第二代居民身份证阅读和核验设备——GA 450标准·Type B非接触读卡·内置SAM安全模块·＜1秒极速读取·人证同一性比对核验终端（公安政法/金融/旅业/电信实名制身份认证核心装备）

 第二代居民身份证阅读和核验设备——GA 450标准·Type B非接触读卡·内置SAM安全模块·＜1秒极速读取·人证同一性比对核验终端（公安政法/金融/旅业/电信实名制身份认证核心装备）

〖重要合规前置声明〗 本产品为国家管制类身份核验与信息安全专用特种装备，仅面向具备法定执法权限与身份信息管理职能的各级公安机关、人民检察院、人民法院、司法行政机关、金融机构、电信运营商、酒店旅业、民航系统及授权企事业单位定向研发、生产与供应，严禁向任何个人、无资质企业及非授权单位销售或提供。本设备的购置、配备、使用与管理，必须严格遵守《中华人民共和国居民身份证法》《中华人民共和国个人信息保护法》《中华人民共和国反洗钱法》及国家关于公民身份信息管理、治安管理、金融安全的相关法律法规与行业技术标准，必须由经过专业培训、取得相应信息安全管理或业务操作岗位资质的人员规范操作，严禁无资质单位和个人违规购置、使用、转让本装备，严禁未经法定授权擅自读取、存储、导出或泄露居民身份证芯片内的个人信息，严禁将本设备用于法定身份核验之外的任何用途。

产品概述

第二代居民身份证阅读和核验设备——GA 450标准·Type B非接触读卡·内置SAM安全模块·＜1秒极速读取·人证同一性比对核验终端（亦称第二代居民身份证阅读器、ICR-100系列身份证核验设备）是一款符合国家GA 450《台式居民身份证阅读器通用技术要求》的权威级身份信息处理终端，属于公安政法、金融、旅业及社会管理领域的法定身份核验核心装备。该产品由北京毕思特联合科技有限公司出品，作为国内首款通过认证的此类机具，不仅是技术先驱，更深度参与了公安部相关技术标准的制定。设备采用ISO14443 Type B非接触式IC卡阅读技术，集成专用安全控制模块（SAM），专为需要极高安全等级、法定合规性与精准“人证同一性”认定的场景深度定制，完美适配公安机关办案区嫌疑人身份登记与核查、法院检察院来访人员身份确认、金融机构开户及大额交易的客户身份识别（KYC）反洗钱合规操作、酒店住宿与网吧上网的治安管理实名登记、电信运营商手机号码实名入网核验及各类考试与重要场所的防身份冒用门禁管控等多种法定身份核验场景。系统通过与身份证芯片进行双向加密通信，在不到1秒内安全读取全部个人信息并从根本上鉴别证件真伪，配合专业核验软件实现持证人现场照片与芯片内官方照片的人脸比对，将身份核查从“验证证件真伪”提升至“验证持证人同一性”的更高安全层级，从根本上解决了传统人工肉眼辨识证件真伪的误判风险、无法有效识别人证不符的冒用隐患以及身份信息登记效率低下等行业长期痛点，能够为各领域法定身份核验岗位提供“芯片级防伪验证、毫秒级信息读取、人证同一性精准认定、GA 450权威合规” 的标准化身份信息处理能力，是构建社会信用体系、防范身份欺诈与保障执法办案规范性的基石性关键装备。

