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市场调查报告书
商品编码
1622923
虹膜辨识市场:依技术类型、应用、组件展望、最终用户和地区划分,2024 年至 2031 年Iris Recognition Market By Technology Type, Application, Component Outlook, End-User, & Region for 2024-2031 |
虹膜辨识市场评估,2024-2031
虹膜辨识市场对安全性的要求越来越高。网路犯罪日益增多,资料外洩也愈发普遍。虹膜辨识是一种高度安全的身份验证技术,因为每个人的虹膜都是独一无二的,并且会随着时间的推移而保持稳定。金融机构、政府机构甚至消费性电子产品製造商越来越多地使用虹膜识别来保护敏感资料和系统。预计2024年市场规模将超过33亿美元,2031年将达到约91亿美元。
此外,虹膜辨识技术正变得越来越复杂且使用者友好。虹膜扫瞄器越来越小,越来越便宜,应用范围也越来越广泛。此外,世界各国政府都在部署虹膜辨识系统用于边境管制和其他安全目的,也增加了对该技术的需求。预计这一趋势将在未来几年持续下去,从而推动虹膜识别市场进一步成长。对经济高效的虹膜辨识的需求不断增长,推动市场在 2024 年至 2031 年期间的复合年增长率达到 13.50%。
虹膜辨识市场定义/概述
虹膜辨识是一种生物辨识系统,它根据虹膜(眼睛瞳孔周围的彩色部分)的独特设计来识别人。这些模式在人的一生中都具有高度独特性和一致性,使得虹膜辨识成为一种可靠的生物特征辨识方法。该方法涉及拍摄虹膜的高解析度照片,然后处理照片以提取虹膜特征。这些特征通常被记录为数位范本或代码,可以与资料库进行比较以进行识别。虹膜辨识以其准确性和防诈欺性而闻名,使其成为各种安全和身份验证应用的理想选择。
虹膜辨识在各行各业都有着重要的应用,特别是那些需要高安全性和准确识别的行业。边境和护照检查区透过快速可靠地验证旅客身份来提高安全性。执法机构也使用它们来识别罪犯,并将其用于门禁系统以保护政府大楼、资料中心和银行等场所的安全。虹膜识别越来越多地被整合到智慧型手机和笔记型电脑等消费性设备中用于个人身份识别,因为它为传统密码和 PIN 码提供了一种便捷、安全的替代方案。
影像处理演算法和相机技术的进步正在提高虹膜辨识系统的速度和准确性,使其更易于存取、更具成本效益,并因此得到更广泛的应用。未来的应用可能包括医疗保健,其中虹膜识别可以协助患者识别和安全存取医疗记录。此外,零售和饭店等行业可以使用虹膜辨识来提供个人化的客户体验并提高安全性。随着科技的进步,虹膜辨识可以与扩增实境(AR)、穿戴式装置等未来科技结合,提升其在日常生活中的价值和前景。
虹膜辨识市场之所以存在,是因为它满足了各行各业对可靠、安全的识别解决方案的基本需求。虹膜辨识的误报率和拒绝率极低,让人们相信该测试可以可靠地进行。这种可靠性在机场、政府大楼和金融机构等高度安全的应用中尤其重要,因为准确性和可靠性至关重要。此外,由于企业和政府优先考虑严格的安全措施和法规遵循性,虹膜辨识技术的高精度使其成为理想的生物辨识解决方案。这些需求推动着技术不断创新和应用,将市场扩展到世界各地的新应用和新领域。
据美国国家医学图书馆称,虹膜扫瞄技术为边境管制、银行业务和个人安全等全球安全应用提供了巨大潜力。即使是指纹辨识等高度精确的自动化方法,其错误匹配率为十万分之一,也无法与虹膜扫瞄技术的错误匹配性能相媲美,除非同时使用多个指纹。国际标准化组织已经对虹膜识别的资料格式进行了标准化,国际民用航空组织也批准了在护照中储存虹膜资料的规范。虹膜辨识技术已经在阿拉伯联合大公国的国土安全边境管制站、荷兰的史基浦机场以及美国和加拿大的几个机场投入使用。在英国,希思罗机场、曼彻斯特机场、伯明罕机场和盖特威克机场的所有五个航站楼均提供此服务。
实施成本将对虹膜辨识市场的成长产生重大影响。许多公司,尤其是预算有限的小型企业和大学,可能无法承担采购硬体(如专用相机和扫瞄器)和软体(如资料库管理和整合系统)相关的高额前期成本。这些成本不仅包括技术采购,还包括安装、培训和持续维护成本。
将虹膜辨识系统整合到现有基础架构中需要专业技能,这会增加整体部署成本。相容性和互通性:确保虹膜识别系统与现有基础设施和软体应用程式相容可能是一个障碍,需要耗费时间且昂贵的整合工作。应用范围较窄:虽然虹膜辨识在高安全性应用中大放异彩,但其在消费性应用(如智慧型手机)的使用可能会受到技术限制和客户接受困难的限制。
The iris recognition market is raising the demand for increased security. Cybercrime is on the rise, and data breaches are increasingly widespread. Iris recognition is a highly secure technique of identification since the iris is unique to each individual and remains steady throughout time. Financial institutions, governments, and even consumer electronics makers are increasingly using iris recognition to maintain critical data and systems. The market size surpass USD 3.3 Billion valued in 2024 to reach a valuation of aroundUSD 9.1 Billion by 2031.
