|Base Year Market Size
|USD XX Billion
|Forecast Year Market Size
|USD XX Billion
|Fastest Growing Market
The global public safety sensors market size was valued at USD 1.79 billion in 2022. It is expected to reach USD 3.24 billion by 2030, growing at a CAGR of 6.8% during the forecast period (2023–2031).
Public safety authorities from different levels of government have joined together to share information and coordinate responses. Networks of public safety organizations are the product of such interagency collaborative projects. Users of public safety networks could be located anywhere in the world and hail from any government branch. Public safety agencies build a network through their individual and collective actions, facilitated by a communications and information technology backbone.
Sensors are tools that monitor environmental changes or events and then produce the corresponding output. They produce an output on display or transmit the information electronically for further processing when they detect physical input such as light, heat, motion, moisture, pressure, or any other entity. These outline important uses for precision agriculture and animal tracking, environmental monitoring, traffic monitoring and control, energy savings in artificial lighting, remote system monitoring, and equipment fault diagnostics.
Strict Government Regulations regarding the Use of Leak Detection Systems
Leak detection technology is increasingly used in various industries, including the chemical, air conditioning, and refrigeration sectors. Leak detector use contributes to risk assessment for future concerns and potential accident avoidance. This technology encourages users to adopt safe orientation in a variety of circumstances.
Additionally, governments all over the world are establishing laws to encourage the use of leak detectors in a variety of business sectors. For instance, CFR 49 of the Code of Federal Regulations (CFR) governs pipelines in the United States and mandates using leak detectors. The air conditioning and refrigeration sectors are also using leak detectors to measure and restrict carbon dioxide to reduce the likelihood of global warming, which is promoting market growth internationally.
Improvements in Sensors for Use in Public Safety
Public safety sensors are becoming increasingly important as a result of their broad application in flood detectors, leak detectors, infrastructure failure detectors, and automobile crash detectors. Safety device manufacturers are incorporating more safety sensors into their products to offer more features and compete with other manufacturers in the fiercely competitive market. In the US, the use of gunshot detectors for safety and security is growing. The system uses sensors mounted on light poles near schools, offices, and public areas. It triangulates the sound and provides the police with a precise location of the gunfire.
Additionally, governments from different nations are collaborating with businesses to install such technologies in public spaces. For instance, the San Diego government contracted with Shot Shutter, a company that deals with gunshot detectors, for a four-year, USD 1 million arrangement to guarantee the safety of its citizens. As a result, the growth of the global sensors market is driven by using safety sensors for public safety applications.
Sensor-Equipped Devices Cost More and Last Less
Sensors can automate electronic devices but are expensive, so they are avoided in cost-effective applications. Sensors add features and increase automation but are expensive, so cost-effective applications prevent them. Sensors shorten the life of continuously used devices like leak detectors, fall monitors, flame detectors, and flood monitors. The cost of public safety sensors is typically higher as components sensitive to temperature are utilized. The lifespan of batteries in battery-powered gadgets is also decreased. Due to increased production and technological advancements in safety sensors, their price has decreased by about 10% annually. Compared to more common types of sensors, their higher price tag makes widespread adoption unlikely.
Increasing Use of Wearable Technology
Medical equipment and devices used to monitor gas and liquid leaks in residential and commercial industry verticals have innovative and extra features thanks to technological advancements in public safety sensors. These safety sensors are utilized for regular check-ups, including patient body temperature and blood pressure monitoring. Safety sensors monitor blood oxygen levels and heart rate while sending medical data to healthcare professionals via the cloud. In remote and underdeveloped areas, these sensors also offer medical services via telemedicine.
Additionally, a developing market in the biomedical industry is wearable technology. High-tech wearables with sensors that track various physical activities are available in this market. These sensors collect information on essential parameters, transform it digitally, and display it on a screen. The market for public safety sensors is expected to increase due to the rising demand for wearable technology and increased government spending to improve healthcare conditions. On the other hand, the rapid uptake of wearable technology—such as fall detectors for the elderly and creative biomedical applications—is anticipated to present lucrative market opportunities.
The global public safety sensors market is segmented into North America, Europe, Asia-Pacific, and LAMEA.
Asia-Pacific Dominates the Global Market
Asia-Pacific is the most significant shareholder in the global public safety sensors market and is expected to grow at a CAGR of 8.2% during the forecast period. Asia-Pacific accounts for a sizeable portion of the global sensors market. This is because developing nations like India, China, and Indonesia are making more technological advancements and raising automobile standards. It is the most lucrative market for public safety sensor technologies because of the accessibility of high-end improved technologies, growing demand for smart electronics, and expansion of the manufacturing industries. Additionally, several helpful nonprofit organizations that support packaging technologies drive market expansion. The region's public safety sensors market is expanding due to the various initiatives these organizations take to develop power infrastructure that uses cutting-edge technologies.
North America is expected to grow at a CAGR of 5.2% during the forecast period. The sale of public safety sensors equipped with these sensors is driven by an increase in the population's disposable income in North America. The market is growing because of developments in the energy and power sectors that allow cutting-edge technology adoption. The exploration of newer applications of the technologies is made easier by the early adoption of new technology and the presence of numerous U.S.-based businesses. Companies have used merger and acquisition tactics to increase their market share in the highly fragmented market. The market for public safety sensors in North America is currently expanding steadily. North America is projected to have a dominant position in the market for public safety sensors because of its sizeable market players and accessibility to cutting-edge technologies. Major regional players are providing cutting-edge solutions, expected to drive the market's growth.