技术原理

该设备基于ISO14443 Type B非接触式IC卡阅读技术与专用安全模块加密通信原理协同工作。在射频通信层，设备内置的13.56MHz射频天线持续发射特定频率的电磁波，当第二代居民身份证进入有效读卡范围内时，身份证芯片通过电磁耦合获取能量并被激活，与阅读器建立无线通信链路。设备采用Type B调制方式，与身份证芯片进行高速数据交换。在安全核验层，阅读器内置专用安全控制模块（SAM），该模块持有国家密码管理局授权的密钥体系。当身份证芯片信息被读取后，SAM模块与芯片之间执行双向身份认证与加密通信——芯片向SAM模块证明自身为合法签发的有效证件，SAM模块向芯片证明自身为被授权的合法阅读终端，双方认证通过后，芯片中的全部个人信息经加密传输至SAM模块进行解密处理，最终将明文信息通过USB或RS232接口安全输出至计算机。该芯片级安全机制不仅可完整读取姓名、身份证号码、出生日期、住址、签发机关及有效期限等全部法定个人信息，更能从根本上鉴别证件芯片的真伪——伪造证件因无法复制合法芯片的密钥体系，在双向认证阶段即会被识别并拒绝读取。读卡全过程在小于1.0秒内完成。随机提供的专业核验软件在读取芯片信息后，可联动摄像头拍摄持证人现场照片，与芯片内存储的官方高清晰度照片进行同屏比对，为判断“人证是否同一”提供客观的图像依据，将身份核验从单一的“证件真伪”验证升级为“人-证-机”三位一体的闭环认定。

核心功能与合规实战价值

GA 450行业标准制定者与芯片级SAM安全认证，提供具备法定效力的证件真伪鉴别能力
本设备为国内首款通过GA 450认证的同类机具，并直接参与了公安部《GA 450台式居民身份证阅读器通用技术要求》等核心标准的起草工作。内置专用安全控制模块（SAM），通过国家密钥体系与身份证芯片进行双向加密通信，可在不到1秒内完成对证件芯片真伪的芯片级鉴别——伪造或变造证件因无法通过SAM模块的密钥认证而被即时识别并拒绝读取，从技术根源上杜绝了利用假身份证蒙混过关的可能性。该权威合规性与芯片级防伪能力使金融机构在履行客户身份识别反洗钱法定义务时、公安机关在办案区进行嫌疑人身份核查时、酒店旅业在依照治安管理规定进行实名登记时，所获取的身份信息均具备法定证明效力，完全满足《居民身份证法》关于“公民从事有关活动需要证明身份时，有权使用居民身份证证明身份，有关单位及其工作人员不得拒绝”的法定要求。

专业“人证同一性”认定功能，将身份核验从证件验证提升至持证人确认的更高安全层级
系统随机提供的专业核验软件在读取身份证芯片信息后，可联动摄像头拍摄持证人现场照片，将现场照片与芯片内存储的官方高清晰度照片进行同屏比对，为操作者提供客观的图像依据来判断持证人是否即为证件合法持有人。该功能将身份核验的安全层级从传统的“证件有效即可”提升至“证件有效且人证相符”，有效防范了盗用他人身份证进行银行开户、电信诈骗、冒名住宿等身份欺诈行为，为金融机构的反洗钱合规、电信运营商的实名入网监管及各类考试的身份防冒用等高风险场景提供了经得起审计与法律追查的关键技术手段。

＜1秒极速读卡与双接口灵活集成，支撑高并发业务场景下的高效身份核验
设备读卡时间小于1.0秒，支持USB与RS232双通讯接口，可灵活接入各类业务系统。该高速读取与灵活集成能力使设备可无缝嵌入公安政法一体化办案平台、金融机构柜面业务系统、酒店前台管理系统及电信运营商开户终端等复杂业务环境中，在高并发、高时效要求的日常业务场景下保持稳定高效的运行性能，从信息采集端保障了业务流程的顺畅与用户体验。

合规应用场景

公安、检察、法院等政法系统办案区身份登记与核查场景
在公安机关办案区、检察院法院来访登记处及边境检查站，执法人员使用本设备对嫌疑人、来访人员及出入境人员进行身份证芯片信息读取与真伪核验。SAM模块的芯片级防伪鉴别能力可即时识别伪造证件，人证同一性比对功能为确认持证人真实身份提供客观依据，核验信息直接录入政法办案系统形成规范化登记记录。操作流程完全符合《居民身份证法》及公安机关身份核查工作规范的要求。

金融机构开户、大额交易与信贷审批的客户身份识别场景
在银行开户、大额现金交易及信贷审批等业务环节，金融机构工作人员使用本设备对客户身份证进行芯片级信息读取与真伪核验，履行《反洗钱法》规定的客户身份识别法定义务。人证同一性比对功能为防范冒用他人身份证开立账户实施洗钱或诈骗等金融犯罪提供了有效的技术屏障。

酒店旅业、网吧及租赁行业的治安管理实名登记场景
在酒店、旅馆、网吧及汽车租赁等行业，经营者使用本设备对住宿、上网、租车人员进行身份证实名登记与真伪核验。设备的芯片级防伪与人证同一性比对功能有效防范了利用假证或他人证件进行登记的违规行为，满足《治安管理处罚法》及行业治安管理规定的实名制登记要求。

电信运营商与民航系统的实名入网与身份核验场景
在电信运营商办理手机号码实名入网及民航机场安检登机环节，工作人员使用本设备进行快速准确的身份核验，保障实名制政策的严格执行与航空安全管控的落实。

核心技术参数

产品型号方面，为ICR-100系列。遵循标准方面，符合《GA 450台式居民身份证阅读器通用技术要求》。读卡技术采用ISO14443 Type B非接触式IC卡阅读技术。安全模块为内置专用安全控制块（SAM），支持国家密钥体系的芯片级双向加密认证。核心功能涵盖读取身份证全部信息、验证证件真伪、支持人证同一性比对认定。读卡速度＜1.0秒。通讯接口支持USB/RS232可选。系统支持Windows 2000/2003/XP及以上操作系统。

合规实战应用案例

某省公安厅在升级全省办案区信息化系统时，统一部署本第二代居民身份证阅读和核验设备于各市县公安机关办案区的嫌疑人登记窗口。在随后的一次跨省流窜盗窃团伙抓捕行动中，一名被带回办案区的嫌疑人冒用其兄弟的身份证试图隐瞒在逃身份。办案民警使用本设备对该身份证进行芯片读取，SAM模块在不到1秒内完成双向加密认证并成功读取芯片信息，但随机核验软件联动摄像头拍摄的现场照片与芯片内存储的官方照片进行人证同一性比对时，系统提示面部特征匹配度低于阈值。民警随即对该嫌疑人进行深入讯问，最终查明其真实身份为一名涉嫌多起盗窃案的在逃人员。本案中身份证阅读器的芯片级防伪验证与人证同一性比对功能，成功阻止了在逃人员利用真实身份证件（他人证件）蒙混过关的企图。

某国有商业银行在全面升级网点客户身份识别系统时，将本设备集成至柜面业务终端。在一次大额取款业务中，一名客户持身份证办理取款，柜员使用本设备读取芯片信息并通过人证同一性比对功能拍摄现场照片与芯片照片比对，系统提示照片匹配度异常。柜员随即启动风险处置预案，经进一步核实确认该身份证系客户从他人处借用以规避大额交易监管。银行根据反洗钱相关规定对该账户采取了限制措施。本案中设备的芯片级核验与人证同一性认定功能，为金融机构履行反洗钱法定义务提供了关键的技术支撑。

厂家信息：北京毕思特联合科技有限公司
网址：https://www.bestlh.com
地址：北京市亦庄开发区经海六路一号院尖子班 C9 独栋
电话：010-56526048

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Second-Generation Resident Identity Card Reading & Verification Device — GA 450 Standard · Type B Contactless IC Card Reading · Built-in SAM Security Module · ＜1s High-Speed Reading · Person-Certificate Consistency Comparison & Verification Terminal (Core Equipment for Public Security, Procuratorate & Court / Financial / Hospitality / Telecommunications Real-Name Identity Authentication)

Global site URL：https://xilankeji.en.alibaba.com

〖Important Compliance Precaution〗 This product is a state-controlled specialized equipment for identity verification and information security, which is solely developed, produced and supplied to authorized entities such as public security organs, people's procuratorates, people's courts, judicial administrative organs, financial institutions, telecommunications operators, hotels and hospitality industry, civil aviation systems, and authorized enterprises and institutions with statutory law enforcement authority and identity information management functions. Any sale or supply to individuals, non-qualified enterprises and unauthorized units is strictly prohibited. The procurement, deployment, use and management of this equipment must strictly comply with the Resident Identity Card Law of the People's Republic of China, the Personal Information Protection Law of the People's Republic of China, the Anti-Money Laundering Law of the People's Republic of China, and national laws, regulations and industrial technical standards regarding the management of citizens' identity information, public security administration, and financial security. Operation must be carried out exclusively by professionally trained personnel holding corresponding information security management or business operation post qualifications. Unauthorized units and individuals are strictly forbidden from purchasing, using or transferring this equipment. Unauthorized reading, storage, export, or disclosure of personal information from the resident identity card chip without statutory authorization is strictly prohibited. Any use of this equipment for purposes other than statutory identity verification is strictly prohibited.

