The Global Command and Control Software Market is expected to grow at a CAGR of 7.31% to reach a Market Size of US$ 4.05 Billion in 2027 from a value of US$ 2.65 Billion in 2021. The Market offers lucrative opportunities for the key players as a result of the focus of the developed economies on the upgradation and modernization of their defence facilities and the impact of advanced technologies in the momentum towards innovating military technologies.
- Definition / Scope
- Market Overview
- Market Risks
- Top Market Opportunities
- Market Drivers
- Market Restraints
- Industry Challenges
- Technology Trends
- Regulatory Trends
- Post COVID Recovery
- Market Size and Forecast
- Market Outlook
- Technology Roadmap
- Competitive Landscape
- Competitive Factors
- Key Market Players
- Strategic Conclusion
- Further Reading
Definition / Scope
The command-and-control system refers to the structures, infrastructure, equipment, and procedures that the commander needs to plan, administer, and control operations (C2 system). The command-and-control system is made up of three main components: humans, information, and the support network for command-and-control systems, which includes software, hardware, and applications.
It gives the commander complete, accurate, continuous, and real-time data, allowing him to figure out what needs to be done and take the appropriate action. Command and control systems let organizations or commanders on the battlefield plan and execute crucial missions more efficiently. A command-and-control system is a collection of facilities, equipment, communications, procedures, and hardware used to carry out military operations and activities.
The position entails developing concepts, deploying soldiers, allocating resources, and supervising. It assists military organizations in organizing, directing, and controlling operations-assigned units, as well as enhancing individual performance. In a complex multi-threat environment, automated combat direction systems are used because they allow modern warfare to deal with a large number of targets and quick reaction times. As geopolitical tensions between countries rise, the need for situational awareness in military and law enforcement agencies grows.
This is one of the main reasons for the increased demand for command-and-control systems to track combatant ships, aircraft, and missiles. Communications, data collecting, and processing, as well as detection and warning, are all carried out by Earth-observation satellites. Among other procedural and technological responsibilities, it may coordinate supporting armaments, handle air traffic, and fire control weapons systems.
During the projected period, the market for command and control (C2) systems is expected to grow at a CAGR of more than 7.31 percent in the forecast period to reach a Market Size of USD 4.05 Bn in 2027 from a Market Value of USD 2.65 Bn in 2021.
The market is being driven by an increase in terrorist activities, as well as the increased usage of the command-and-control system not only in military operations but also in industrial chores. In addition, increased demand for situational awareness in the defense, security, and surveillance sectors, as well as law authorizations, infrastructure, and manufacturing sectors, has fueled demand for command-and-control systems in the Asia Pacific area.
Furthermore, rising rivalry has boosted awareness of technical advantages such as sharing of facts, situation appraisal, and operational management, and rapidly advancing military technology is expected to drive market growth. However, increased fears of cyber-attacks and the high cost of command-and-control systems are two important challenges that could stifle industry growth.
Technology benefits such as real-time information sharing and situational awareness are provided by command-and-control systems, which boost military operations’ operational capabilities. Over the forecast period, the market is likely to be driven by the growing deployment of C2 systems in the commercial sector, as well as manufacturing, transportation, and other industries, to successfully manage mission-critical circumstances.
The land-based command and control systems sector now has the largest market share of all segments due to its widespread use on the battlefield. As a result of growing military operations around the world as a result of multiple geopolitical issues and the expansion of terrorist and hostile actions, the demand for fixed-base control centres and land-based command headquarters has increased.
C2 systems mounted on land-based vehicles have also gotten a lot of attention since they function as a communication link between troops and ground station personnel on the battlefield. The market for command-and-control systems is expected to grow rapidly in Asia-Pacific, where C2 system procurements are increasing at a quicker rate than ever before.