Furthermore, iris recognition technology is getting increasingly sophisticated and user-friendly. Iris scanners are growing smaller and more inexpensive, making them more adaptable to a larger range of applications. Additionally, governments around the world are installing iris recognition systems for border control and other security purposes, expanding the demand for this technology. These trends are projected to continue in the next years, resulting in more growth in the iris recognition market. The rising demand for cost-effective and efficient iris recognition is enabling the market grow at aCAGR of 13.50% from 2024 to 2031.
Iris Recognition Market: Definition/ Overview
Iris recognition is a biometric system that identifies people based on the unique designs of their iris, the colorful portion of the eye that surrounds the pupil. These patterns are very distinctive and consistent throughout a person's life, making iris recognition a dependable method of biometric identification. The method entails taking a high-resolution photograph of the iris, which is then processed to extract its distinct features. These qualities are often recorded as a digital template or code that may be compared to a database to identify them. Iris recognition is well-known for its accuracy and resistance to fraud, making it ideal for a variety of security and identity verification applications.
Iris recognition has found significant usage in a variety of industries, particularly those needing high security and accurate identification. Border inspection and immigration, where improve security by rapidly and reliably checking travelers' identities. It is also used in law enforcement to identify criminals, as well as in access control systems for secure places including government buildings, data centers, and banks. Iris recognition is increasingly being integrated into consumer devices for personal identification, such as smartphones and laptop computers, offering a convenient and safe alternative to traditional passwords or PINs.
Advancements in image processing algorithms and camera technology are improving the speed and accuracy of iris recognition systems, making them more accessible and cost-effective for widespread implementation. Future uses may include healthcare, where iris recognition could aid with patient identification and safe access to medical records. Additionally, industries such as retail and hospitality may use iris recognition to provide individualized client experiences and improve security. As technology advances, iris recognition can connect with future technologies such as augmented reality and wearable devices, increasing its value and scope in daily life.
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The iris recognition market exists because it satisfies the fundamental demand for dependable and secure identity solutions across a wide range of industries. With exceptionally small mistakes acceptance and rejection rates, iris recognition inspires trust in its ability to reliably examine. This dependability is especially prized in high-security areas like airports, government buildings, and financial institutions, where precision and trust are important. Furthermore, as enterprises and governments prioritize severe security measures and regulatory compliance, iris recognition technology's high accuracy makes it the preferable biometric solution. This need drives continual innovation and acceptance, broadening the market's reach to new applications and sectors worldwide.
According to the
National Library of Medicine, Iris scan technologies offer huge potential for global security applications such as immigration, banking, and personal security. Even very accurate automated methods, such as fingerprint recognition with a false match rate of 1 out of 100,000, cannot equal the false match performance of iris scan technology (Nanavati et al. 2002), unless several fingerprints are employed simultaneously. The International Organization for Standardization standardized data formats for iris recognition, and the International Civil Aviation Organization approved their specification to store iris data on passports. Iris recognition is already used at the United Arab Emirates for Homeland Security Border Control, Schiphol Airport in the Netherlands, and several US and Canadian airports. In the United Kingdom, it is available at all five Heathrow terminals, as well as Manchester, Birmingham, and Gatwick Airport.
The cost of implementation has a substantial impact on the growth of the iris recognition market. Many companies, particularly smaller firms or universities with restricted budgets, may be unable to afford the high initial expenses associated with procuring hardware (such as specialist cameras and scanners) and software (including database management and integration systems). These costs include not only technology procurement, but also installation, training, and ongoing maintenance costs.
The requirement for specialist skills to incorporate iris recognition systems into existing infrastructure raises the overall implementation costs. As a result, while iris recognition provides high accuracy and security benefits, price and return on investment are significant factors influencing its adoption and market penetration across various sectors and locations.Compatibility and Interoperability, ensuring that iris recognition systems are compatible with existing infrastructure and software applications can be a barrier, necessitating time-consuming and costly integration efforts. Limited range of applications, while iris recognition shines in high-security applications, its utility for general consumer use (e.g., smartphones) may be restricted by technology limits and customer acceptance difficulties.
Do High-Security Applications Boom Active Iris Recognition Segment Market?
