Infleqtion, Inc. (formerly Churchill Capital Corp X, or CCX) is engaged in developing and commercializing quantum technology products, operating as a single reportable segment. The company's vision is to leverage quantum mechanics to expand human potential, with solutions deployed across defense and security, artificial intelligence (AI), energy optimization, space and frontier, materials discovery, and cybersecurity sectors. Its core technology platform is built on neutral atoms, which are described as nature's ideal qubits, enabling an adaptable, scalable, and high-fidelity path to quantum advantage across multiple applications. Infleqtion generates revenue through direct product sales, quantum computing as a service, government-funded R&D contracts, and software licensing, serving a diverse global customer base including the U.S. Department of Defense, DARPA, NASA, SAIC, Lockheed Martin, NVIDIA, and the UK National Quantum Computing Centre ¹.

The company's business model is centered on a vertically integrated, full-stack proprietary quantum platform, encompassing neutral atom hardware (quantum cores), control systems, photonics, middleware, and application-layer software. All products utilize neutral atom architecture, where individual cesium or rubidium atoms are trapped and manipulated using laser systems. This approach offers intrinsic advantages such as room-temperature operation, long coherence times, all-to-all connectivity, and reconfigurability, making it suitable for both scalable quantum computing and field-deployable sensing. The company has been selling neutral atom systems since 2008 ¹.

Infleqtion's product and service lines are categorized into quantum sensing, quantum computing, and quantum software. The quantum sensing portfolio includes Tiqker, a compact optical atomic clock providing picosecond-level precision timing; Sqywire, a rugged RF quantum sensor for detecting and localizing electromagnetic signals; and Exaqt, a family of inertial and gravitational sensors for GPS-denied navigation and geophysical monitoring. These sensors are designed for operational deployment and have been validated in various environments including road, sea, flight, and space ¹.

The flagship quantum computing system is Sqale, a room-temperature neutral atom quantum computer. As of December 31, 2025, Sqale supported arrays of up to 1,600 trapped atoms, demonstrated 12 logical qubits, and achieved a 99.73% two-qubit controlled-Z (CZ) gate fidelity. Sqale is accessible via cloud and integrates with classical computing environments, with users interacting through Superstaq, the proprietary compiler and middleware stack. The system's key attributes include large qubit arrays, high gate fidelities, dynamic qubit reconfiguration, and all-to-all connectivity ¹.

The quantum software portfolio comprises Superstaq and Contextual Machine Learning (CML). Superstaq is offered under a software license for advanced quantum circuit optimization across multiple hardware backends, including third-party systems. CML is a quantum-inspired classical AI tool that enhances AI workload performance, particularly for large-context, high-throughput datasets, and is compatible with both classical GPU and future large-scale quantum computing environments. Benchmarking has shown CML achieves greater than 10x memory savings compared to Transformer technology by using quantum data carriers ¹.

For the fiscal year ended December 31, 2025, Infleqtion reported a net loss of $66,931,068 ². This compares to a net loss of $51,910 for the period from January 4, 2024 (inception) through December 31, 2024 ³. The net loss in 2025 was primarily driven by a change in fair value of subscription agreement liability of $69,585,366 ⁴, general and administrative costs of $1,990,219 ⁵, and a subscription agreement expense of $6,044,986 ⁶. These were partially offset by income earned on marketable securities held in the Trust Account of $10,689,503 ⁷. As of December 31, 2025, the company had an accumulated deficit of $77,619,915 ⁸. Cash and marketable securities held in the Trust Account totaled $423,689,503 ⁹, and cash was $702,154 ¹⁰. The company had no long-term debt as of December 31, 2025 ¹¹.

The company's revenue for the fiscal year ended December 31, 2025, was not explicitly stated as a total figure, but approximately 60% ¹² of its revenue was derived from the U.S. government and its agencies, and approximately 12% ¹³ from contracts with the UK government. The company incurred $1,990,219 ¹⁴ in general and administrative costs for the year ended December 31, 2025, compared to $51,910 ¹⁵ for the period from January 4, 2024, through December 31, 2024. Cash used in operating activities for the year ended December 31, 2025, was $2,272,729 ¹⁶, compared to $0 ¹⁷ for the prior period.

