Infleqtion, Inc. · NYSE:INFQ
Infleqtion — Investor Day (March 2026)
81 slides from Infleqtion's investor day presentation, Mar 11, 2026
Slide 1: Analyst Day
Analyst Day MARCH 11, 2026 investors@infleqtion.com 1 | 2026 Infleqtion. All rights reserved
Slide 2: Disclaimers
Disclaimers This presentation (including any information which has been or may be supplied in writing or orally in connection herewith or in connection with any further inquiries) is being delivered on behalf of Infleqtion, Inc. (the “Company”). The sole purpose of this presentation is to provide in
Slide 3: Forward-Looking Statements
Forward-Looking Statements Other than statements of historical fact, all statements contained in this presentation are forward-looking statements (“FLS”) within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended, i
Slide 4: Agenda
Agenda 9:00am ET Introduction Matthew Kinsella, Chief Executive Officer & Founding Investor Guest Speaker Featuring… Quantum Computing 9:20am ET Pranav Gokhale, Chief Technology Officer & Co-Founder Chris Powell, PhD Caitlin Carnahan, Vice President Quantum Software Chief Scientist & Fellow 10:15am
Slide 5: Matt Kinsella
Matt Kinsella CHIEF EXECUTIVE OFFICER & FOUNDING INVESTOR 5 | 2026 Infleqtion. All rights reserved
Slide 6: Introduction
Introduction • Nearly 20 years of experience at Maverick • Appointed as CEO in April 2024 to lead next Capital, investing in early- and growth-stage phase of commercialization and growth transformative technology companies • Increased revenue by >3.0x across multiple sectors • $100M Series C capital
Slide 7: Consistent. Focused. Integrated.
Consistent. Focused. Integrated. We engineer world-class neutral atom quantum computers, precision sensors, and software for governments, corporations, and research institutions worldwide. Our unique advantages Nobel Prize Global Broadest Winning Installations in US, Neutral Atom Technology UK, Japa
Slide 8: One Technology Powering Multiple Product Platforms
One Technology Powering Multiple Product Platforms We deliver our customers orders of magnitude improvement in computing and sensing applications to fill critical gaps in classical systems Core Compute Sensing Software Infleqtion’s neutral atom core First in Earth’s Orbit Neutral atom Contextual Mac
Slide 9: Technology Revolutions Built the Modern Economy
Technology Revolutions Built the Modern Economy Mechanization Transport Industrial Scale Mobility Digital 1770s 1830s 1870s 1920s 1970s Industrial Railways and Steel and Automobiles and Semiconductors Revolution Logistics Electricity Manufacturing and Internet Each technological revolution created a
Slide 10: AI Expands What We Can Compute
AI Expands What We Can Compute Mechanization Transport Industrial Scale Mobility Digital Intelligence 1770s 1830s 1870s 1920s 1970s 2020s Industrial Railways and Steel and Automobiles and Semiconductors Artificial Revolution Logistics Electricity Manufacturing and Internet Intelligence AI is transfo
Slide 11: Quantum Expands How We Compute and Measure
Quantum Expands How We Compute and Measure Mechanization Transport Industrial Scale Mobility Digital Intelligence Precision 1770s 1830s 1870s 1920s 1970s 2020s Today Industrial Railways and Steel and Automobiles and Semiconductors Artificial Quantum Revolution Logistics Electricity Manufacturing and
Slide 12: Quantum is a National Security Imperative
Quantum is a National Security Imperative Infleqtion is well-positioned; trusted by governments that have invested over $40 billion in quantum(1) (1) Represents share of total investment by U.S. and Allied Nations as discussed further in source. (2) Represents European Quantum Flagship launched in 2
Slide 13: Infleqtion's Platform Advantage
Infleqtion’s Platform Advantage ONE NEUTRAL ATOM CORE MULTIPLE LARGE MARKETS Quantum Computers ~$130B 2040 TAM (1) LASERS Quantum Sensors Clocks, RF receivers, Inertial, Gravitational ~$30B+ 2040 TAM (1) Note: (1) As of June 2025 – McKinsey, Quantum Technology Monitor (2025). 13 | 2026 Infleqtion. A
Slide 14: Neutral Atoms: The Best Path to Commercial Advantage
Neutral Atoms: The Best Path to Commercial Advantage Neutral Atom Trapped Ion Superconducting Photonics Thousands of qubits ✓ ✓ in a single core Applications demonstrated with ✓ ✓ logical qubits Room temperature ✓ ✓ operation(1) Reconfigurable any- ✓ ✓ to-any connectivity Enables bro
Slide 15: A Rich History of Innovation
A Rich History of Innovation 2025 2024 Commercialization 2023 World’s first MatSci app on 2022 logical qubits with Nvidia 2021 2000 2015 Accelerated Product Launch of novel CML application Development Announced Illinois quantum Initial computer Commercialization World’s first quantum RF trials Techn
Slide 16: Trusted quantum partner to leading institutions
OUR PARTNERS LEADING PARTNERS ACROSS DIVERSE INDUSTRIES Defense and Materials Energy Artificial Government Cybersecurity Aerospace Discovery Optimization Intelligence Programs Trusted quantum State of Illinois partner to leading institutions Sold multiple quantum computers and hundreds of quantum se
Slide 17: Our Quantum Platform Leadership Is Exoterrestrial
Our Quantum Platform Leadership Is Exoterrestrial Firsts on the G R O U N D First under the S E A First quantum computer installation at the National Sea trial of hybrid navigation Quantum Computing Centre systems on Royal Navy's experimental vessel Only foreign company to be selected to participate
Slide 18: Key Takeaways: Technology, Execution, Financing
• Neutral Atom platform with one stack + many products across sensing and compute Technology → • Leading on the quantum metrics that matter • Only publicly traded company with Logical Qubits KEY TAKEAWAYS • Pioneer and first mover in a winning modality Execution → • Robust partnerships and customer
Slide 19: Quantum Computing: The Future of HPC
Quantum Computing The Future of HPC PRANAV GOKHALE, PhD CHIEF TECHNOLOGY OFFICER & CO-FOUNDER 19 | 2026 Infleqtion. All rights reserved
Slide 20: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 20 | 2026 Infleqtion. All rights reserved
Slide 21: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 21 | 2026 Infleqtion. All rights reserved
Slide 22: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 22 | 2026 Infleqtion. All rights reserved
Slide 23: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 23 | 2026 Infleqtion. All rights reserved
Slide 24: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 24 | 2026 Infleqtion. All rights reserved
Slide 25: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell 25 | 2026 Infleqtion. All rights reserved
Slide 26: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell Classical computing (CPU, GPU) costs are proportional to the number of outcomes → Many “dice rolls” needed to address massive computational tasks 26 | 2026 Infleqtion. All rights reserved
Slide 27: Quantum vs. Classical in a Nutshell
Quantum vs. Classical in a Nutshell Superposition + Interference Quantum computing (QPU) unlocks fundamentally more efficient cost scaling → “Load the dice” to win in a single roll for massive computational tasks 27 | 2026 Infleqtion. All rights reserved
Slide 28: Quantum Extends Classical Compute & Unlocks New Markets
Quantum Extends Classical Compute & Unlocks New Markets Hybrid solutions overcome today’s bottlenecks (runtime, energy) for important applications + QPUs Calculate “probability” across complex + scenarios to unlock optimization problems (chemistry, materials, security, etc.) Multiple joint Computati
Slide 29: AI Exemplifies the Need for Breakthrough Compute
AI Exemplifies the Need for Breakthrough Compute LIMITS OF CURRENT AI Memory and context limits QUANTUM OPPORTUNITY Conventional GPU CML-enabled GPU Contextual Machine Learning (CML) Example: Enhancing real-time RF signal processing and operational efficiency deployed to GPU & QPU Current Customers:
Slide 30: AI Exemplifies the Need for Breakthrough Compute
AI Exemplifies the Need for Breakthrough Compute LIMITS OF CURRENT AI Memory and Low-quality Physical AI can’t capture context limits training data complete dynamics QUANTUM OPPORTUNITY Contextual Machine Quantum sensors QPUs enable accurate Learning (CML) enable higher-quality world models for depl