Active iris recognition currently dominates the iris recognition market. This device highlights the iris with near-infrared light and captures its detailed patterns. High-security applications are driving the iris recognition market. Security-sensitive regions, such as airports, government buildings, military installations, and financial institutions, require highly accurate and reliable identification systems. Iris recognition technology is a suitable solution for these high-security applications due to its exceptional accuracy and fraud resistance.
This device illuminates the iris with near-infrared light and captures its detailed patterns. The specialist cameras and lighting systems used are typically more expensive, and good image capture necessitates some level of user interaction. However, this approach provides higher accuracy and performance, particularly in low-light situations, making it perfect for high-security applications such as border control, government buildings, and financial institutions.
On the other hand, is expected to expand at the fastest rate. This method uses ambient light to record the iris image, avoiding the requirement for specialized lighting equipment. This could lead to lower costs and simpler incorporation into existing devices like cell phones and laptops. While accuracy may be slightly worse than in active systems, advances in camera technology and algorithms are steadily closing the gap. Passive iris recognition is interesting for consumer electronics and broader access control applications due to its convenience and lower cost barrier, which is expected to drive fast expansion in the future years.
The deployment of iris recognition technology in border control and immigration will have a substantial market impact. As global travel grows and security risks become more complex, border control and immigration authorities face pressure to improve their identification and verification systems. Iris recognition technology, with its high accuracy, fast process, and resistance to fabrication, provides a reliable method for identifying consumers. This technology speeds up the verification process, decreases wait times, and improves security by properly discriminating between authorized travelers and possible risks.
Many governments are strongly adopting iris recognition systems to accelerate border control processes and improve security, generating significant revenue for iris recognition technology providers. This technology allows faster and more effortless identification verification than traditional methods such as passports and visas, which improves passenger throughput and overall border administration. As worldwide travel expands and security risks become more complicated, the demand for dependable and efficient identification technologies such as iris recognition is projected to increase.
Rising security concerns and technology improvements are expected to drive substantial growth in the access control industry. Businesses and organizations are becoming more worried about physical security and data breaches, and iris recognition provides a highly safe and dependable solution for limited places and vital data. Iris recognition systems have become more economical and user-friendly as technology has advanced, allowing them to be used in settings apart from high-security government buildings. Furthermore, the ease with which these systems may be integrated into existing infrastructure without requiring a major redesign is driving their acceptance across a wide range of industries.
North America dominates the iris recognition market. North America, particularly the United States and Canada, has been at the forefront of introducing advanced security systems due to increasing security concerns and a strong emphasis on technological innovation. Government initiatives, such as the deployment of biometric systems at airports and border crossings, have played a major role in the early acceptance of iris recognition. This early integration into vital security infrastructure provides the conditions for wider acceptance and future implementation in a variety of industries, including law enforcement, healthcare, and financial services.
The presence of top technological companies in North America, as well as strong research and development activities, help to drive the iris recognition market forward. These companies are always innovating and improving their technology, making it more precise, user-friendly, and cost-effective. As enterprises and organizations in the area prioritize security and efficiency, demand for dependable biometric solutions such as iris recognition is likely to increase, propelling market growth. North America is a significantly growing market for iris recognition due to its early adoption, technological leadership, and strong government support.
Governments in North America devote significant resources to national security and border control programs, including investments in advanced identification technology such as iris recognition, which fuel market growth. The region's power is further proven by the large number of prominent iris recognition technology businesses established there, which benefit from a favorable regulatory framework and high domestic demand.
The Asia-Pacific region is expected to have the fastest growth in the iris recognition market. This region represents a major potential market for iris recognition technology. With nations such as China and India experiencing rapid urbanization and rising demand for increasing security measures, biometric technologies are becoming more popular. Government measures to modernize security infrastructure, such as national ID programs and border control advancements, drive up demand for iris recognition equipment.
The region's rising middle class and expanding digital economy provide the potential to incorporate iris recognition into a variety of industries, including banking, healthcare, and consumer electronics. The sheer number of prospective users, along with increased security concerns and technological improvements, places Asia-Pacific as the primary growth market for iris recognition.
Rapid economic expansion in nations such as China and India is increasing investment in infrastructure and security solutions, with iris recognition emerging as a safe and efficient identifying mechanism for a variety of applications. Furthermore, governments in the Asia-Pacific area are aggressively developing iris recognition programs for citizen identification, border control, and social welfare efforts, which presents huge market potential for tech companies.
The iris recognition market is a dynamic and competitive space, characterized by a diverse range of players vying for market share. These players are on the run for solidifying their presence through the adoption of strategic plans such as collaborations, mergers, acquisitions, and political support.
The organizations are focusing on innovating their product line to serve the vast population in diverse regions. Some of the prominent players operating in the iris recognition market include: