#ionq

아이온큐, 창사 이래 최대 분기 실적…양자 컴퓨팅 상용화 원년 선언 #아이온큐 #IonQ #양자컴퓨팅 #어닝콜 #1분기실적 #큐비트 #양자컴퓨터 #Q데이 #SkyWater #RPO 4개 분기 연속 역대 신기록…755% 성장의 의미 아이온큐가 2026년 1분기 매출 6,470만 달러를 기록하며 4개 분기 연속 사상 최대 실적을 경신했다. 이는 전년 동기 대비 755% 증가한 수치로, 자체 가이던스 중간값을 무려 30%나 웃돈 것이다. CEO 니콜로 드 마시는 어닝콜에서 “우리는 지금까지 가장 큰 분기를 방금 기록했다”고 말하며 강한 자신감을 내비쳤다. 매출 구성도 눈에 띄게 건강해졌다. 전체 매출의 60%가 상업용 고객에서 발생했고, 해외 고객 비중이 35%, 두 가지 이상 복수 제품을 구매하는 고객…

IonQ Stock Jumps Sharply After Earnings Beat. 2026 Revenue Outlook Tops Forecasts. Source link

First quantum company to reach $100 million in annual revenue, IonQ breaks records

IonQ Financial Results 2025

On February 25, 2026, IonQ became the first public quantum company to generate more than $100 million in GAAP revenue, a notable quantum computing milestone. The fiscal year 2025 report of $130.0 million exceeded expectations by 20% and saw a 202% year-over-year rise.

IonQ CEO Niccolo de Masi considers the discoveries a strategic and financial “inflection point” as the company converts from a hardware developer into the world's first “full-stack quantum platform company.” In addition to compute, quantum networking, sensing, security, and merchant supply are involved.

Amazing Fourth Quarter

Fourth Quarter and Year 2025 Financial Highlights

Fourth-quarter revenue was $61.9 million, up 429% year-over-year and 55% over the indicated range.

Full-year revenue was $130.0 million, 202% above the midpoint.

On December 31, 2025, cash, investments, and cash equivalents were $3.3 billion.

Fourth-quarter net income was $753.7 million and GAAP EPS was $2.13.

In 2025, GAAP EPS was $1.82 and net loss $510.4 million.

For the fourth quarter and year, adjusted EBITDA loss was $67.3 million and $168.8 million.

Adjusted EPS was $0.20 and $0.60 for the fourth quarter and year.

The end of this release reconciles non-GAAP adjusted EBITDA and adjusted EPS to net loss and GAAP EPS, the nearest GAAP figures.

Fourth Quarter and Recent Business Highlights

The $60 million Quantum Basel arrangement covers four generations of IonQ systems over four years.

KISTI bought a fifth-generation, 100-qubit system, creating the nation's largest quantum-classical computing platform and putting hybrid AI, high-performance computing, and NVIDIA acceleration at the center of Korea's next-generation computing strategy

Strategic partnership with CCRM to accelerate advanced medicine development in quantum-enabled life sciences

Operational, large-scale national quantum networks in Slovakia, Romania, and Switzerland DARPA selected IonQ for Phase B of the Quantum Benchmarking Initiative due to its quantum capabilities.

SkyWater Purchase Protects Supply Chain The acquisition of SkyWater Technology by IonQ is part of their long-term strategy. This effort seeks to become the largest global “quantum merchant supplier” to ensure an onshore quantum chip supply.

“SkyWater helps us build an IonQ platform that customers, especially government and mission-driven buyers, can trust and plan around regardless of geopolitics,” de Masi said. The purchase will provide the U.S. quantum sector with trustworthy semiconductor-based scaling approaches.

Global and Commercial Appeal

Financial estimates for 2025 show a trend toward commercial viability. CFO and COO Inder Singh reported that over 60% of the year's revenue came from commercial clients, proving that quantum solutions are not just for academic research.

With over 30% of revenue from outside the US, the company is globalizing. World milestones in 2025:

The fifth-generation, 100-qubit gadget purchased by KISTI will anchor South Korea's largest quantum-classical computing infrastructure.