Slide 31: Infleqtion delivers value today, en route to quantum advantage in materials science
Infleqtion delivers value today, en route to crown jewel of quantum advantage in materials science and beyond Today 2028 Quantum-inspired AI/ML: CPU/GPU Navigation, sensor fusion, enabled spectrum awareness Quantum readiness services Batteries Magnets (rare-earth) Fuel Cell, Catalytic Chemistry Mate
Slide 32: Built on Neutral Atoms: Nature's Perfect Qubits
Built on Neutral Atoms: Nature’s Perfect Qubits Natural advantage Ideal uniformity, stability, and long-lasting performance Commercially scalable Can be arranged in large arrays using optical tweezers Longer coherence times Surpassing other modalities in qubit growth and control Exceptional control
Slide 33: Neutral Atoms: The Best Path to Commercial Advantage
Neutral Atoms: The Best Path to Commercial Advantage Neutral Atom Trapped Ion Superconducting Photonics Thousands of qubits ✓ ✓ in a single core Applications demonstrated with ✓ ✓ logical qubits Room temperature ✓ ✓ operation(1) Reconfigurable any- ✓ ✓ to-any connectivity Enables bro
Slide 34: Logical qubits are the keys to the kingdom
Logical qubits are the keys to the kingdom Classical analogy: data centers 30+ TB unreliable storage = 1 TB reliable storage PHYSICAL BITS LOGICAL BITS Same in quantum computing 30+ unreliable qubits = 1 reliable qubit PHYSICAL QUBITS LOGICAL QUBITS Getting to 100 logical qubits unlocks transformati
Slide 35: Recipe for logical qubits
Recipe for logical qubits Quantity 10k Caltech with Infleqtion cold atom source cell 5 More physical qubits = Larger compute 2 capacity Many Infleqtion has achieved Neutral Atom 1000 record physical qubits physical qubits Physical Qubit Count 5 2 with high 100 fidelity gates 5 2 10 NV Centers Trappe
Slide 36: Recipe for logical qubits
Recipe for logical qubits Quality 5 Metric type Neutral Atom Entangled State Trapped-Ion 2 Two-qubit Gate 0.1 Superconducting Many physical 5 qubits Less error = Greater reliability Entanglement Error 2 Semiconductor Infleqtion has with high 0.01 achieved modality-leading fidelity gates error rates
Slide 37: Recipe for logical qubits
Recipe for logical qubits Many physical qubits with high fidelity gates with SW for logical qubits Industry-leading results with Superstaq drives >10x performance boost Customers across several qubit technologies 37 | 2026 Infleqtion. All rights reserved
Slide 38: Putting It Together: Results
Putting It Together: Results from Record Commercial 1st MatSci Application with 12 Logical Qubits Neutral Atom Results Logical Qubits Delivered Ahead of schedule 99.73% user-facing NVIDIA collaboration uniting 114 physical qubits w/ CZ fidelity GPU and QPU workflows all-to-all connectivity Our roadm
Slide 39: Putting It Together: Results from Logical Qubits
Putting It Together: Results from 12 LQs; 114 qubits w/ all-to-all connectivity 1st Decryption with Efficient Error Instant Arithmetic Logical Qubits Correction First-ever logical demo 12 logical qubit “CNOT High-performance on of Shor’s Algorithm ladder” application Sqale architecture Our vulnerabi
Slide 40: Delivered: System Sales and User Access
System Sales and User Access Sqale now available on cloud directly via Delivered Superstaq (cirq and qiskit open-source frontends) and via CUDA-Q First system installed & operational at NQCC Delivered Only foreign company selected for Moonshot program Planned 50+ Logical Qubit System anticipated 40
Slide 41: Quantum Computing Roadmap
Quantum Computing Roadmap 2024 2026 2028 2030 Error Error Infleqtion Utility Detection Correction Point Scale Logical Qubits 2 30+ 100+ 1,000+ Physical Qubits 1,600 4,000 10,000 100,000 Gate Performance 99.73% 99.90% 99.95% 99.99+% 41 | 2026 Infleqtion. All rights reserved
Slide 42: Quantum Computing Roadmap
Quantum Computing Roadmap 2024 2025 2026 2028 2030 Error Loss Error Infleqtion Utility Detection Correction Correction Point Scale Logical Qubits 2 12 8 12 30+ 100+ 1,000+ Physical Qubits 1,600 Exceeded 4,000 10,000 100,000 roadmap Gate Performance 99.73% 99.90% 99.95% 99.99+% 42 | 2026 Infleqtion.
