Passive devices (Micro rings) Linear devices (EOMs) Non - linear devices (PPLN) Low loss TFLN photonic integrated circuits What we make How we put it to work A novel material that we believe will become “the silicon
Slide 10: Our future state
10 © 2018 - 2024 Quantum Computing Inc. Our future state QCi’s Foundry will first generate the photonic components used in our quantum machines, then miniaturize them to be available at a PCIe card scale Miniaturization Photonic circuits integrated into PCIe card Our long term vision is to fully int
Slide 11: Investment Highlights and Differentiators
Investment Highlights and Differentiators Only pure - play nonlinear quantum optics and integrated photonics public company 1 TFLN – Thin Film Lithium Niobate – a high - performance, low - power optical semiconductor material Well - positioned to capitalize on early - mover advantage in an emerging,
Slide 12: Why Photons have a Technical Advantage
Why Photons have a Technical Advantage As the demand for faster and more efficient data processing grows, photonics will be a critical component of future technological advancements HIGH - BANDWITH & FAST PROCESSING © 2018 - 2024 Quantum Computing Inc. 12 DATA OVER DISTANCES PRECISION & SENSING MINI
Slide 13: Solving Real World Problems with One Solution
Solving Real World Problems with One Solution Healthcare © 2018 - 2024 Quantum Computing Inc. 13 Financial Services Supply Chain Energy Management Autonomous Vehicle Molecular Modeling Our technology shows promise for applications across multiple verticals and cross - cutting domains
Slide 14: Our Partners
Our Partners © 2018 - 2024 Quantum Computing Inc. 14 We are proud to work with a growing number of government agencies, scientific institutions and industry leaders as we advance our hardware solutions from conception to deployment
Slide 15: QCi Awarded Grants From NASA
+ QCi Awarded 4 Grants From NASA QCi continues to support NASA’s goal of lowering the cost of spaceborne missions and to obtain more precise data to better understand the effects of global warming LIDAR SNOW DEPTH EVALUATION SOLAR BACKGROUND NOISE REDUCTION ACCURATE MEASUREMENT OF AIR PARTICULATES 1
Slide 16: Our Growth Roadmap
Sales Growth =/> Market Growth Early revenues primarily from research grants QUANTUM COMPUTING PLATFORM TFLN - BASED PHOTONICS CHIPS Foundry operational in Q1 ’25 High - margin revenue from first mover advantage and exponential market demand Strong pipeline conversion of commercial and government op
Slide 17: How We Get There
• Proactively evolve our go - to - market strategy for our quantum products © 2018 - 2024 Quantum Computing Inc. 17 • Successfully transition pipeline of commercial and government opportunities into sales • Expand distribution by adding sector/industry vertical specific technology partners with robu
Slide 18: Product Appendix
Product Appendix © 2018 - 2024 Quantum Computing Inc. 18
Slide 19: Our Product Flywheel
Our Product Flywheel Remote Sensing Platform Reservoir Computer DIRAC - 3 Entropy Quantum Computer TFLN Photonics integrated Chips © 2018 - 2024 Quantum Computing Inc. 19
Slide 20: Our flagship offerings
Our flagship offerings Reservoir computing Our R&D offerings Sensing and imaging Cybersecurity uQRNG Foundry services 20 Quantum optimization
Slide 21: Thin Film Lithium Niobate Modulator Market
Thin Film Lithium Niobate 41% CAGR 2023 - 2029 $2B Market Size in 2029 TFLN Modulator Market 1 $185M Market Size in 2022 • TFLN is rapidly emerging as the new darling child of the telecom and datacom industries • Modulators built using TFLN consume very little power , are capable of operating with e
Slide 22: QCi's Early Mover Advantage in TFLN
QCi’s Early Mover Advantage in TFLN First US - Based TFLN Foundry Operational in Q1’25 The fab will enable components and integrated circuits for electro - optic modulators, frequency converters & photonic integrated circuits (PIC) Unmatched Capabilities QCi is the only US company capable of process
Slide 23: QCi DIRAC-3 Entropy Quantum Computer
• The world’s most powerful quantum analog machine • Revolutionary and patented approach using entropy and the quantum vacuum • The first and only system to natively solve integer problems using high - dimensional quantum digits (qudits), each qudit having a dimension of 200 discrete modes QCi DIRAC
Slide 24: DIRAC-3 Growing Use Case Library
PoC Engagement Application Demo Use Case Evaluation Challenge Industry/Market IRS Drone Routing INTELIGENCE Power Grid Optimization ENERGY Remote Sensing Landmine Detection DEFENSE Sensor Design Optimization AUTOMOTIVE Supply Chain Optimization MANUFACTURING Investment Portfolio Optimization FINANCE
Slide 25: Sample Use Case: BMW Sensor Placement Optimization
Sample Use Case: BMW Autonomous Vehicle; Sensor Placement Optimization Optimize the configuration of vehicle sensors to maximize coverage while minimizing costs COMPLEXITY: Involved 3,854 variables and >500 constraints TECHNOLOGY USED: Entropy Quantum Computing (EQC) system ACHIEVEMENT: Solved probl
Slide 26: QCi Reservoir Computer: Edge Computing
Edge Computing • The world’s first - to - market reservoir computing hardware device for “compute at the edge” efficiency • Superior performance and speed using minimal training data and maximum energy efficiency • Enabling transversal technologies, such as clean energy, mobility, advanced connectiv
Slide 27: QCi Remote Sensing Platform
QCi Remote Sensing Platform Focusing on LiDAR - Based Applications • Innovative and cost - effective solution for various remote sensing applications over challenging operational environments, including long distance, low visibility, and interfering backgrounds • Variety of civilian and defense appl
Slide 28: Successful Sale of Quantum LiDAR Prototype
Successful Sale of Quantum LiDAR Prototype To This collaboration will play a pivotal role in enhancing our understanding of phytoplankton movement, nutrient distribution, and the physical behavior of water bodies under varying conditions. Together, these advanced capabilities will equip researchers
Slide 29: Quantum Computing Inc
QC QUANTUM COMPUTING INC NASDAQ: QUBT