Mercury Systems, Inc. (Mercury) is a technology company that delivers mission-critical processing to the edge - where signals and data are collected - to solve the most pressing aerospace and defense challenges.
Mercury’s products and solutions are deployed in more than 300 programs and across 35 countries. The company has over 20 locations worldwide.
The Mercury Processing Platform is the unique advantage the company provides to its customers. It comprises the innovative technologies the comp...
Mercury Systems, Inc. (Mercury) is a technology company that delivers mission-critical processing to the edge - where signals and data are collected - to solve the most pressing aerospace and defense challenges.
Mercury’s products and solutions are deployed in more than 300 programs and across 35 countries. The company has over 20 locations worldwide.
The Mercury Processing Platform is the unique advantage the company provides to its customers. It comprises the innovative technologies the company has developed and acquired for more than 40 years that bring integrated, mission-critical processing to the edge. The company’s processing platform spans the full breadth of signal processing—from radio frequency (‘RF’) front end to the human-machine interface—to rapidly convert meaningful data, gathered in the most remote and hostile environments, into critical decisions. It allows the company to offer standard products and custom solutions from silicon to system scale, including components, modules, subsystems, and systems and it embodies the customer-centric approach the company takes to delivering capabilities that are mission-ready, trusted and secure, software-defined, and open and modular.
As a leading manufacturer of essential components, products, modules and subsystems, the company sells to the top U.S. and European defense prime contractors, the U.S. government and original equipment manufacturers (‘OEM’) commercial aerospace companies. The company’s mission-critical products and solutions are deployed by its customers for a variety of applications, including sensor and radar processing, electronic warfare, avionics, weapons, and command, control, communications, and intelligence (‘C4I’). Mercury has built a trusted, robust portfolio of proven capabilities, leveraging the most advanced commercial silicon technologies and purpose-built to exceed the performance needs of the company’s defense and commercial customers. Customers add their own applications and algorithms to the company’s specialized, secure, and innovative products and pre-integrated solutions. This allows them to complete their full system by integrating with their platform, the sensor technology and, increasingly, the processing from Mercury.
The company’s deep, long-standing relationships with leading high-tech and other commercial companies, coupled with the company’s targeted research and development (‘R&D’) investments and industry-leading trusted and secure design and manufacturing capabilities, are the foundational tenets of this highly successful model. The company is leading the development and adaptation of commercial technology for aerospace and defense solutions. From chip-scale to system scale and from data, including RF to digital to decision, the company makes mission-critical technologies safe, secure, affordable and relevant for the company’s customers.
The company’s capabilities, technology, people and R&D investment strategy combine to differentiate Mercury in the company’s industry. The company maintains its technological edge by investing in critical capabilities and intellectual property (‘IP’ or ‘building blocks’) in processing, leveraging open standards and open architectures to adapt quickly those building blocks into solutions for highly data-intensive applications, including emerging needs in areas such as artificial intelligence (‘AI’).
Business Strategy
Mercury’s business strategy is based on a differentiated market position: the company makes trusted, secure, mission critical technologies profoundly more accessible to the aerospace and defense industry. The Mercury Processing Platform serves customers with cutting-edge commercial technology innovations, purpose built and mission-ready for aerospace and defense applications. The company has two models within the business: a product model and a solutions model, which have different approaches for innovation and go-to-market. In the company’s product businesses, the company invests in internal R&D to develop new capabilities that can be leveraged by multiple customers and support a wide variety of mission areas and applications. In the company’s solutions business, the company engages with customers to develop capabilities that meet exacting mission requirements and retire risk in a development phase before entering a production phase that can last many years and include numerous technological evolutions. The company’s businesses are complementary and synergistic, as they are organized within a single integrated operating unit, leverage common human and capital resources, and share IP to accelerate innovation across the company’s offerings.
