![]() |
市場調查報告書
商品編碼
1371535
全球汽車防盜系統市場評估:依產品類型、技術、銷售通路、車型、地區、機會、預測(2016-2030)Global Vehicle Anti-Theft System Market Assessment, By Product Type, By Technology, By Sales Channel, By Vehicle Type, By Region, Opportunities and Forecast, 2016-2030F |
全球汽車防盜系統市場規模預計將從2022年的126.4億美元增至2030年的221.3億美元,2023年至2030年複合年增長率為7.25%。我是。 市場提供了大量創新機會,包括新技術和先進的遠端資訊處理。 新趨勢的核心是智慧安全功能的集成,例如手掌靜脈身份驗證、手勢追蹤和臉部辨識。
遠端資訊處理與整合控制面板一起徹底改變了車輛監控系統,並在增強網路安全方面發揮著至關重要的作用。 隨著車輛融入數位鎖定係統、人機介面技術等先進技術,動態景觀不斷發展。 然而,隨著更多訪問車輛的方式出現,這些技術創新帶來了新的安全挑戰。
汽車防盜系統的演變已從傳統的中控鎖機構和轉向鎖發展到現代防盜裝置。 防盜系統開發商與汽車製造商合作,提供具有即時追蹤的全面防盜保護。 導致汽車失竊案增加的因素包括疫情、經濟波動和執法重點的變化。 因此,最終用戶對竊盜風險變得更加警惕,並努力確保車輛的安全。 犯罪分子正在適應先進的盜竊技術,例如無鑰匙進入系統和繞過防盜器的方法。 因此,預計市場在預測期內將會成長。
除了 COVID-19 大流行和全球通貨膨脹之外,經濟抑制還導致全球犯罪率上升。 汽車竊盜是最常見的犯罪行為之一。 疫情對工人階級經濟福祉的影響以及裁員,進一步削弱了中下階級的力量。
為了應對這種日益嚴重的威脅,汽車製造商正在透過為汽車的各個零件增加額外的安全層來增加防盜措施。 此外,仿冒和被盜汽車零配件的需求也快速成長,2021年全球零配件市場規模將達到226億美元。 犯罪分子越來越多地拆解偷來的汽車來獲取零件,因為在零件市場上出售這些汽車更有利可圖。 儘管面臨這些挑戰,最終用戶仍在積極採取預防措施來提高車輛安全。
汽車竊盜案激增是因為竊賊越來越老練地瞄準缺乏現代安全系統的舊車。 由於無鑰匙汽車盜竊(稱為中繼攻擊)的增加,我們敦促車主採取預防措施,例如使用先進的無線電屏蔽袋和方向盤鎖。 另一個新出現的威脅是乾擾 GPS 追蹤的 GPS 幹擾器技術。 為了跟上這一趨勢,原始設備製造商和售後市場公司正在加強研發。
從產品類型來看,生物辨識採集設備,也稱為指紋辨識技術,在市場上佔據顯著的地位。 這項技術已經取得了長足的進步,特別是與物聯網技術的融合,為增強車輛安全做出了重大貢獻。
此外,嵌入式運算技術可確保無縫資料流並改善連接性,使指紋辨識成為強大且可靠的車輛安全解決方案。 除了指紋認證之外,中控鎖系統和轉向鎖等其他類別也有望表現良好,並為全面的車輛安全解決方案做出貢獻。
本報告研究和分析了全球汽車防盜系統市場,提供市場規模和預測、市場動態以及主要參與者的現狀和前景。
Global vehicle anti-theft system market size was valued at USD 12.64 billion in 2022, and is projected to reach USD 22.13 billion by 2030, growing at a CAGR of 7.25% from 2023 to 2030. The vehicle anti-theft market presents abundant opportunities for innovation, incorporating innovative technologies and advanced telematics. Emerging trends center on integrating intelligent security features, including palm vein recognition, gesture tracking, and facial identification.
In conjunction with integrated control panels, telematics plays a pivotal role in revolutionizing vehicle monitoring systems and enhancing cybersecurity. The dynamic landscape continuously evolves as vehicles incorporate digital locking systems, human-machine interface technology, and other advancements. However, these innovations introduce new security challenges as additional means of vehicle access become available.