These countries are working on a number of aerial, ground, space, and maritime modernization projects. They are likely to make significant investments in C2 systems in order to increase communication between these platforms. Because the bulk of the countries in the region are still using Soviet-era systems, C2 system acquisition is expected to increase in the future years. However, the space-based C2, which now accounts for the smallest percentage of all segments, is expected to grow significantly.
The expansion of space-based C2 systems is primarily due to interest in geospatial systems, which enable superior C2 operations with faster response times. The growing requirement for interoperability between security systems and other devices is one of the key factors driving the Command-and-Control System Market development rate. The rise in the upgrading of current military infrastructure, which encourages the industry’s revenue growth, is another significant driving factor in the Command-and-Control System Market.
Some of the market growth-supporting elements for command-and-control systems to improve their countries’ security include increased usage of space-based command and control infrastructure for greater connectivity and mission support. The market for command-and-control systems is expanding as businesses in rising economies such as India, Brazil, and China invest more in new product development. An increase in spending on public safety and transportation is one of the primary driving factors supporting the growth of the market for command-and-control systems revenue rate during the forecast period.
The Major Risk Factors posing threat for Market Growth include
Volatility in geopolitical and economic environment
As most A&D firms have a global presence, the geopolitical and economic conditions in their core markets have a considerable impact on their operational and financial performance.
Terrorist activity is on the rise across the globe, particularly in the Middle East, Africa, and Asia. In the Middle East and North Africa, unpredictable geopolitical situations are contributing to higher danger levels, instability, and border ambiguity, as well as increased migration and risks to persons and assets.
Countries are increasing defense and homeland security spending, with a focus on intelligence, detection, and monitoring, as a result of the continued need to monitor and secure borders. A slowdown in any of the important markets for A&D companies, on the other hand, might result in tighter credit markets, poor liquidity, and significant volatility in credit, currency, commodity, and equity markets.
Compliance with a wide range of regulations and restriction
Because A&D businesses’ clientele include government and defense agencies, they must operate in a highly regulated environment. As a result, A&D firms are subjected to increased scrutiny in terms of bribery and corruption.
Changes in accounting and revenue recognition regulations can pose a risk to A&D players. For contracts that don’t qualify for revenue recognition over time, A&D players would have to recognize revenue at a single moment in time under Accounting Standards Codification Topic 606.
The Command-and-Control Systems Market is largely fragmented, with a number of conglomerates and medium-sized and small start-up companies accounting for the majority of global market share. Lower entry barriers, a lack of economies of scale, and fierce market competition are all factors contributing to the Global Land Battle Management System industry fragmentation. Businesses with lower margins and higher costs will benefit from a fragmented market. When interacting with other countries, they also lack the benefit of size.
Top Market Opportunities
The Major Opportunities for Market Players in the Global Command-and-Control Software Market include
Real-time Data Collection and Distribution
Improved system reliability is a critical component in any country’s decision to use Command and Control Systems. Advanced data distribution units are being used to help capture and deliver real-time situational intelligence across a variety of defense platforms, including combat vehicles and command centres. Additionally, the utilization of GPS tools to provide an overall view of the battlefield provides critical information for mission planning and control. BMS is conducting research and development to improve its overall capabilities in the area of supplying secure communication and weapon integration.
For instance, General Dynamics created a power management system for TACLANE-FLEX in March 2020, which allows for safe communication across the battlefield. The new version gives you more control over the power usage of your communication device in tactical and strategic circumstances.
SATCOM (Satellite Communication)
Commercial wireless network standards are constantly evolving, from 2G/3G to 4G, and now 5G-enabled systems are being used. Due to these transitions, wireless network operators confront a slew of challenges as they migrate their networks from one generation to the next. Military personnel should upgrade the traditional system whenever new standards and norms are put into the market. The incorporation of Software Defined Radio (SDR) chips in CSISR army equipment, on the other hand, may be able to solve this migration challenge, as only software upgrades will be required to transfer to the new network.