Slide 43: Systems Ingredients Towards Commercial Applications
Systems Ingredients Towards Commercial Applications Hardware Engineering Middleware & Architecture Commercial Deployments United Kingdom Dual-species Efficient Logical System Sale (w/ UW-M) Qubits Japan 40x40 NVQLink GPU System Sale Qubit Array Integration Illinois System 99.93% Meas Fid. Contextual
Slide 44: Quantum Software & Applications
Quantum Software & Applications CAITLIN CARNAHAN, PhD Vice President, Quantum Software 44 | 2026 Infleqtion. All rights reserved
Slide 45: Why GPUs and LLMs Aren't Enough
Why GPUs and LLMs Aren’t Enough 1 2 3 Combinatorial Explosion Physical Simulation Limits Data Limits Optimization problems – Classical simulation of quantum Many critical domains lack exponential growth systems - exponential cost curve abundant high-quality data • Power grid optimization • Molecular
Slide 46: Infleqtion's Quantum Software Differentiation
Infleqtion’s Quantum Software Differentiation Unlocking near and long-term value in complex systems • Deep Quantum Expertise • hardware + algorithms + physics • Proprietary Tools • Superstaq compilation and specialized quantum software tools • Hardware Awareness • Software for computing and sensing
Slide 47: Infleqtion's Applications Strategy
Infleqtion’s Applications Strategy QUANTUM VALUE TODAY QUANTUM ADVANTAGE TOMORROW Runs on classical hardware Runs on emerging large-scale QPUs QUANTUM-INSPIRED AI HYBRID QUANTUM WORKFLOWS Navigation FAULT-TOLERANT APPLICATIONS CPU-GPU-QPU Sensor Fusion Materials Design Logical Qubits Spectrum Awaren
Slide 48: Quantum Advantage Through the Stack: Applications
Quantum Advantage Through the Stack: Applications An opportunity measured in trillions of dollars SECTOR PROBLEM Healthcare Protein interactions, drug discovery Energy Grid optimization Materials Catalyst discovery Finance Portfolio optimization Defense Sensing, navigation, cryptography Many of the
Slide 49: Spotlight: Healthcare & Biosciences
Spotlight: Healthcare & Biosciences Project: Finding biomarkers quickly for precision oncology Multimodal Cancer Data • Developing hybrid quantum-classical algorithms for biomarker selection • Precision oncology relies on biomarkers for custom treatment and improved outcomes • Finding optimal biomar
Slide 50: Spotlight: Energy Sector
Spotlight: Energy Sector Project: Optimizing Energy Delivery (ENCODE) Update resource Optimize delivery • Grid operators face optimization challenges that exceed the to save $ and constraint models capacity of classical systems • Quantum hardware-software co-design for large-scale energy grid optimi
Slide 51: Spotlight: Materials Science
Spotlight: Materials Science Project: Towards fault tolerance for simulating new materials • Modern approaches often fail for strongly correlated materials. • Predicting their properties requires solving many-electron quantum systems with exponentially growing correlations • Classical simulations be
Slide 52: Quantum Computing for National Security
Quantum Computing for National Security CHRIS POWELL, PhD CHIEF SCIENTIST & FELLOW, SAIC 52 | 2026 Infleqtion. All rights reserved
Slide 53: Spotlight: National Security
Spotlight: National Security Escalating Threats Quantum Computers Well Suited For These Threats Hypersonic Threat Detection Near-Instantaneous Threat Detection Classical computing - slow to detect, track, and respond Quantum algorithms - boost performance enabling high-assurance detection and tracki
Slide 54: Spotlight: AI
Spotlight: AI Project: SAPIENT (Secure AI for Position, Navigation, Timing) • Quantum-inspired technology stack for sensor data fusion to detect and mitigate GPS denial • Forward compatibility w/ quantum sensors in core design, including Infleqtion’s atomic clock, RF receiver, and inertial sensor He
Slide 55: Leadership in neutral atom computing platform
Leadership in neutral atom computing platform Commercial record for Industry-leading neutral Only public company to Delivering real-world value today; neutral atom systems atom performance reach logical qubits exponential impact as hardware scales 1,600 99.73% 12 Proprietary Software Stack Physical
Slide 56: Quantum Sensing
Quantum Sensing Technologies and Market Opportunities PAUL LIPMAN CHIEF REVENUE OFFICER 56 | 2026 Infleqtion. All rights reserved
Slide 57: Sensing: Large Markets, Powerful Platform Leverage
Sensing: Large Markets, Powerful Platform Leverage • Sensing the world with superior precision Quantum than classical state-of-the-art Sensing • Unlocks new classes of national security and commercial applications ~$30B+ 2040 TAM(*) • Accelerating demand today, expanding growth potential with roadma
Slide 58: Quantum Sensing Addresses Critical Customer Needs
Quantum Sensing Addresses Critical Customer Needs Spectrum GPS Spoofed & Hypersonic & Space Awareness Constrained & Denied Drone Threats and Utilization Contested Infleqtion’s quantum sensing platform replaces vulnerable classical infrastructure across defense, commercial, and space markets 58 | 202
Slide 59: Timing: The Hidden Dependency of Modern Infrastructure
Timing: The Hidden Dependency of Modern Infrastructure GPS shifting from trusted asset to exploited vulnerability • Position, navigation, and timing (PNT) • Power grids • Telecommunications • Finance & trading • Defense systems 59 | 2026 Infleqtion. All rights reserved
Slide 60: Tiqker: Optical Atomic Clock
Tiqker: Optical Atomic Clock ▪ 100x more precise than GPS timing ▪ Compact and portable for field deployment ▪ Demonstrated in harsh operating environments ▪ Pathway to space qualification ▪ Supports time transfer & synchronization Enabling navigation, synchronized comms, radar, and distributed syst
Slide 61: Tiqker: Optical Atomic Clock
Tiqker: Optical Atomic Clock ▪ 100x more precise than GPS timing ▪ Compact and portable for field deployment ▪ Demonstrated in harsh operating environments ▪ Pathway to space qualification ▪ Supports time transfer & synchronization Enabling navigation, synchronized comms, radar, and distributed syst
Slide 62: Customers Validating Tiqker Across New Applications
Customers Validating Tiqker Across New Applications Sea Navigation Air Navigation Distributed Synchronization • FIRST optical atomic clock • FIRST in-flight optical atomic • Picosecond-level sync via operating in submarine clock operation Quantum Corridor network • FIRST external system • Critical c
Slide 63: Tiqker Roadmap
Tiqker Roadmap Comparative size Tiqker Prime Tiqker-C Tiqker-HD/S Tiqker Blade 3U / <30L ≤3U / ≤30L <5L <0.5L Commercially available Significant cost reduction SWaP reduction and Substantial SWaP-C today ruggedization reduction through PICs Wider operating temp Hydrogen maser range Space hardening T
Slide 64: RF Spectrum Increasingly Contested & Congested
RF Spectrum Increasingly Contested & Congested Classical RF Sensing Limitations • Size • Narrowband • Jammable • Detectable Degraded Operational Impact • Harder to hide, communicate, and sense • Situational awareness • Risk of detection & attack Joint Air Power Competence Centre (JAPCC), NATO NATO J
Slide 65: Quantum RF: Leading the Spectrum Sensing Revolution
Quantum RF: Infleqtion Leading the Spectrum Sensing Revolution Atoms Replace Traditional Antennas • Broad tunability • Compact footprint (especially at low frequency) • “Silent” to avoid detection • Resistant to jamming Roadmap to reduced SWaP-C and Enables Breakthrough Capabilities enhanced system
Slide 66: Inertial Sensing: The Future of Assured PNT
Inertial Sensing: The Future of Assured PNT Path to Enabling Resilient Navigation • Fully autonomous operation in any domain • Ultra-low drift for long mission duration • Spoof resistant navigation without maps Infleqtion Inertial Sensing World Firsts • FIRST Ultra-cold atomic matter in flight • FIR
Slide 67: Infleqtion Pioneering Space-Based Quantum Sensing
Infleqtion Pioneering Space-Based Quantum Sensing • Space Proven Heritage: Built on our core atom platform, currently field-proven and operational on the International Space Station since 2018 • Commercial Validation: Selected by NASA JPL for the Quantum Gravity Gradiometer Pathfinder (QGGpf) missio
Slide 68: Infleqtion: Positioned to Enable Golden Dome
Infleqtion: Positioned to Enable Golden Dome Infleqtion selected for MDA SHIELD $151 Billion IDIQ Applications across detect, track, and decision chain QRF - Detect hypersonic threat emissions Tiqker - Enhanced radar capabilities Distributed Timing - Continued operation under GPS denial Contextual M
Slide 69: Infleqtion: Platform Leadership in Quantum Sensing
Infleqtion: Platform Leadership in Quantum Sensing Differentiated & Integrated Path to Large Platform Infrastructure Markets • Leadership & heritage in core technologies • Quantum sensing addresses defense and critical (photonics, atomics, software) infrastructure needs • Neutral atom platform enabl
Slide 70: Sensing Customer Panel
Sensing Customer Panel Tanner Cheek | VP SALES & MARKETING | Thomas Treakle | CLIENT SOLUTIONS DIRECTOR | Chris Dorny | FORMER HEAD OF QUANTUM TECHNOLOGIES | Sir Grant Shapps | FORMER UK SECRETARY OF STATE FOR DEFENSE | 70 | 2026 Infleqtion. All rights reserved
Slide 71: Operational Excellence
Operational Excellence ILAN HART CHIEF FINANCIAL OFFICER 71 | 2026 Infleqtion. All rights reserved
Slide 72: CFO Leadership for Growth & Shareholder Returns
CFO Leadership for Growth & Shareholder Returns Capital Scalable Cost Finance and Cash flow & allocation financial discipline & operations balance & fiscal process & optimization alignment sheet discipline infrastructure programs through KPIs optimization Enhancing financial and operational discipli
Slide 73: Wrap-Up
Wrap-Up MATTHEW KINSELLA CHIEF EXECUTIVE OFFICER & FOUNDING INVESTOR 73 | 2026 Infleqtion. All rights reserved
Slide 74: The Classical Barrier
The Classical Barrier C₈H₁₀N₄O₂ 74 | 2026 Infleqtion. All rights reserved
Slide 75: The Classical Barrier
The Classical Barrier 75 | 2026 Infleqtion. All rights reserved
Slide 76: Pioneering Team Building the Future of Compute
Pioneering Team Building the Future of Compute Matt Kinsella Dana Anderson Pranav Gokhale Paul Lipman Ilan Hart Chief Executive Officer Chief Science Officer Chief Technology Officer Chief Revenue Officer Chief Financial Officer Founding Investor Founder Co-founder BUILDING UPON LEADING INVESTORS 16
Slide 77: Infleqtion Board: Proven Leaders Guiding Growth
Infleqtion Board: Proven Leaders Guiding Growth Cathy Lego Kristina Johnson David Singer Dawn Meyerriecks Eric Bjornholt Matt Kinsella Board Chair Board Member Board Member Board Member Board Member Chief Executive Officer Founding Investor 40+ years as a Engineer, academic Managing Partner at Techn
Slide 78: Infleqtion Advisors: Proven Leaders Guiding Growth
Infleqtion Advisors: Proven Leaders Guiding Growth General Cameron Holt General Paul Funk II Ian Thomas Laura Thomas Advisor Advisor Senior Advisor Advisor Retired USAF Major General and Four-star U.S. Army General; 35+ Founder & CEO of Thomas Former CIA case officer and former Deputy Assistant year
Slide 79: Growing Industry Talent
Growing Industry Talent Caitlin Carnahan Jim Colosimo Chris Cook Jason Hall Dave Kresse Julie McGee Tom Noel VP, Quantum Chief Engineer – VP, Government Chief Legal VP, Commercial Chief Marketing VP, Quantum Software QGG Affairs Officer Products Officer Computing Physical Sciences, Lockheed Martin S
Slide 80: Key Takeaways: Technology, Execution, Financing
• Neutral Atom platform with one stack + many products across sensing and compute Technology → • Leading on the quantum metrics that matter • Only publicly traded company with Logical Qubits KEY TAKEAWAYS • Pioneer and first mover in a winning modality Execution → • Robust partnerships and customer
Slide 81: Q&A
Q&A 81 | 2026 Infleqtion. All rights reserved