The evolution of vehicle anti-theft systems has progressed from traditional central locking mechanisms and steering locks to modern immobilizers. Anti-theft system developers collaborate with vehicle manufacturers to provide comprehensive theft protection with real-time tracking capabilities. Increased instances of vehicle theft can be attributed to factors such as the pandemic, economic fluctuations, and shifts in law enforcement priorities. As a result, end-users are increasingly vigilant about theft risks and are taking measures to secure their vehicles. Criminals are adapting to advanced theft techniques, including keyless entry systems and immobilizer bypass methods. Consequently, the global anti-theft system market is poised for growth in the forecast period.
The economic crackdown, compounded by the COVID-19 pandemic and soaring global inflation, has led to an uptick in crime rates worldwide. Vehicle theft is among the most prevalent crimes. The pandemic's impact on the economic well-being of the working class, coupled with layoffs, has further strained the middle and lower-middle-class segments.
In response to the growing threat, vehicle manufacturers are bolstering their anti-theft measures by adding additional layers of security to various parts of vehicles. Additionally, the demand for counterfeit and stolen vehicle spare parts has surged, with the global spare parts market accounting for a substantial USD 22.6 billion market in 2021. Criminals are increasingly dismantling stolen vehicles for their parts, as selling them in the spare parts market proves more lucrative. Despite these challenges, end-users are proactively adopting preventive measures to enhance the safety of their vehicles.
The surge in vehicle theft cases can be attributed to the increasing sophistication of thieves who target older vehicles lacking modern security systems. Keyless car theft, commonly known as a relay attack, has increased, prompting vehicle owners to take precautions such as using advanced signal-blocking pouches and steering wheel locks. Another emerging threat is GPS jammer technology, which interferes in GPS tracking. In response to it, OEMs and aftermarket players are intensifying their research and development efforts to combat the trend.
Innovations in anti-theft systems (ATS) technology include battery-connected switches, hidden kill switches, glass-break sensors, and Faraday bags. OEM immobilizers, which integrate with the Engine Control Unit (ECU) to disrupt the signal flow and prevent the engine from starting, are becoming more common. Vehicle manufacturers collaborate with experts and conduct surveys to gain insights into theft conditions, techniques, and potential solutions. Additionally, installing anti-theft devices in vehicles provides premium insurance discounts, incentivizing vehicle owners to enhance their security measures.
Government authorities worldwide are actively engaged in initiatives aimed at raising awareness about the factors that contribute to auto theft. These efforts are part of a broader strategy to reduce the incidence of vehicle theft. Governments are encouraging citizens to take preventive measures and embrace technological updates to thwart the activities of potential vehicle theft networks, with a strong focus on curbing these crimes.
To facilitate, government agencies have established online portals that provide information on stolen and recovered vehicles. For instance, the Kerala Police has launched THUNA, a platform that offers details about stolen and recovered vehicles. In the United States, the National Highway Traffic Safety Administration (NHTSA) plays a role in spreading awareness about the common mistakes that can lead to vehicle theft. The recommended preventive measures like parking vehicles in secure locations, ensuring doors and windows lock, and installing audible and visible anti-theft devices, vehicle recovery systems, and immobilization devices underscore the commitment of authorities to combat vehicle theft and protect citizens' property.
In terms of product types, the biometric capture device, commonly known as fingerprint recognition technology, holds a prominent position in the market. The technology has shown significant advancements, especially with the integration of Internet of Things (IoT) technology, which has greatly contributed to enhance vehicle security. Fingerprint recognition technology is known for its multi-layered security features. It operates by capturing and verifying fingerprints to grant access to a vehicle. If access is not authorized or if there is any suspicious activity, the system is equipped to send an alert notification to the vehicle owner through GSM technology. Moreover, in cases where there is no response from the vehicle owner, the device can activate an alarm to deter potential theft.
Additionally, embedded computing technology ensures seamless data flow and improves connectivity, making fingerprint recognition a robust and reliable security solution for vehicles. Alongside fingerprint recognition, other segments such as central locking systems and steering locks are expected to perform well, contributing to comprehensive vehicle security solutions.
In terms of distribution channels, the market is divided into two segments, Original Equipment Manufacturers (OEM) and aftermarket. The OEM segment currently holds the leading market share. It is primarily because OEMs provide factory-installed anti-theft systems that often come with extended warranty periods, making them an attractive choice for vehicle owners. OEM anti-theft systems typically offer a set number of security layers, which may include features like steering locks, car alarms, and remote-control functionality. While these systems provide a baseline level of security, they may need to include some of the more advanced features found in aftermarket solutions.