Product Overview

The Second-Generation Resident Identity Card Reading & Verification Device — GA 450 Standard, Type B Contactless IC Card Reading, Built-in SAM Security Module, <1s High-Speed Reading, Person-Certificate Consistency Comparison & Verification Terminal (also referred to as the Second-Generation Resident Identity Card Reader or ICR-100 Series Identity Card Verification Device) is an authoritative identity information processing terminal compliant with the national GA 450 "General Technical Requirements for Desktop Resident Identity Card Readers" standard. It constitutes a core statutory identity verification device in the fields of public security, procuratorate and court, finance, hospitality, and social administration. Manufactured by Beijing Best United Technology Co., Ltd., as the first domestically certified device of its kind, it is not only a technological pioneer but also deeply participated in the drafting of the relevant technical standards of the Ministry of Public Security. The device employs ISO14443 Type B contactless IC card reading technology and integrates a dedicated Security Access Module (SAM). It is deeply customized for scenarios requiring extremely high security levels, statutory compliance, and precise "person-certificate consistency" identification. It perfectly adapts to various statutory identity verification scenarios, including the identity registration and verification of suspects in the case handling areas of public security organs, the identity confirmation of visitors to courts and procuratorates, the Customer Identification Program (KYC) for anti-money laundering compliance during account opening and large-value transactions at financial institutions, the public security administration real-name registration for hotel accommodation and internet cafe access, the real-name subscriber verification for mobile phone numbers by telecommunications operators, and the prevention of identity fraud through access control at various examinations and important venues. The system establishes bidirectional encrypted communication with the identity card chip, securely reading all personal information and fundamentally authenticating the document's authenticity in less than 1 second. Combined with professional verification software, it enables facial comparison between a live photo of the cardholder and the official photo stored in the chip, elevating identity verification from "verifying the authenticity of the document" to the higher security level of "verifying the identity of the cardholder." This fundamentally resolves long-standing industry pain points such as the risk of misjudgment in traditional manual visual identification of document authenticity, the inability to effectively identify impersonation where the person does not match the certificate, and the low efficiency of identity information registration. It provides statutory identity verification posts across various sectors with "chip-level anti-counterfeiting verification, millisecond-level information reading, precise person-certificate consistency identification, and authoritative GA 450 compliance" standardized identity information processing capability. It is a foundational and critical piece of equipment for constructing a social credit system, preventing identity fraud, and ensuring the standardization of law enforcement case handling.

Technical Principle

This device operates on the synergistic principles of ISO14443 Type B contactless IC card reading technology and dedicated Security Access Module encrypted communication. At the radio frequency communication layer, the device's built-in 13.56MHz RF antenna continuously emits electromagnetic waves of a specific frequency. When a second-generation resident identity card enters the effective reading range, the identity card chip is powered and activated through electromagnetic coupling, establishing a wireless communication link with the reader. The device uses Type B modulation for high-speed data exchange with the identity card chip. At the security verification layer, the reader incorporates a built-in dedicated Security Access Module (SAM), which holds the key system authorized by the State Cryptography Administration. When the identity card chip information is read, the SAM module and the chip perform bidirectional identity authentication and encrypted communication—the chip proves to the SAM module that it is a legally issued valid document, and the SAM module proves to the chip that it is an authorized and legitimate reading terminal. After mutual authentication, all personal information within the chip is transmitted via encrypted communication to the SAM module for decryption processing, and the plaintext information is finally securely output to the computer via the USB or RS232 interface. This chip-level security mechanism not only completely reads all statutory personal information—including name, identity card number, date of birth, address, issuing authority, and validity period—but also fundamentally authenticates the document chip's authenticity. Counterfeit documents, unable to replicate the key system of a legitimate chip, are identified and rejected during the bidirectional authentication stage. The entire card reading process is completed in less than 1.0 second. The provided professional verification software, upon reading the chip information, can activate a camera to capture a live photo of the cardholder for side-by-side comparison with the official high-definition photo stored in the chip, providing objective image evidence for determining "person-certificate consistency." This upgrades identity verification from a single "document authenticity" check to a closed-loop, trinity determination of "person-certificate-device."

Core Functions and Compliance Operational Value

GA 450 Industry Standard Setter and Chip-Level SAM Security Authentication, Providing Document Authenticity Verification with Statutory Evidentiary Effect
This device is the first domestically certified model of its kind to pass the GA 450 standard, and directly participated in the drafting of core standards such as the Ministry of Public Security's "GA 450 General Technical Requirements for Desktop Resident Identity Card Readers." The built-in dedicated Security Access Module (SAM), through the national key system, conducts bidirectional encrypted communication with the identity card chip, completing chip-level authentication of the document chip's authenticity in less than 1 second—counterfeit or altered documents are instantly identified and rejected because they cannot pass the SAM module's key authentication. This technologically eradicates the possibility of using fake identity cards to evade detection. This authoritative compliance and chip-level anti-counterfeiting capability ensure that the identity information obtained by financial institutions when fulfilling their statutory anti-money laundering obligations for customer identification, by public security organs when verifying the identity of suspects in case handling areas, and by the hospitality industry when conducting real-name registration in accordance with public security administration regulations, all possess statutory evidentiary effect. It fully satisfies the statutory requirement of the Resident Identity Card Law that "when a citizen needs to prove his or her identity for relevant activities, he or she has the right to use the resident identity card to prove his or her identity, and relevant entities and their staff shall not refuse."

Professional "Person-Certificate Consistency" Identification Function, Elevating Identity Verification from Document Verification to the Higher Security Level of Cardholder Confirmation
Upon reading the identity card chip information, the system's provided professional verification software can activate a camera to capture a live photo of the cardholder for side-by-side comparison with the official high-definition photo stored in the chip, providing the operator with objective image evidence to determine whether the cardholder is indeed the legitimate holder of the document. This function elevates the security level of identity verification from the traditional "document is valid, hence accepted" to "document is valid and the person matches the document." It effectively prevents identity fraud such as using another person's identity card for opening bank accounts, telecommunications fraud, and impersonation for accommodation. It provides a critical technical means that can withstand audit and legal scrutiny for high-risk scenarios including the anti-money laundering compliance of financial institutions, the real-name subscriber supervision of telecommunications operators, and the prevention of identity fraud in various examinations.

<1s High-Speed Card Reading and Flexible Dual-Interface Integration, Supporting Efficient Identity Verification in High-Concurrency Business Scenarios
The device reads cards in less than 1.0 second and supports dual communication interfaces (USB and RS232), allowing flexible integration into various business systems. This high-speed reading and flexible integration capability enables the device to be seamlessly embedded into complex business environments, including the integrated case handling platforms of public security and judicial authorities, the counter business systems of financial institutions, the front desk management systems of hotels, and the subscriber activation terminals of telecommunications operators. It maintains stable and efficient operational performance in daily business scenarios with high concurrency and high timeliness requirements, ensuring a smooth business process and user experience from the information acquisition end.

Compliant Application Scenarios

Identity Registration and Verification Scenario in the Case Handling Areas of Public Security, Procuratorial, and Judicial Systems
In the case handling areas of public security organs, the visitor registration offices of courts and procuratorates, and border checkpoints, law enforcement officers use this device to read the chip information and verify the authenticity of identity cards of suspects, visitors, and individuals entering or exiting the country. The SAM module's chip-level anti-counterfeiting discrimination capability instantly identifies counterfeit documents. The person-certificate consistency comparison function provides objective evidence for confirming the cardholder's true identity. Verification information is directly entered into the judicial case handling system to form a standardized registration record. The operational procedure fully complies with the requirements of the Resident Identity Card Law and the identity verification work standards of public security organs.

Customer Identification Program (KYC) Scenario for Account Opening, Large-Value Transactions, and Credit Approval in Financial Institutions
During business processes such as bank account opening, large-value cash transactions, and credit approval, staff of financial institutions use this device to perform chip-level information reading and authenticity verification of the customer's identity card, fulfilling the statutory KYC obligations stipulated by the Anti-Money Laundering Law. The person-certificate consistency comparison function provides an effective technical barrier to prevent financial crimes such as money laundering or fraud through opening accounts with another person's identity card.

Public Security Administration Real-Name Registration Scenario in the Hospitality, Internet Cafe, and Leasing Industries
In industries such as hotels, inns, internet cafes, and car rentals, operators use this device to conduct real-name registration and authenticity verification of the identity cards of individuals checking in, accessing the internet, or renting vehicles. The device's chip-level anti-counterfeiting and person-certificate consistency comparison functions effectively prevent violations involving the use of fake or others' documents for registration, meeting the real-name registration requirements of the Public Security Administration Punishments Law and industry public security regulations.

Real-Name Subscriber Verification and Identity Verification Scenario in Telecommunications and Civil Aviation Systems
When telecommunications operators process real-name subscriber registration for mobile phone numbers and during security checks and boarding at civil aviation airports, staff use this device for rapid and accurate identity verification, ensuring the strict implementation of the real-name system policy and the enforcement of aviation security controls.

Core Technical Parameters

The product model is the ICR-100 Series. It complies with the "GA 450 General Technical Requirements for Desktop Resident Identity Card Readers" standard. The card reading technology employs ISO14443 Type B contactless IC card reading technology. The security module is a built-in dedicated Security Access Module (SAM), supporting chip-level bidirectional encrypted authentication via the national key system. Core functions include reading all identity card information, verifying document authenticity, and supporting person-certificate consistency comparison and identification. The card reading speed is <1.0 second. The communication interface supports USB/RS232 options. System support covers Windows 2000/2003/XP and above operating systems.

Compliant Field Application Cases

During the upgrade of its province-wide case handling area information system, a provincial public security department uniformly deployed this Second-Generation Resident Identity Card Reading & Verification Device at the suspect registration windows of the case handling areas of public security organs in all cities and counties. During a subsequent operation to apprehend a cross-provincial burglary gang, a suspect brought into a case handling area attempted to use his brother's identity card to conceal his fugitive identity. The case handling officer used this device to read the chip of the identity card. The SAM module completed the bidirectional encrypted authentication in under a second and successfully read the chip information. However, when the provided verification software activated the camera to capture a live photo for person-certificate consistency comparison with the official photo stored in the chip, the system indicated that the facial feature match was below the threshold. The officer then conducted an in-depth interrogation and ultimately uncovered the suspect's true identity as a fugitive wanted for multiple burglaries. In this case, the chip-level anti-counterfeiting verification and person-certificate consistency comparison functions of the identity card reader successfully thwarted the fugitive's attempt to evade detection using a genuine (but another person's) identity document.

During the comprehensive upgrade of its branch network customer identification system, a state-owned commercial bank integrated this device into its counter business terminals. During a large-value withdrawal transaction, a customer presented an identity card. The teller used this device to read the chip information and, through the person-certificate consistency comparison function, captured a live photo for comparison with the chip photo. The system indicated an anomaly in the photo match. The teller immediately activated the risk response protocol. Further verification confirmed that the customer had borrowed the identity card from another person to circumvent the supervision of large-value transactions. The bank restricted the account in accordance with relevant anti-money laundering regulations. In this case, the device's chip-level verification and person-certificate consistency identification functions provided crucial technical support for the financial institution in fulfilling its statutory anti-money laundering obligations.

Manufacturer Information: Beijing Best United Technology Co., Ltd.
Website: https://www.bestlh.com
Address: Building C9, Jianziban, No.1 Courtyard, Jinghai Sixth Road, Yizhuang Development Zone, Beijing
Tel: 010-56526048