Europe offers lucrative opportunities for market participants in the global public safety sensors market. The market is primarily driven by a growing Chinese presence in Western and Eastern Europe and a strengthening European economy. One of the critical markets for advanced compound semiconductors is Europe. Significant players are buying up small sensor companies to increase their market share and deliver next-generation technologies through their product portfolio. The adoption of advanced electronic vehicles, an increase in the number of digital electronic devices, and advanced virtual systems create several growth opportunities for European public safety sensor technology suppliers. Due to an increase in demand for sensors in aerospace and defense throughout the region, Europe is predicted to experience a high growth rate for the sensors market during the forecast period. The market is growing as a result of regional technological advancements.
In LAMEA, adopting cutting-edge technologies could be faster across various industries. The public safety sensors industry's key regions are the Middle East and Latin America. The rise in the demand for advanced technologies in nations like Dubai, Abu Dhabi, Oman, Jordan, and others is predicted to present an opportunity for the public safety sensors market to expand. Major market players are also establishing their manufacturing and distribution networks in LAMEA, which is anticipated to significantly impact the market's growth. This region is regarded as untapped and has enormous potential because it saw the slowest growth in the adoption of wireless technologies. This situation highlights the excellent potential for cutting-edge technologies in this field to promote the market's growth for public safety sensors. LAMEA is gradually embracing cutting-edge technology in various fields, including consumer electronics, electric vehicles, oil and gas, and energy and power.
|By Sensor Type
|Abb Ltd Baumer Holding Ag Fibaro Group S.A. Infineon Technologies Keyence Corporation Rockwell Automation Inc Schneider Electric Sensor Industries Siemens Ag Texas Instruments Incorporated.
|U.K. Germany France Spain Italy Russia Nordic Benelux Rest of Europe
|China Korea Japan India Australia Taiwan South East Asia Rest of Asia-Pacific
|Middle East and Africa
|UAE Turkey Saudi Arabia South Africa Egypt Nigeria Rest of MEA
|Brazil Mexico Argentina Chile Colombia Rest of LATAM
|Revenue Forecast, Competitive Landscape, Growth Factors, Environment & Regulatory Landscape and Trends
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The global public safety sensors market is segmented by sensor type and application.
Based on sensor type, the global market is bifurcated into the level sensor, temperature sensor, proximity sensor, acoustic wave sensor, pressure sensor, humidity sensor, and gas sensor.
The pressure sensor segment is the highest contributor to the market and is expected to grow at a CAGR of 7.1% during the forecast period. A pressure sensor is a tool that detects pressure and transforms it into an electric signal, the strength of which is dependent on the amount of pressure applied. Pressure sensors are frequently used in various industries, including automotive, manufacturing, aviation, biomedical testing, air conditioning, and hydraulic measurements. Recent developments in pressure sensors are anticipated to accelerate market growth significantly. Much work has gone into developing advanced pressure sensors because of their promising uses in wearable medical devices and artificial intelligence systems. The demand for pressure sensors for public safety applications has grown due to government regulations requiring their use in automobiles.
A device that uses an electrical signal to measure temperature is called a temperature sensor. Medical applications, biological research, electrical or electronic studies, materials research, and thermal characterization of electrical products are typical applications requiring precise temperature measurements. In many applications, temperature sensors provide highly accurate temperature monitoring with little power consumption. Companies have been improving these sensors because the temperature is a vital sign of how well a procedure, item, or piece of machinery works. It is anticipated that increased demand for public safety technologies that use microprocessors with temperature-sensing ICs, such as flame detectors, gunshot detectors, leak detectors, and other devices, will further boost the market.
Based on application, the global market is bifurcated into indoor & outdoor gunshot detectors, fall detection, flood detection, car crash detection, and infrastructure failure detectors.
The flood detection segment owns the highest market share and is expected to grow at a CAGR of 6.9% during the forecast period. Flood detectors measure liquid moisture to keep an eye out for potential flooding. The sensors used in flood detection systems give notice of leaks and overflows that may cause flooding. The flood detection system's sensor detects the water level and activates the control box, which notifies the appropriate authority of the problem. Small battery-operated devices called flood detectors to detect water leaks and sound an alarm. Homes and other structures are shielded from leaking water by using flood detectors. In addition, flood detectors can be installed where leaks are common, such as in the basement, close to the washing machine and water heater, and close to water lines. Flood detectors have wireless connectivity for system alerts and emergency responses.
Infrastructure failure detectors are a technology that locates malfunctions or crashes in a structure or building. This technology can eliminate any risk in buildings, office spaces, homes, and public areas, among other places. These detection systems use pressure, proximity, and acoustic wave sensors to detect any failure, including cracks, collapse, and damage. Interest in infrastructure failure detectors is rising as smart cities and infrastructures expand. This technology notifies the appropriate authorities of any significant damage or accident due to malfunction. Infrastructure failure detectors are anticipated to present lucrative opportunities for market growth globally due to their rising usage in emerging applications.