The Indian Ministry of Defense (MoD) and Bharat Electronics Limited (BEL) inked a contract for Rs 1,000 crores in February 2021 for the acquisition of Software Defined Radio Tactical Systems (SDR-Tac). It’s a ship-borne SDR system with four channels, multiple modes, and multiple bands. For network-centric operations, it will support ship-to-shore, ship-to-air, and ship-to-ship voice and data communication.
The Primary Factors driving the growth of the Global Command-and-Control Software Market include
Surge in global armed conflicts
Military operations rely on mission-critical information being relayed to the command center in real time. The US Air Force has awarded Raytheon (an aerospace and military corporation headquartered in Massachusetts, US) a 117-million-dollar order for the development of a nuclear command and control communication system known as the global aircrew strategic network terminal (ASNT). To enable encrypted communication between nuclear forces like as strategic bombers, missiles, and surveillance planes, the global ASNT system will use extremely high frequency (EHF) and enhanced EHF waveforms. The global command and control systems market is likely to benefit from advancements in advanced command and control communication terminals.
Rise in adoption of command & control system in non-military applications
Command and control systems are used extensively in industries such as railways, healthcare, and aviation. For example, in 2020, Rail Delivery Group (a British rail industry membership body made up of British rail companies headquartered in London, UK) announced an open contract worth approximately 660 million USD through its subsidiary HS2 Ltd. (a company developing and promoting a new high-speed railway network in the United Kingdom) to design and supply a command-and-control system as well as a traffic management system for its future high-speed railway network. The global command and control systems industry is likely to be driven by non-military applications of command-and-control systems.
Surging requirement for situational alertness in military
The global market is expected to rise because to a growing demand for situational alertness in the military, security and surveillance, law enforcement, utilities, and manufacturing industries, as well as an alarming increase in terrorist activities. In military duties, command and control technology enable continuous real-time battlefield information input and provide awareness, which improves military exercise operating efficiencies. Furthermore, increasing global knowledge of the technical benefits, such as information interchange, situation evaluation, and operational management, is likely to increase demand for the target market. Furthermore, rapid defense technology innovation and escalating regional conflicts are expected to encourage the military and defense sector’s deployment of these systems
The Key Factors restraining the growth of the Global Command-and-Control Software Market include
On a worldwide basis, an increase in the number of significant actors is expected to exacerbate the difficulty. Increasing competition is also expected to reduce costs and accelerate the development of technologically superior command and control systems over the forecasted time range. Organizations actively participate in R&D exercises in order to develop effective solutions that can meet the military and defense sector’s needs.
High Cost Associated with Design and Development
CSISR systems make modern combat easier to understand. The design, development, and installation of these systems are all quite expensive. It has the potential to stifle market expansion. It necessitates the use of a variety of command-and-control systems, air defence systems, intelligence, surveillance, and reconnaissance (ISR) systems, as well as other systems. These systems are expensive to create, launch, and maintain. As a result, the time and expense necessary for the development and deployment of these systems are stifling the global market’s growth.
The Major Challenges for Market Players in the Global Command-and-Control Software Market include
Obsolete communication technology infrastructure
Command and Control Systems take data from portable sensors, electro-optic sensors, and radars, among other sources. The volume and size of data created by these sources is tremendous, posing considerable transmission and storage issues. The transmission and distribution of such a large amount of data has an impact on real-time processing speeds and may cause damage to the decision-making process, jeopardizing the military’s ability to carry out missions.
To improve real-time communication, a sophisticated communication technology infrastructure based on big data and efficient data centres is necessary. Such infrastructure necessitates a significant investment, which is a significant issue for the battlefield management sector.
Depreciated expenditure and uncertain financial condition
According to Regma Market Insights, the top 15 countries account for 84% of the total global Defense Budget, while the remaining 16% of the global defense budget is contributed by the other 180 countries.
They are focusing on developing their defense infrastructure but are still significantly lagging their developed counterparts and is primarily due to the factor that majority of these countries are not war-torn and are classified as the Armed Neutrals (the states that makes no alliance with either side in a war), also these countries tend to fund their economic growth and hence the investments coming into the Land Battle Management System is mainly flowing from the top 15 countries and can be limited hence affecting the growth of the Global Land Battle Management System Market.
The Technology Trends shaping the future of the Global C2 Software Market are
The Internet of Things (IoT), also known as the Internet of Military Things (IoMT), is a network of sensors, wearables, and devices that use cloud networks and edge computing to calculate data storage closer to the point of use and improve response times, resulting in a more effective and informed fighting force. Future troops will be able to spot potential dangers and monitor physical and mental metrics, transforming them into systems or hubs. The IoMT emphasizes the term “connected soldier” by utilizing capabilities that allow him or her to link to a variety of platforms, including ships, planes, tanks, and unmanned vehicles.
Artificial intelligence (AI)
AI will unavoidably be at the forefront of future army modernization, by developing more precise algorithms that allow a computing device to learn as it analyses data, such as facial recognition, which might be used to distinguish civilians from potential enemies. AI will play a critical role in command and control (C2) operations like as firing orders and Manned-Unmanned Teaming as robotic unmanned ground vehicles (UGVs) become more common (MUM-T).
Regulation is shaping the future of Command-and-Control Software Market and some of them include
Regulation in the USA
The Defense Production Act is the principal source of presidential authority for accelerating and expanding the supply of products and services from the United States’ industrial base that are required to support national defense. Emergency preparedness activities conducted under title VI of the Stafford Act, the protection or restoration of critical infrastructure, and efforts to prevent, reduce vulnerability to, minimize damage from, and recover from acts of terrorism within the United States are all supported by DPA authorities. Authorities granted under the DPA can be used to:
Require acceptance and preferential performance of contracts and orders under DPA. (Federal Priorities and Allocations System (FPAS))
Provide financial incentives and assistance for U.S. industry to expand productive capacity and supply needed for national defense purposes;
Provide antitrust protection for businesses to cooperate in planning and operations for national defense purposes, including homeland security.
Regulation in the Europe
The European Defense Action Plan (EDAP) was unveiled by the European Union on November 30, 2016.The concept offers a European Defense Fund as well as other initiatives to assist Member States (MS) achieve more effective cooperative defense spending. The EDAP, which was announced in the 2016 Commission work programme, builds on the July 2013 statement “Towards a more competitive and efficient defense and security sector,” as well as the December 2013 European Council conclusions.
The Commission published a Communication on the Launch of the European Defense Fund on June 7, 2017. The Fund is divided into two sections:
Research: €90 million will be spent on research through the end of 2019, with €25 million set aside for 2017; and €500 million every year beyond 2020.
Development and acquisition: The EU will provide co-financing in the amount of €500 million for 2019 and 2020 under a specific defense and industrial development programme, and €1 billion per year after 2020.
Regulation in China
Defense-related activities are overseen by the state as a whole. Defense research and production are under the supervision of the state, which has a cohesive leadership and a well-planned strategy. Defense research and production, as well as defense expenditure and assets, are all managed by the State Council.
The CMC approves the armed forces’ military equipment system as well as military equipment development plans and programme, as well as leading and administering defense research and production in collaboration with the State Council and jointly managing defense outlays and assets. To ensure the acquisition of weapons and other war materials, the state uses a state military supplies order system. For defense spending, the state uses a financial allocation method.
It determines the size, structure, and location of defense assets, as well as their adjustment and disposal, in accordance with national defense and economic development requirements.
Regulation in India
The current ‘Defense Production and Export Promotion Policy (DPEPP) 2020′ is positioned as the Ministry of Defense’s overall guiding document, with the goal of providing a focused, systematic, and considerable boost to the country’s defense production capabilities for self-reliance and exports.
According to the DPEPP 2020, To attain a turnover of Rs 1.75 trillion ($25 billion) by 2025, including exports of Rs 35,000 crore ($5 billion) in aerospace and defense goods and services
The Focus areas of the DPEPP 2020 include
- Procurement Reforms
- Indigenization & Support to MSMEs/Startups
- Optimize Resource Allocation
- Investment Promotion, FDI & Ease of Doing Business
- Innovation and R&D
- DPSUs and OFB
- Quality Assurance & Testing Infrastructure
- Export Promotion
Post COVID-19 Recovery
Lockheed Martin Corporation (US), Northrop Grumman Corporation (US), Thales Group (France), Collins Aerospace (US), Leonardo SPA (Italy), BAE Systems (UK), Atos SE (France), Saab AB (Sweden), Aselsan (Turkey), Elbit Systems (Israel), and L3Harris Technologies (US) are among the major players in the Command-and-Control Systems market.
These companies operate in a variety of countries, including North America, Europe, Asia Pacific, the Middle East, and the Rest of the World. COVID-19 has also had an influence on their enterprises. COVID-19, according to industry experts, could have a global impact of 5-10% on Command-and-Control Systems by 2020.
COVID-19’s rapid spread in Europe, the United States, and Asia Pacific has resulted in a considerable reduction in overall defense budget allocations, as well as waning enthusiasm in military modernization plans around the world. Due to late deliveries, factory shutdowns, and limited availability of equipment, demand for Command-and-Control Systems has remained stable globally, resulting in a decline in revenues for various Command and Control System providers across all markets. According to industry experts, worldwide Command and Control System demand is expected to fully recover by 2022.
Market Size and Forecast
The global Command and Control Systems market was valued at 2,657.69 million USD in 2021 and will grow with a CAGR of 7.31% from 2021 to 2027 to reach a Market Size of USD 4,058.32 Million in 2027.
Land-Based Platform to Have a Significant Market Share During the Forecast Period
Due to its widespread use in the battlefield, the land-based command and control systems segment currently has the biggest market share of all segments. The demand for fixed base control centres and land-based command headquarters has increased as a result of increased military operations around the world as a result of numerous geopolitical challenges and the growth of terrorist and hostile actions. In addition, land-based vehicle-mounted C2 systems have received far more attention.
On the battlefield, they serve as a communication link between troops and ground station personnel. However, the space-based C2, which now has the smallest proportion of all the segments, is predicted to increase rapidly. The interest in geospatial systems, which allow superior C2 operations with faster response times, is driving growth in space-based C2 systems.
C2 Systems Market in Asia-Pacific to Register the Highest CAGR During 2021 to 2027
In Asia-Pacific, where C2 system procurements are expanding at a faster rate than ever before, the market for command-and-control systems is predicted to grow at a fast rate. Several airborne, ground, space, and marine modernization programme are underway in these countries.
They are likely to invest heavily in C2 systems in order to improve communication between various platforms. Because the majority of the countries in the region are still utilizing Soviet-era systems, upgrading is projected to boost C2 system acquisition in the coming years.
The acquisition of C2 systems is likely to rise across the area as geopolitical tensions in the South China Sea and border difficulties in various nations increase. China, Japan, and India are just a few of the Asia-Pacific countries that are heavily investing in C2 systems.
The global Command and Control Systems market was valued at 2,657.69 million USD in 2021 and will grow with a CAGR of 7.31% from 2021 to 2027 to reach a Market Size of USD 4,058.32 Million in 2027.
During the forecast period, the command-and-control segment will see the most increase. The increased demand for Internet of Things (lot)-based systems and modern military warfare across the globe is related to the growth. Due to escalating political conflicts and disputes, particularly among Asian countries, the electronic warfare industry is expected to increase significantly.
In 2020, the product segment had the largest CSISR market share. The increased integration of electronics in military equipment, as well as the creation of innovative items, are credited with the growth. During the period 2021-2028, the services segment will increase at a rapid pace. This increase can be attributed to the growing need for system customization and Internet of Things (lot)-based services in military operations.
In 2020, North America led the market. The United States’ dominance in this region is owing to increased spending on ground, naval, and airborne systems by the country. Market growth would be driven by key companies such as General Dynamics Corporation, Northrop Grumman Corporation, Lockheed Martin Corporation, and L3Harris Technologies Inc.
Due to huge increases in military spending in nations such as China, India, South Korea, and others, the Asia-Pacific region is likely to develop the fastest. Market growth would be fueled by increased political tensions, cross-border challenges, and terrorism across Asia Pacific. A conflict between Taliban and the Afghanis in Afghanistan in August 2021 will exacerbate political tensions between the two countries.
Future Military modernization systems must adapt to the battlefield, and with the constant shifting of geographical locations, having trustworthy battlefield intelligence can be problematic. Unmanned systems (ground, maritime, and aerial) are particularly useful in allowing ground personnel to conduct better ISR in real time (Intelligence, Surveillance, Reconnaissance). When compared to human systems, such sensors can operate on a wide range of platforms at a low cost.
MUM-T activities will also soon become a reality, whether to support logistics or to engage in combat operations to remove soldiers from harm’s way, as previously said. Swarms of small autonomous vehicles are also being studied as a way to overwhelm enemy defenses. Soldiers’ combat capabilities are being enhanced as such systems are increasingly replaced with digital soldier systems.
The market is highly fragmented, with many firms offering a wide range of items. Some of the market’s major companies include L3Harris Technologies Inc., Lockheed Martin Corporation, Thales Group, Raytheon Company, and Collins Aerospace (United Technologies Corporation). C2 system suppliers find it challenging to keep up with breakthrough technology due to the large expenditure required. Nonetheless, the growing demand for advanced C2 systems is compelling players to increase their R&D investments in this area, in order to stay ahead of the competition through innovation.
Key Market Developments
Partnerships, Collaborations, and Agreements
In 2022, BAE Systems will earn a $ 164 million design contract for the Vertical Launch System from the United States Navy in 2021. BAE Systems will design, develop, test, improve, and maintain current and historical VLS systems under the terms of the contract.
In 2021, A $ 72.8 million contract has been awarded to General Dynamics Mission Systems to retrofit knifefish surface mine countermeasure UUVs.
Mergers and Acquisitions
In 2020, BAE Systems has finalized its acquisition of Raytheon Technologies Corporation’s Collins Aerospace Military Global Positioning System (GPS) division, adding decades of experience, innovative technology, and a large installed base of products to the company.
Product Launches and Product Expansions
In 2021, Romania is set to be the first country to deploy the latest version of Raytheon Missiles & Defense, a Raytheon Technologies business, Patriot air and missile defense system.
The competitive landscape of the industry shows that a few companies, like as BAE Systems, Thales Group, Northrop Grumman Corporation, Lockheed Martin Corporation, and others, dominate the market. The dominance of these organizations can be attributed to a wide product portfolio of innovative solutions, increasing investment in R&D, and strategic acquisitions.
For Instance, In April 2021 Booz Allen Hamilton was chosen by the US Army to create a Rainmaker solution for the Joint All Domain Command & Control (JADC2) concept. It will allow data to be shared across all military domains in the United States, including land, air, sea, space, and cyberspace.
Key Market Players
The Key Players in the Global Land Battle Management System include
Saab AB is a Swedish corporation that provides a wide range of products and services, from military defense to public security. Six business areas make up the Company’s operations. Aeronautics covers civil and military aviation technology development, such as the Gripen and Unmanned Aerial Systems. Support weapons, missiles, Remotely Operated Vehicles, and signature management systems are all part of the Dynamics product portfolio.
Raytheon Technologies Corporation, originally United Technologies Corporation, is a global aerospace and defense business that develops innovative technologies and services for commercial, military, and government customers. The operations of the company are divided into four main business segments: Collins Aerospace Systems, Pratt & Whitney, Raytheon Intelligence & Space and Raytheon Missiles & Defense segment.
L3Harris Technologies, Inc. previously Harris Corporation, is a technology business that develops and sells products, systems, and services for defense, civil government, and commercial use. It caters to both government and business customers with its products and services. It is divided into four segments: Communication Systems, Space and Intelligence Systems, Electronic Systems and Critical Networks.
|Armament Manufacturer||Revenue (in Million US Dollars)|
|Raytheon Technologies Corporation||27,448|
|L3Harris Technologies, Inc||13,916|
|BAE Systems plc||21,033|
|Elbit Systems Ltd.||4,056|
BAE Systems plc is a corporation that specializes in defense, aerospace, and security. The business is divided into five segments. The Electronic Systems segment includes the Company’s electronics operations in the United States and the United Kingdom. The Cyber & Intelligence section includes the Company’s cyber, secure government, commercial, and financial security activities, as well as its Intelligence & Security business in the United States and its Applied Intelligence business in the United Kingdom. Combat vehicles, weapons, and ammunition are produced by the Platforms & Services (US) section, which has operations in the United States, the United Kingdom, and Sweden.
Rolta India Limited (Rolta) engages in the homeland and maritime security domains with a repository of solutions, Rolta Command & Control is a solution offered by the company that delivers real-time situational awareness via sensor integration, data fusion, visualisation, and response management capabilities. Enterprise Geospatial & Engineering Solutions (EGES) and System Integration & Enterprise IT Solutions are the company’s two segments (EITS).
Leonardo SpA, originally Leonardo Finmeccanica SpA, is an aerospace, defence, and security high-technology firm established in Italy. The company operates in both the domestic and foreign markets, primarily in four countries: Italy, the United Kingdom, the United States, and Poland. Helicopters, Defense and Security, Electronics, Aeronautics, Space, Defense Systems, and Other Activities are among the company’s seven major segments.
Thales SA is a technological corporation based in France. It offers a diverse set of services organised into three categories: aerospace, transportation, and defence and security. Aerospace manufactures onboard electronic equipment to improve flight safety and reliability, as well as civil and military aircraft simulators, onboard connectivity and in-flight entertainment, and onboard equipment and functions for aircraft piloting, navigation, and control, as well as space-related equipment, payloads, satellites, systems, and services.
Elbit Systems Ltd. is a global technology company that works on a variety of projects all over the world. For defense, homeland security, and commercial aviation applications, the company develops and supplies a portfolio of airborne, land, and naval systems and equipment. It installs its systems and products on new platforms and runs platform modernization activities. It also provides a variety of support services.
Command and Control Systems is likely to be a highly competitive and fragmented industry, with a number of tiny start-ups, medium enterprises, and huge conglomerates competing for market share. Increasing need for technical advancement and increased product variety promise significant opportunity for inventive enterprises during the forecasted period.
Combat opportunities would include Command and Control Systems, communication systems, IT architecture, and the like, as well as the most efficient use of resources on the battlefield. This section necessitates a track record of building and implementing solutions in collaboration with the Armed Forces, the end users.
Non-combat defense prospects could include inventory management, defense logistics, e-maintenance of weapons and equipment, such as aero planes, land systems, and vehicles, as well as human resource and financial management.
- C2 – Command and Control
- MSMEs – Micro, Small and Medium Enterprises
- SDR – Software Defined Radio
- COP – Common Operating Picture
- BMS – Battlefield Management System
- A&D – Aerospace & Defense
- MoD – Ministry of Defense
- DPEPP – Defense Production and Export Promotion Policy
- EDAP – European Defense Action Plan
- FPAS – Federal Priorities and Allocations System
- DPA – Defense Production Act
- R&D – Research & Development
- FDI – Foreign Direct Investment
- BMDS – Ballistic Missile Defense System
- CASI – China Aerospace Studies Institute
- C4ISR – command, communications, control, computers, intelligence, surveillance, and reconnaissance
- JADC2 – Joint All Domain Command & Control