The company’s structure is aligned and optimized to execute against these different business models. In 2024, the company reorganized to streamline and simplify operations, consolidating two divisions into a single integrated structure that unified all lines of business and matrixed business functions. The company’s U.S.-based businesses are aligned into two product-oriented business units – Signal Technologies and Processing Technologies –and a third business unit focused on more comprehensive solutions – Integrated Processing Solutions. A fourth business unit is dedicated to bringing the company’s advanced edge processing capabilities to the international market, with facilities in the U.K., Spain, and Switzerland. The company’s Engineering, Operations, and Mission Assurance organizations are also centralized to drive performance excellence. The company’s Advanced Concepts Group, combined with the company’s integrated Growth organization and the office of the Chief Technology Officer are focused on innovation and ensuring that the company’s Processing Platform continues to solve its customer's most challenging processing requirements into the future.
Solutions and Products
The company has built the most trusted, proven, contemporary portfolio of solutions and sub-systems that are purpose-built to meet or exceed the company’s customers’ most pressing processing needs. The Mercury Processing Platform now has an end-to-end suite of mission-critical processing technologies, comprising:
Signal: Microwave and mixed-signal technology for analog and digital signal processing, including frequency conversion, signal conditioning/routing, digitization, and low-latency FPGA processing.
Compute: State-of-the-art digital data processing to ensure decision advantage, ranging from general purpose to tailored coprocessors, with high-performance CPU and GPU architectures.
Data Management: Data and video recording, storage, and encryption to mitigate cyber vulnerability; connectivity and communications control to securely and efficiently share mission data.
Display: Products and technologies that integrate the human and machine to speed decision-making for mission execution.
Secure: Security engineering to ensure system wide integrity and protect Critical Program Information, IP and sensitive data–including securing boot, key management, attack countermeasures and memory management.
The company delivers technology at the intersection of the high-tech and defense industries, underpinned by key differentiators that set the company apart in the market: Mission-Ready; Trusted and Secure; Software-Defined; and Open and Modular.
Mission-Ready: Fit for purpose to meet the demanding needs of the company’s customers’ missions. Advanced thermal management and rugged packaging technology ensures optimal performance and reliable operation in the most challenging environments on Earth and beyond. The company delivers extended reliability and dependability through thermal management, component selection, environmental protection and testing.
Trusted and Secure: A trusted supply chain, with products designed and manufactured onshore. Advanced cryptography, secure boot and physical protection technologies like the company’s BuiltSECURE technology can mitigate reverse engineering, deliver cyber resiliency and safeguard confidential data and IP against adversarial threats, even when a system has been compromised. The company also designs safety-certifiable BuiltSAFE processing systems up to the highest design assurance levels.
Software-Defined: Software enabled hardware for future proofing, rapid scaling, ease of maintenance and affordability. Flexible hardware architectures that are reconfigurable and upgradeable with software to extend the life of the company’s systems and the platforms they are deployed on. The company’s model-based systems engineering (‘MBSE’) design approach aims to significantly decrease the time and cost involved in developing and deploying military and aerospace platforms.
Open and Modular: ‘Plug and play’, upgradeable and scalable. A modular, open, systems architecture (‘MOSA’) approach to system design maximizes technology reuse to dramatically reduce development time and cost. This open systems approach mitigates obsolescence risk while emphasizing commonality, interoperability and sustainability across platforms and domains.
The Mercury Processing Platform is designed to meet the full range of requirements in compute-intensive, signal processing, image processing and command and control applications. To maintain a competitive advantage, the company seeks to leverage technology investments across multiple lines of business. Examples of hardware products include small, custom microelectronics, embedded sensor processing subsystems, RF and microwave components, modules and subsystems, rugged servers and avionics mission computers.
The company’s products are typically compute-intensive and require extremely high bandwidth and high throughput. These systems often must also meet significant size, weight and power (‘SWaP’) constraints for use in aircraft, unmanned aerial vehicles (‘UAVs’), ships and other platforms and be ruggedized for use in harsh environments. They are primarily used in both commercial aerospace applications, such as communications and ground radar air traffic control, as well as advanced defense and intelligence applications, including space-time adaptive processing, synthetic aperture radar, airborne early warning, command, control, communication and information systems, mission planning, image intelligence and signal intelligence systems. The company’s products transform the massive streams of digital data created in these applications into usable information in real time. The systems can scale from a few processors to thousands of processors.
The company groups its products into the following categories:
Components. Components represent the basic building blocks of an electronic system. They generally perform a single function, such as switching, storing or converting electronic signals. Some examples include power amplifiers and limiters, switches, oscillators, filters, equalizers, digital and analog converters, chips, MMICs (monolithic microwave integrated circuits) and memory and storage devices.
Modules and Subassemblies. Modules and sub-assemblies combine multiple components to serve a range of complex functions, including processing, networking and graphics display. Typically delivered as computer boards or other packaging, modules and sub-assemblies are usually designed using open standards to provide interoperability when integrated in a subsystem. Examples of modules and sub-assemblies include embedded processing boards, switched fabrics and boards for high-speed input/output, digital receivers, graphics and video, along with multi-chip modules. Additional examples include integrated radio frequency and microwave multi-function assemblies and radio frequency tuners and transceivers.
Integrated Solutions. Integrated solutions bring components, modules and/or sub-assemblies into one system, enabled with software. Subsystems are typically, but not always, integrated within an open standards-based chassis and often feature interconnect technologies to enable communication between disparate systems. Spares and replacement modules and sub-assemblies are provided for use with subsystems sold by the company. The company’s subsystems are deployed in sensor processing, aviation and mission computing and C4I applications.
By providing pre-integrated subsystems to the company’s customers, the company enables them to rapidly and cost-effectively port and adapt their applications to changing threats. This approach also saves the company’s customers valuable time and expense, as their initial costs to integrate modules and components typically far exceed the costs of the individual product procurement. This benefit continues over time because the company is continually investing R&D into its products. This allows the company to provide its customers the latest technologies in the company’s pre-integrated subsystems faster than they can typically do it themselves. This is a better business and technology model to operate within, as it continues to provide value and benefits to the company and its customers over time.
The company engages with global tech leaders to align technology roadmaps and deliver cutting-edge computing in scalable, field-deployable form factors that are fully configurable to each unique workload. The company uses the latest Altera server-class processing products, AMD Field Programmable Gate Arrays (‘FPGA’), as well as NVIDIA GPU products in the company’s embedded high-performance processing technologies. While this multi-computing and embedded processing technology is one of the company’s core capabilities, the SWaP constraints inherent in high-performance embedded processing applications create unique challenges. For example, to address customer needs for faster signal conversion in radar, communications, electronic warfare, signals intelligence, and industrial applications, in the past year the company introduced several products powered by Altera's most advanced Agilex 9 Direct RF FPGA chips that allow radio frequency signals to be directly digitized at the antenna, eliminating the analog signal down conversion stages required by legacy hardware.
Embedded systems security has become a requirement for new and emerging military programs and the company’s security solutions are a critical differentiator from the company’s traditional competition. These security solutions, combined with the company’s next-generation secure Intel server-class product line, together with increasingly frequent mandates from the government to secure electronic systems for domestic and foreign military sales, position the company well to capitalize on the U.S. Department of Defense (‘DoD’) program protection security requirements. Finally, the company’s built-in security framework creates higher product differentiation, and drives greater program velocity, while lowering risk.
Open Standards Support
Mercury has a long history of driving modular open systems architectures and has remained committed to creating, advancing and adopting open standards for all the company’s products, from the company’s smallest components and connectors to the company’s largest, high-performance, integrated multi-computer systems. With over forty years of technology leadership within the high-performance embedded computing industry, the company has pioneered or contributed to the development of many of the defense industry’s current and emerging open standards, including standards such as RACEway, RapidIO, VXS, VPX, REDI and notably OpenVPX. These open standards allow system integrators to benefit from the interoperability of modules produced by multiple vendors. The company also continues to be influential in the industry-standards organizations associated with the company’s market segments. As a member of the VMEbus International Trade Association (‘VITA’), the Sensor Open Systems Architecture (‘SOSA’) initiative, the Future Airborne Capability Environment (‘FACE’) consortium and the Vehicular Integration for C4ISR/EW Interoperability (‘VICTORY’) consortium, among other standards bodies, Mercury is helping to guide the aerospace and defense industry toward greater openness and vendor interoperability, consistent with the DoD’s focus on using MOSA in major programs.
The company’s software is based on open standards and includes heterogeneous processor support with extensive highly-optimized math libraries, multi-computing switch fabric support, net-centric and system management enabling services, extended operating system services, board support packages and development tools. This software platform delivers on the performance required for highly tuned real-time operation with the flexibility of open standards that are an essential ingredient of technology insertion and software life-cycle support.
As the U.S. government mandates more outsourcing and open standards, a major shift is occurring within the defense prime contractor community towards procurement of integrated subsystems that enable quick application-level porting through standards-based methodologies. The company’s core expertise in this area is well aligned to capitalize on this trend. By leveraging the company’s open architecture and high-performance modular product set, the company provides defense prime contractors with rapid deployment and quick reaction capabilities through the company’s professional services and systems integration offerings. This results in less risk for the defense prime contractors, shortened development cycles, quicker solution deployment and reduced life-cycle costs.
The company is investing in digital transformation, insider trust, cybersecurity, supply chain management and trusted microelectronics, all integral to the company’s commitment to being a leader in delivering uncompromised solutions to the company’s customers.
Market Opportunity
Mercury serves a large and growing global defense technology market with strong tailwinds from the current defense super-cycle and secular growth targets. The company is focused on the Tier 2 and Tier 3 defense technology market, which continues to grow at a faster rate than the expected increase in total U.S. defense spending.
The primary demand drivers for the company’s unique capabilities include: an increased commitment to defense spending by the U.S. allies in light of the dynamic threat environment in Europe and Asia; ongoing modernization of legacy defense platforms to maintain relevance in the current near-peer threat environment; increasing electronification of next-generation defense systems, where electronics are driving capability enhancements on next-gen programs; outsourcing and delayering from the government and prime customers seeking to access innovation from smaller players like Mercury; and a focus on open systems, which allow customers to upgrade capabilities more rapidly and efficiently and better leverage advances in commercial technology such as AI-powered processing.
The company’s market opportunity is defined by the growing demand for domestically designed, sourced and manufactured electronics for critical aerospace, defense and intelligence applications. The company’s primary market positioning is centered on making commercially available technologies profoundly more accessible to the aerospace and defense sector, specifically as it relates to C4I systems, sensors and EW; and commercial markets, which include aerospace communications and other computing applications. The company is well-positioned in growing sustainable market segments of the aerospace and defense sector that rely on advanced technologies to improve warfighter capability and provide enhanced force protection capabilities. The acquisitions of the carve-out business from Microsemi Corporation, Delta Microwave LLC, Syntonic Microwave LLC, Pentek Technologies LLC, and Atlanta Micro, Inc., further improved the company’s ability to compete successfully in these market segments by allowing the company to offer an even more comprehensive set of closely related capabilities. The CES Creative Electronic Systems, S.A., Richland Technologies, LLC, GECO Avionics LLC, American Panel Corporation, Physical Optics Corporation, and Avalex Technologies LLC acquisitions provided the company new capabilities that substantially expanded the company’s addressable market into defense platform management, mission computing and commercial aerospace markets that are aligned to the company’s existing market focus. The additions of Themis and Germane provided the company with new capabilities and positioned the company with a significant footprint within the rugged server business. The company’s organic investments, as well as the acquisitions of LIT, the Microsemi Carve-Out Business, Athena, and Star Lab added to the company’s portfolio of embedded security products that can be leveraged across the company’s business.
The company has established long-standing relationships with defense prime contractors, the U.S. government and other key organizations in the defense industry over the company’s 30 years in the defense electronics industry. The company’s top customers include Airbus, BAE Systems, Boeing, General Atomics, General Dynamics, L3Harris Technologies, Leonardo, Lockheed Martin Corporation, Northrop Grumman Corporation, RTX Corporation and the U.S. Navy.
Research and Product Development
The company’s total expenditures for research and development amounted to $67.6 million in the year ended June 27, 2025 (fiscal year 2025).
Customers
RTX Corporation comprised 13% of the company’s revenues in fiscal year 2025. Lockheed Martin comprised 10% of the company’s revenues in fiscal year 2025. The United States Navy comprised 10% of the company’s revenues in fiscal year 2025. L3Harris accounted for less than 10% of the company’s revenues in fiscal year 2025. Northrop Grumman accounted for less than 10% of the company’s revenues in fiscal year 2025.
History
The company was founded in 1981. It was incorporated in Massachusetts in 1981. The company was formerly known as Mercury Computer Systems, Inc. and changed its name to Mercury Systems, Inc. in 2012.
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