An enhanced $60 million QuantumBasel agreement covers four generations of IonQ equipment in Switzerland. European Networking: Romania, Slovakia, and Switzerland are building large quantum networks. See also Two-Timescale Relaxometry Reveals Qubit Noise Cause.

Tech Leadership and the “Tempo” Era

IonQ's financial success is built on record-setting technology. In 2025, the company set a global record with 99.99% two-qubit gate fidelity, improving complex quantum computing.

With its next system, IonQ Tempo, the company is pushing faster toward a semiconductor roadmap. This next-generation hardware is expected to give Amazon Web Services, AstraZeneca, and NVIDIA 20x performance results, advancing medicine research, logistics, and cybersecurity. DARPA selected IonQ for Phase B of the Quantum Benchmarking Initiative to test their technology.

Anticipating 2026

IonQ expects 2026 sales of $225–245 million. This estimate anticipates organic growth above 80% year-over-year in 2025.

“We have now integrated our capabilities to create powerful operating momentum into 2026,” de Masi said. Corporation revenue is predicted to reach $48 million to $51 million in the first quarter of 2026.

MDA SHIELD Contract

IonQ's selection as a contractor for the Missile Defense Agency's (MDA) Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) program is a key step toward incorporating quantum technology into national security. With its $151 billion indefinite-delivery/indefinite-quantity (IDIQ) contract, IonQ is leading a rapid innovation and agility drive to improve U.S. defense capabilities.

The SHIELD contract architecture allows the MDA to quickly buy and deliver innovative technology to warfighters. IonQ is one of 2,400 companies that can bid for incoming task orders by joining this contract, subject to agency criteria and competitive selection. Due to its focus on quantum solutions, IonQ stands out as a prominent contender in the next generation of military infrastructure despite the market's wideness.

IonQ's SHIELD participation shows its growth from a quantum computing startup to a quantum platform and merchant provider. Since then, the company has added quantum computing, networking, security, and sensing. This comprehensive approach addresses the world's most difficult land, marine, air, and space concerns.

Key components of IonQ's quantum platform include:

Commercial quantum computers with world-record quality solve pressing defense and business concerns.

Quantum networking: Creating the global quantum internet and securing communications. Quantum sensing improves imaging, navigation, and resource seeking with extremely precise sensing.

Quantum security protects sensitive data from current and future cryptographic assaults.

Quantum space infrastructure: Safe, space-based platforms for government and corporate data.

Strength of Subsidiaries

IonQ's subsidiary enterprises' precision timing, secure communications, and space-based intelligence capabilities are crucial to the MDA.

Capella orbit: This subsidiary offers all-weather SAR video from orbit. Data-driven decision-making aids operational and security tasks when visibility is at risk. Skyloom: This high-capacity optical communications technology allows secure, fast data flow between terrestrial systems and space assets. Vector Atomic: Vector Atomic improves system performance when GPS is unavailable by focusing on accurate timing and navigation.

Ionq Capella Quantum Key Distribution Space Acquisition

Strategic Vision and Leadership

Niccolo de Masi, IonQ Chairman and CEO, said this distinction is the product of years of strategic investment. “IonQ combines a wide range of quantum technologies and auxiliary capabilities that represent years of investment in sensing, computing, networking, and security,” de Masi added. He also stressed the company's commitment to U.S. government R&D and innovation projects.

Working with defense institutions like the U.S. Air Force Research Laboratory and DARPA, IonQ has proven successful in national security. The current connection's trust helps the business compete for SHIELD task orders.

Breaking Records and Looking Ahead

The news follows IonQ's technological advances. In 2025, the company broke the quantum computing performance record with 99.99% two-qubit gate fidelity. This accuracy is crucial for the "forthcoming IonQ Tempo," the company's latest quantum processors. This performance is measured using #AQ (Algorithmic Qubits), a benchmark for system value to an enterprise.

Global partners like NVIDIA, AstraZeneca, and Amazon Web Services use IonQ technologies. These agreements have reportedly led to 20x performance and innovation in several areas, including:

Materials science and drug discovery

Logistics and financial modeling

Cybersecurity and defense

Activities and availability worldwide

Despite being headquartered in College Park, Maryland, IonQ has expanded globally to include California, Colorado, Massachusetts, Tennessee, and Washington, Italy, South Korea, Sweden, Switzerland, Toronto, and the UK. Since many major cloud providers offer quantum computing services, its technical breakthroughs are available for a wide range of networking and sensing needs.