On the contrary, the aftermarket segment is experiencing higher growth rates. Aftermarket car alarms and GSM-based technology are gaining popularity due to their advanced capabilities. Aftermarket systems often offer smartphone connectivity, allowing users to monitor their vehicles remotely, utilize GPS tracking, and access built-in immobilizers for added security. The choice between OEM and aftermarket anti-theft systems ultimately depends on individual preferences and the level of security and convenience, the vehicle owner desire.
The Asia Pacific market has become one of the biggest automotive markets, followed by the increasing vehicle theft cases. Enhancing economic activities and global investment have increased the demand for automobiles. However, post-pandemic industrial damage has fueled criminal activities around nations like China, India, and Vietnam. The increasing number of thefts is creating more opportunities for the OEM and aftermarket anti-theft system developers. However, the governments of countries like India and China are running awareness campaigns around car theft, pleading citizens to follow safety checks before leaving the car. Authorities suggest vehicle owners to use vehicle anti-theft systems in theft-prone areas.
The COVID-19 pandemic negatively influenced the automotive market, including its components, such as vehicle anti-theft systems. Disruptions in production, marketing, and advertising and shortages of essential raw materials have negatively affected the vehicle anti-theft systems market. Additionally, the shutdown of logistical operations has severely constrained the supply chain and distribution channels. Paradoxically, the pandemic's impact on the economy and employment has resulted in an increase in theft incidents, further underscoring the need for robust anti-theft solutions. However, the demand for anti-theft systems has surged as the automotive industry makes a post-pandemic recovery and experiences renewed manufacturing advancements. The resurgence indicates a positive trajectory for the market as it adapts to the changing landscape and emerging security needs in a recovering world.
Markets in Eastern Europe result in adverse consequences. Notably, the shortage of critical raw materials for auto manufacturing has been a significant concern. The disruption in transporting production goods from Ukraine to other regions has further exacerbated the issue. Russia is dominant in the global supply of palladium, a crucial component in semiconductor manufacturing. The heightened tensions have allowed Russia to increase palladium prices, consequently impacting the worldwide semiconductor prices. This price surge has ripple effects throughout the automotive industry, affecting the cost and availability of vehicles. Additionally, automotive giants that had established manufacturing and research and development (R&D) facilities in Ukraine are grappling with operational and production challenges due to the conflict. These challenges have compelled industry players to reassess their strategies and adapt to the evolving geopolitical landscape.
The global market for vehicle anti-theft system is characterized by intense competition, as numerous prominent companies compete for their share in the market. These companies have established a robust global presence and provide a diverse product portfolio. They continuously invest in research and development to create novel and cutting-edge products. Furthermore, expanding their range of offerings to meet the increasing demand for anti-theft systems across regions worldwide. The market holds potential for different platforms. The industry delivers opportunity for startups, technology developers, and automotive giants. Companies are focusing on delivering multiple layers of security with amalgamation of hardware and software-based solutions.
In October 2022, Huf Hulsbeck and Furst GmbH and Co. introduced a phone-as-a-key system based on ultra-wideband technology. This innovative technology serves as a defense against relay station attacks, a method employed by thieves to amplify wireless key signals and gain unauthorized access to vehicles.
In August 2021, Tokai Rika Electric Mfg. Co., Ltd. unveiled a fingerprint-authentication start switch designed to enhance vehicle anti-theft measures. Notably, this switch made its debut in the new Toyota Land Cruiser launched in August 2021, marking a first for Japanese automobiles. Toyota Motor Corporation recognized this advancement by awarding it one of their vehicle project technology prizes, acknowledging its significant contribution to the appeal of the Land Cruiser.
In October 2021, the Marquardt Group initiated the development of the PnD3 platform for smart car access, designed to be based on cell phone technology. This platform incorporates cutting-edge ultra-wideband technology (UWB) and can be used in conjunction with NFC (Near Field Communication) or BLE (Bluetooth Low Energy) in both passenger cars and commercial vehicles. It enables secure storage of digital vehicle keys in smartphones and, when combined with precise UWB driver localization, opens up a range of new application possibilities, ensuring cybersecurity in the process.
All segments will be provided for all regions and countries covered:
Companies mentioned above DO NOT hold any order as per market share and can be changed as per information available during research work.