Military Wearable Sensors Market Overview
Military Wearable Sensors Market Size Anticipated to reach at by USD 14.29 Billion over 2023-2030, with 6.0 % growth rate over the forecast by 2023-2030
The market is driven by increased spending on military modernization programs and an emphasis on military protection. Besides, increased spending on military modernization programs is also expected to spur market growth.
Military wearables market scope
This study identifies the greater focus on the development of biosensors as one of the main reasons that lead to the growth of the portable sensors market in the coming years.
The report presents a detailed picture of the market through the method of study, synthesis, and summation of data from various sources through the analysis of key parameters.
The military market for portable sensors covers the following areas
Robust vendor analysis is designed to help customers improve their market position, and accordingly, this report provides a detailed analysis of several key military portable sensor suppliers, which include Analog Devices Inc., Arm Ltd., BAE Systems Plc, DuPont of Nemours Inc., Honeywell International Inc., Leidos Holdings Inc., Panasonic Corp., Rheinmetall AG, Safran SA, and Texas Instruments Inc. Besides, the report on a market analysis of the handheld sensor market includes information about future trends and challenges that will affect market growth. This helps companies create strategies and take advantage of all the growth opportunities that lie ahead.
North America is responsible for the largest market size at the time of the forecast
The growth of the portable sensor market in North America will be driven by several factors. One of the most important factors is innovations and technological advances that result in the introduction of new products. The growing demand from consumers and medical applications has also driven the growth of the market in North America. Other factors that promote growth include the increased incidence of chronic diseases.
Military wearable technology competition analysis
Collaborations are being carried out to develop recording and data collection on every individual in the military, recording an acceleration in the global market for military portable sensors. The most attractive market in Europe for the military market of portable sensors, supported by large defense expenditures. France, Germany, and the United Kingdom are likely to occupy a large share of the portable sensor market during the forecast. Asia-Pacific is a growing region for the military market of portable sensors with the largest adoption of IoT technologies for the advancement of its defense industry.
Military wearable market dynamics:Driver: miniature trend in sensors:
ortable devices such as bracelets, body clothes, and glasses are increasingly used in healthcare and consumers. Over time, portable product technology has steadily improved and devices are getting smaller. According to the Irish Times (2015), the trend in the portable ecosystem is slowly shifting from "portable" to "wearable" and, in the next decade, portable devices will be "disappearing". This implies that key players in the portable ecosystem, such as Fitbit, Apple, and Garmin, are constantly striving to deliver cutting-edge innovations in portable products (such as portable devices with maximum functionality and tiny size).
The miniaturization of sensors using microelectronics was essential in the development of portable devices. One of the main obstacles in the adoption of sensing technology, especially for portable electronics, is the size of the sensors. The hardware components collect the physiological and motion data suitable for long-term control applications. The growing use of sensors based on MEMS, nanoelectromechanical systems (NEMS), and CMOS technologies is also another important market.
Support Lack of common standards and interoperability issues
In the current scenario, there are many smart devices connected to the Internet on the market and the number is growing rapidly. Standardization is the main requirement to allow effective communication of sensor information and sensor data. Some companies have created standards for sensory communication. For example, OGC's Sensor Web Enablement (SWE) standards meet the requirement for better communication between sensors in the most complex and very simple applications. SWE standards make it easy to integrate this information into thousands of geospatial applications that implement OGC or other standards.
The lack of common standards for sensory communication also creates interoperability problems. Interoperability and the easy exchange of information between connected devices are crucial to the growth of a portable ecosystem. Currently, the technical and market scenarios for portable technology are not very satisfactory in terms of architectural solutions or universal standards to solve the issue of interoperability. To achieve this, efforts such as understanding the role of security and its importance will be required for companies, organizations, and developers for a considerable time. Therefore, the lack of common standards and interoperability problems limits the growth of the general portable sensor market.
Opportunity:
increase in the number of connected devices
In the last five years, significant changes have taken place in the global internet penetration. Almost a third of the world's population uses the internet now, with higher bandwidth. This has increased the number of smart devices internet-enabled in developing countries. In 2014, the global use of smartphones grew at a rate of about 25%. Smartphones are among the mobile devices widely used in the portable ecosystem and are used primarily to collect and track health and fitness data for groups aged 0 to 9 and 60 and over. Besides, portable technology makes up an important segment of platforms, such as IoT and M2M, and these platforms are the main factors for the increase in the number of connected devices globally.
Problem: Technical problems with hardware and software
As with many new technologies integrated into a system, portable devices witness performance problems related to hardware and software that can hinder their widespread adoption. A common concern the user faces is waterproofing, as sweating or washing can create harmful moisture for portable electronic components. Also, the compact size of the devices can result in limited electrical reserves or small screens and screens. Some of the features related to the weapons crisis have already been published on the market; For example, in 2011, Jawbone's UP product encountered board problems that affected retrieval, data collection, and sometimes overall function. Thus, the factor linked to the technical difficulty of hardware and software in portable devices is a major challenge for the growth of the market of portable sensors.
The study was conducted using an objective combination of primary and secondary information, including contributions from key players in the industry. The report contains a comprehensive view of the market and the supplier, as well as an analysis of the major suppliers.