The SHIELD IDIQ contract will allow IonQ to prove quantum solutions work in challenging conditions. IonQ can employ its specialty subsidiaries and record-breaking hardware to address the most pressing national security challenges when task orders are issued.

By winning the $151 billion MDA SHIELD contract, IonQ has moved beyond quantum computing research into mission-critical military infrastructure. The company's world-record integrity, diverse technical portfolio, and strategic subsidiaries might design safe, rapid, and accurate military technologies.

Which is MDA SHIELD?

MDA SHIELD is a major US Missile Defense Agency contract.

The Meaning of MDA SHIELD

SHIELD, an IDIQ contract vehicle (Indefinite-Delivery/Indefinite-Quantity), helps the MDA quickly acquire cutting-edge homeland security and missile defense technology.

Maryland Labs

A crew of theoretical physicists and engineers working in a restored warehouse that was previously a storage facility could save or destroy the digital world. Maryland is betting over $1 billion to become the “Capital of Quantum” on this quantum frontier.

They outperform laptops and have a revolutionary computational architecture. Instead of bits, quantum computers employ qubits. Superposition lets a qubit represent 0 and 1 using quantum physics.

This technological differentiation has amazing power effects. Computer power increases exponentially with each qubit added to a processor. Ten qubits can yield 1,024 possibilities, whereas 100 conventional bits are 100 times more powerful than one. Scientists at IonQ create qubits by extracting electrons from ytterbium atoms and suspending the ions in magnetic traps.

Hope for Recovery

Possible scientific revolution, notably in medicine, motivates this study. Quantum processors will soon replicate complex molecular interactions that supercomputers cannot. “We’re building these things to solve cancer, not create problems,” says former IonQ executive chair Peter Chapman. By molecularly simulating how new cancer drugs interact with cancer cells before human trials, quantum computers could accelerate cancer therapy development. This precision would enable researchers dismiss failed compounds early, speeding up promising possibilities and saving decades of study.

In addition to medicine, the technology could solve “thorny” logistical problems including automobile production cost and transport route efficiency. Some quantum computers may use less energy than supercomputers and run from wall outlets instead of data centers.

Threat of “Quantum Apocalypse”

However, exponential power that can cure cancer also risks digital security. Contemporary encryption protects private bank accounts and confidential government databases with mathematical riddles that would take centuries for a typical computer to solve.

A powerful quantum computer could test many passwords and encryption keys at once and crack these codes in minutes. Military activities and national security are at danger. Chapman claims that an adversary might log in to a plane's system and remotely turn off its engines if they could breach encryption.

Maryland researchers are investing in "quantum-resistant" security measures, including a quantum internet and impregnable encryption algorithms, to protect against their own technology.

Serious Economic Competition

Governor Wes Moore calls quantum computing Maryland's "lighthouse industry," a major part of his ambition to transform the state's economy. The state plans to build a huge ecosystem around the University of Maryland Discovery District with over $1 billion in public and private investment.

In addition to lowering Maryland's dependency on federal spending, which has caused budget issues, the goal is to generate wealth. The state has a lot of talent and is close to significant agencies like the Department of Defense, NASA, and the NSA, which are expected to use quantum technology.

Despite this goal, the trip has been difficult. IonQ recently made waves by signing a $22 million deal to build a center in Chattanooga, Tennessee. Republican lawmakers like Senate Minority Leader Stephen S. Hershey Jr. argue Maryland's "tech tax" is stifling innovation.

In his 2027 budget, Governor Moore promises $74 million in quantum investments, $20 million of which will fund a new IonQ headquarters in College Park.

ChatGPT Moment

Many experts believe a commercial quantum computer will not be available for 10 or two years, although the breakthrough could happen at any time. While comparing quantum's current state to ChatGPT's launch, Chapman noted that many predicted AI's failure before ChatGPT. “Overnight, it appeared. Not even the planet was ready.

At present, classical computers are more helpful than quantum computers, which some have compared to classical computers passing the moon. Since quantum power grows exponentially, experts believe the technology could surpass classical systems quickly.

The Cavendish Lab

A substantial applied quantum effort was launched by Cambridge's Cavendish Laboratory and FormationQ. This two-year cooperation, the Quantum Technologies Accelerated Alignment Initiative, aims to translate Department of Physics quantum research into worldwide commercial solutions.

The project, supported by cutting-edge IonQ technology, is a vital step toward overcoming the “ecosystem bottleneck” that prevents quantum innovations from being commercially viable.

Bridging the “Valley of Death” with Strategic Investment

FormationQ invested £1,675,000 ($2.5 million) in the partnership. This money is designed to fund the Cavendish Laboratory's dedicated staff, research, and equipment.

Project leaders said the program aims to bridge the “valley of death” between theoretical research and commercial application. The program intends to create the “connective tissue” needed for long-term technological implementation by combining Cambridge's research leadership with FormationQ's operational framework and IonQ's technology.

The Technology: IonQ Trapped-Ion Advantage

The project relies on IonQ's quantum technology platform, noted for its accuracy and scalability. Researchers will have many resources, including:

IonQ Forte: 32 algorithmic qubits, high-performance.

IonQ Aria: A system having 79 qubits for complex calculations, along with the Forte.

Precision and Connectivity: IonQ set a 99.99% gate fidelity record in late 2025. The “all-to-all” connection in their systems lets every qubit talk to every other qubit. This significantly reduces error correction and complex algorithm execution processing costs compared to other systems.

Initiative Three Pillars: Strategic Objectives

The Quantum Technologies Accelerated Alignment Initiative has three key development areas directed by academics and supported by interdisciplinary research teams:

This pillar improves quantum system reliability in real-world settings with less regulation than in a lab.

Quantum networking and sensing: Teams will develop and test connected technologies to improve high-precision sensing and secure communications. Societal and Industrial Readiness: This goal prepares the global labor and commercial infrastructure for quantum capabilities. It aims to train “quantum-literate” scientists and engineers.

First Research: Materials Science and Chemistry

The first phase will emphasize materials science and computational chemistry. Quantum computing is expected to advance these sectors beyond classical supercomputers.

The first 24 months will focus on showing quantum advantage can tackle problems that even the most powerful supercomputers cannot. FormationQ will translate difficult algorithms into executable code for IonQ's trapped-ion technology using its software development expertise.

Views on Leadership

Leaders from throughout the alliance stressed collaboration to address industrial constraints:

Chief of the Cavendish Laboratory, Professor Mete Atatüre: “Quantum technology progress requires strong industry-academic relationships and ongoing dialogue. This will enable us practically apply quantum research”. According to FormationQ CEO Nada Hosking, the barrier in quantum technology is the ecology, not science. We're building bridges by combining the Cavendish Laboratory's science, FormationQ's operations, and IonQ's industry-leading quantum technology. According to FormationQ CTO Virginia Vass, “This initiative extends beyond fundamental research, explicitly targeting the translation of quantum computing capabilities into tangible solutions for industry challenges”. See also Quantum Workforce Development for America's Quantum Future.

Market Context and 2030 Roadmap This revelation coincides with an industry shift toward “Quantum Realism”. Companies are increasingly investing in “hybrid” approaches that combine classical AI with quantum layers, rather than treating quantum as a curiosity.

This project advances IonQ's “AQ” (Algorithmic Qubit) roadmap to 2 million physical qubit systems by 2030. The partners are constructing deep-tech labs at Cambridge to prepare for fault-tolerant quantum computers by providing knowledge and industrial pathways.

Learn more about quantum error correction in Phantom Codes: A Breakthrough.

Additional Industry Developments

The Cambridge partnership is the major issue, although additional notable breakthroughs include:

Zapata Quantum received an important Quantum Intermediate Representation (QIR) patent in many worldwide marketplaces.

Infleqtion showed scalable quantum computing with faster and more accurate qubit measurements.

The University of Miami reported an AI system that can forecast coral bleaching six weeks in advance.