Significant operational developments during the period include the consummation of its Initial Public Offering (IPO) on May 15, 2025, where it sold 41.4 million Public Units ¹⁸ at $10.00 per unit ¹⁹, generating gross proceeds of $414,000,000 ²⁰. Simultaneously, a Private Placement of 300,000 Private Placement Units ²¹ was completed for $3,000,000 ²². On September 8, 2025, CCX and ColdQuanta, Inc. (Legacy Infleqtion) announced their Agreement and Plan of Merger and Reorganization, which led to the Business Combination on February 13, 2026, where CCX was renamed Infleqtion, Inc. ¹. In connection with the Business Combination, the company moved its common stock and warrants listing from Nasdaq to The New York Stock Exchange (NYSE) ¹. The company also acquired Super.tech in 2022, which developed software platforms for quantum computing compilation, optimization, and benchmarking ¹.

Infleqtion anticipates substantial growth in the quantum technology market, with the global quantum sensing market (including timing) projected to reach approximately $30 billion by 2040 ²³, and the global quantum computing market expected to reach approximately $130 billion by 2040 ²⁴. The company's near-term commercial strategy focuses on scaling sensing solutions in operational environments where quantum precision offers significant performance advantages, including compact optical atomic clocks, quantum RF sensors, and gravimeters. Infleqtion is also positioned to serve the space-based quantum technologies market due to its neutral atom platform's demonstrated orbital capability and ongoing ruggedization efforts ¹.

A major growth vector for Infleqtion is the advancement of its quantum computing platform, Sqale. The company is targeting a near-term milestone of 100 logical qubits ²⁵, which is widely recognized as a threshold for achieving quantum advantage in commercially valuable applications. As of December 31, 2025, the company has demonstrated 12 logical qubits ²⁶ and aims to reach 30 logical qubits in 2026 ²⁷. The long-term roadmap targets achieving 100 logical qubits by 2028 ²⁸ and demonstrating MegaQuOp scale in 2028, measuring one million sequential logical operations in a system ²⁹. This progress is underpinned by the scalable, flexible, room-temperature neutral atom architecture and vertically integrated, full-stack platform ¹.

Another key growth area is the expansion of its software offerings, Superstaq and CML, within enterprise and national security domains. Superstaq provides advanced quantum circuit optimization across multiple hardware backends, while CML enhances AI workloads by improving inference behavior for long context window datasets, compatible with both classical GPU and quantum computing environments. The company's growth initiatives include scaling sensor manufacturing and expanding usage of its computing platform through customer and partner engagements ¹.

Operationally, Infleqtion's strategy emphasizes commercialization of neutral atom platforms with a clear path to scalable deployment of miniaturized products, supported by system architectures optimized for manufacturability, reliability, and operational relevance. The company develops hardware and software in-house, including ultra-high vacuum and vapor cells, control electronics, optical assemblies, calibration systems, and firmware. This deep integration aims to maintain precise control over system performance, accelerate iteration cycles, and repurpose core technology across sensing, timing, and computing platforms, enhancing manufacturability and scalability. In the future, the company may partner with third parties or outsource certain manufacturing aspects as it scales its commercial business ¹.

The company's planned capital allocation includes continued investment in research and development efforts to achieve technological goals and build scalable, commercial quantum solutions. The business and future expansion plans are capital-intensive, and the company believes its cash, cash equivalents, and marketable securities as of December 31, 2025, should be sufficient to meet anticipated operating cash needs for at least the next 12 to 18 months ³⁰ based on its current business plan. However, the operating plan may change, requiring additional funds sooner than planned through equity or debt financings or strategic collaborations ¹. The company does not intend to pay cash dividends for the foreseeable future, instead planning to retain future earnings to finance further development and expansion ³¹.

Management has explicitly flagged several structural headwinds and execution risks. The technology is not mature, and there are significant research, development, and manufacturing challenges to overcome to build commercially viable products. The company has a history of operating losses, with net losses of $31.8 million ³² and $53.8 million ³³ for the years ended December 31, 2025 and 2024, respectively, and an accumulated deficit of $231.1 million ³⁴ as of December 31, 2025. The rate of losses is expected to be significantly higher in future periods due to expenses related to product design, development, manufacturing, R&D expansion, sales and marketing, and public company functions. There is no certainty of achieving or sustaining profitability ¹. The business model is unproven, and there is a risk that quantum computers may fail to achieve a broad quantum advantage, or that other companies' quantum computers may reach this capability first, rendering Infleqtion's technology obsolete ¹.

Geographic, regulatory, and macro factors identified as constraints include the susceptibility to risks associated with international operations, as non-U.S. revenue was approximately 29% ³⁵ of total revenue for the year ended December 31, 2025. These risks include compliance with foreign laws, difficulties in enforcing intellectual property rights, evolving legal frameworks for privacy and cybersecurity, unexpected changes in regulatory requirements, taxes, trade laws, tariffs, and fluctuations in exchange rates. The company is also subject to U.S. and international regulations on export controls, dual-use technologies, and trade and economic sanctions, which could impair its ability to compete globally and subject it to liability for non-compliance. Contracts with government entities, which represent a significant portion of revenue (approximately 60% ³⁶ from the U.S. government and 12% ³⁷ from the UK government in 2025), are subject to risks such as early termination, audits, investigations, sanctions, and penalties ¹.

Management's overall tone emphasizes a strategic focus on leading the global transition of quantum technologies from research labs to scalable, real-world deployment, with a dual-track approach of advancing towards 100+ logical qubit systems while simultaneously commercializing quantum sensors that already deliver advantage. They highlight the company's neutral atom architecture, vertically integrated full-stack platform, product-centric execution, hybrid revenue model, and strategic partner ecosystem as core differentiators. Management explicitly states a near-term milestone of 100 logical qubits ⁴⁴ is targeted, widely recognized as a threshold for achieving quantum advantage in commercially valuable applications, and aims to reach 30 logical qubits in 2026 ⁴⁵. The long-term quantum computing roadmap targets achieving 100 logical qubits by 2028 ⁴⁶ and demonstrating MegaQuOp scale in 2028 ⁴⁷. The company believes its cash, cash equivalents, and marketable securities as of December 31, 2025, should be sufficient to meet anticipated operating cash needs for at least the next 12 to 18 months ⁴⁸. Strategic priorities include scaling sensor manufacturing, expanding usage of the computing platform through customer and partner engagements, and broadening distribution of software offerings (Superstaq and CML) within enterprise and national security domains.

Infleqtion faces material risks including the immaturity of its quantum technology, with significant barriers in producing products that meet desired technical specifications and the challenge of scaling logical qubits, having only demonstrated 12 logical qubits against a target of 100 logical qubits by 2028 ³⁸. The company has a history of operating losses, reporting net losses of $31.8 million ³⁹ and $53.8 million ⁴⁰ for the years ended December 31, 2025 and 2024, respectively, and an accumulated deficit of $231.1 million ⁴¹ as of December 31, 2025, with expectations of higher future losses. There is a risk that quantum computers may fail to achieve a broad quantum advantage, which is critical for commercial success. Estimates of market opportunity and growth forecasts may be inaccurate, and advances in classical computing could delay or negate quantum advantage. The company may not be able to scale its business quickly enough to meet demand, and its products may contain defects. Dependence on key employees with specialized knowledge is high, and the loss of such personnel could harm the business. A significant portion of revenue, approximately 60% ⁴² for fiscal year 2025, comes from the U.S. government, and approximately 12% ⁴³ from the UK government, exposing the company to risks of budgetary constraints, contract termination, and compliance with government contracting laws. Material weaknesses in internal control over financial reporting were identified by Legacy Infleqtion, including insufficient accounting personnel for segregation of duties and risk assessment, and ineffective monitoring controls for its UK subsidiary, with remediation efforts expected to extend into 2027. Cybersecurity threats, including phishing and ransomware attacks, and reliance on third-party cloud providers, pose risks to sensitive information and business operations, with potential for regulatory investigations, litigation, and financial penalties. The use of generative AI tools may pose risks to proprietary software and systems and subject the company to legal liability due to potential intellectual property infringement or security vulnerabilities. Unfavorable global macroeconomic and political conditions, including inflation, interest rate fluctuations, and geopolitical tensions, could disrupt business and limit growth. The company is heavily reliant on intellectual property licenses from the University of Colorado and the Wisconsin Alumni Research Foundation, and termination or conversion to non-exclusive terms could significantly harm the business.