The report provides a detailed overview of the market in the study, as well as the analysis and evaluation of information from a variety of sources in the analysis of key components such as profit, pricing, competition, and promotion. It presents/displays several aspects of the market, identifying the main influencers in the industry. The data presented are comprehensive, reliable and the result of extensive research - primary and secondary.
This market research report provides a complete competitive landscape and in-depth method of selection and analysis of suppliers through qualitative and quantitative research to predict the accurate market growth.
Military Wearable Sensors Market Industry Developments
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Q2 2024: BAE Systems and Elbit Systems Announce Strategic Partnership to Develop Next-Generation Military Wearable Sensors BAE Systems and Elbit Systems announced a new partnership to co-develop advanced wearable sensor technologies for military applications, aiming to enhance soldier situational awareness and health monitoring capabilities.
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Q2 2024: L3Harris Technologies Wins $50 Million U.S. Army Contract for Wearable Soldier Sensors L3Harris Technologies secured a $50 million contract from the U.S. Army to supply next-generation wearable sensors designed to monitor soldier health and performance in real time.
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Q2 2024: Honeywell International Launches New Line of Ruggedized Military Wearable Sensors Honeywell International introduced a new product line of ruggedized wearable sensors tailored for military use, featuring enhanced durability and real-time physiological monitoring.
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Q2 2024: Thales Group Opens New R&D Facility Focused on Military Wearable Sensor Innovation Thales Group inaugurated a new research and development facility dedicated to advancing wearable sensor technologies for defense applications, with a focus on miniaturization and data security.
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Q3 2024: ASELSAN Unveils Next-Generation Soldier Health Monitoring System at Eurosatory 2024 ASELSAN showcased its latest wearable health monitoring system for soldiers at the Eurosatory 2024 defense exhibition, featuring real-time biometric data transmission and integration with command networks.
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Q3 2024: Leonardo Launches Integrated Wearable Sensor Suite for European Armed Forces Leonardo announced the launch of a new integrated wearable sensor suite designed for European military forces, offering multi-parameter monitoring and secure data communication.
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Q3 2024: Saab AB Secures Swedish Armed Forces Contract for Body-Worn Sensor Systems Saab AB was awarded a contract by the Swedish Armed Forces to deliver body-worn sensor systems aimed at improving soldier safety and operational effectiveness.
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Q4 2024: Northrop Grumman Expands Military Wearable Sensor Production Facility in Maryland Northrop Grumman announced the expansion of its Maryland facility to increase production capacity for advanced military wearable sensors, supporting growing demand from U.S. and allied defense customers.
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Q4 2024: TT Electronics Partners with UK Ministry of Defence on Soldier Sensor Pilot Program TT Electronics entered into a partnership with the UK Ministry of Defence to pilot wearable sensor technology for monitoring soldier health and environmental exposure during field operations.
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Q1 2025: Interactive Wear AG Announces New Contract with German Bundeswehr for Smart Uniform Sensors Interactive Wear AG secured a contract to supply the German Bundeswehr with smart uniform sensors capable of tracking vital signs and movement, supporting enhanced soldier health and readiness.
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Q1 2025: Bionic Power Inc. Raises $20 Million to Scale Production of Energy-Harvesting Military Wearables Bionic Power Inc. completed a $20 million funding round to expand manufacturing of its wearable energy-harvesting devices for military personnel, enabling longer missions with reduced battery dependency.
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Q2 2025: Safran SA Receives French MOD Approval for New Generation of Wearable Soldier Sensors Safran SA received regulatory approval from the French Ministry of Defence for its latest generation of wearable soldier sensors, paving the way for deployment across French armed forces.
Military wearable scopes
The market analysis of military wearable technology includes a typical segment and geographic landscapes
The market for a military wearable device is segmented as follows:
By type;
Through geographical landscapes
Wearable tech military classifications
Based on the type of product, the market for military portable sensors has been divided into sensors based on military clothing and sensors based on military devices. The sensors based on military devices consist of goggles, watches, key chains and bracelets enabled for health tracking. The segment with the highest participation of military portable sensors is that of sensors based on military devices. These devices consist of global positioning systems to track and display the position of personnel along with physical structures on the field. Also, war-based devices helped track soldiers ’real-time data.
Portable sensor market According to application, the watch applications sector is expected to maintain a large market during the forecast:
Portable devices offer a wide range of functionality, from simple functions like heart rate monitoring and calorie burning to advanced smart functions like giving data on smell, taste, hearing, and vision. Wristwear accounted for about 50% of the portable sensor market in 2015. Body clothing is further divided into clothing and underwear, armbands and leggings, smart socks, body-worn cameras, and chest straps.
Based on the region, the global market for military portable sensors is divided into Europe, Asia-Pacific, North America, Latin America, and the Middle East, and Africa. North America dominates in the market share of military portable sensors in 2016 and is likely to remain the same for years to come. As there is a greater need to improve military modernization efforts and significant investments to monitor and develop the health of the military, it is anticipated that the development of military platform data security is anticipated to feed the demand for portable military sensors in the coming years.
Military Wearable Sensors Market Highlights:
