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With the continued urbanization in Southeast Asia, high-rise residential buildings and high-end apartments are increasingly demanding smarter and more secure access control systems. The Philippine access control market is experiencing steady growth, with new apartment projects in cities like Metro Manila and Cebu showing a strong demand for turnstiles. Recently, the turnstiles customized by HFSecurity for an apartment project in the Philippines have successfully completed all production and quality inspection processes and are about to be packaged and shipped. From solution design and structural development to complete assembly and full-process quality inspection, this batch of products was independently completed by HFSecurity's own factory, fully demonstrating the company's over 20 years of R&D and manufacturing experience in the turnstile field and its OEM/ODM full-chain customization capabilities. High-rise apartments face daily management challenges such as frequent resident entry and exit, and complex access for visitors and temporary personnel such as couriers. Traditional manual verification or simple access control methods have many shortcomings: property management struggles to verify the identity of residents; visitor registration relies on manual processes, which are inefficient and lack traceability; and congestion at entrances and exits during peak hours negatively impacts the resident experience. Apartment management urgently needs an intelligent access control system that can improve access efficiency and regulate personnel entry and exit. The Philippine client had specific requirements regarding the turnstile's dimensions, channel width, and color. HFSecurity, leveraging its strong R&D and engineering team, provided a full-process customized service from solution design to product delivery. In terms of structural design, HFSecurity precisely adapted the machine dimensions to the client's specified installation space and channel width requirements, ensuring optimal access within the limited space of the apartment entrance. The machine color was customized to match the client's requirements, harmonizing with the apartment lobby's décor. From exterior color and dimensions to brand logo silkscreen printing, HFSecurity delivers on demand, precisely matching the client's individual needs. HFSecurity turnstiles possess powerful scalability and integration capabilities. The turnstiles can be integrated with HFSecurity's multimodal biometric attendance terminal, which supports multiple recognition functions such as facial recognition, fingerprint recognition, palm vein recognition, QR code scanning, and NFC card reading. Upgrades can be achieved without replacing the main turnstile. The HFSecurity turnstile access control system seamlessly integrates with the HFIMS attendance management software platform. The system automatically records the passage time when personnel pass through the turnstile, synchronizing it to the backend in real time. This supports attendance statistics, entry/exit record tracking, and personnel access management. The platform also supports visitor QR code or temporary card authorization, and all access records are automatically archived. A blacklist management function can restrict access for specific personnel, recording their attempted access and triggering alerts. Attendance reports are automatically generated and can be exported and integrated with payroll systems, effectively improving property management efficiency. Quality is the bottom line for delivery and a core asset accumulated from HFSecurity's over twenty years of manufacturing experience. After production and assembly, this batch of customized turnstiles underwent comprehensive quality control throughout the entire process, from raw material sampling and process inspection to final assembly and factory re-inspection. The products have passed multiple quality inspection stages, including appearance inspection, structural inspection, electrical performance testing, and door opening/closing durability testing, ensuring that each turnstile meets design specifications in terms of structural strength, operational stability, and electrical safety. At the quality inspection site, testing personnel verified key performance aspects of the turnstiles, such as opening and closing speed, passage logic, anti-pinch function, and power-off opening. The main structure of the turnstile is robust, the surface treatment is refined, and the motor operates smoothly. Only after all test items meet the standards can the products enter the packaging and warehousing stage, awaiting shipment. HFSecurity has over 20 years of experience in the R&D and manufacturing of biometric devices and turnstiles. It has its own modern production base covering the entire process from sheet metal processing, surface treatment, electronic assembly, software programming, to complete machine testing. The company not only provides standardized turnstile products but also supports full-process OEM/ODM customization services, from hardware structure and functional configuration to appearance design. HFSecurity's turnstile product line covers a full range, including speed gates (swing gates), wing gates, tripod turnstiles, and full-height turnstiles, suitable for various scenarios such as apartments, commercial buildings, industrial parks, schools, and hospitals. HFSecurity products have also obtained multiple international certifications and are exported to hundreds of countries and regions worldwide. The successful delivery of this customized turnstile project for an apartment building in the Philippines further demonstrates HFSecurity's end-to-end service capabilities in the field of customized turnstiles—from initial needs assessment and solution design, to structural development and manufacturing, and finally to quality inspection, delivery, and after-sales support, HFSecurity provides customers with a one-stop, end-to-end customized service experience. In the future, HFSecurity will continue to deepen its presence in the global market, leveraging reliable hardware quality, flexible customization capabilities, and a comprehensive service system to help more customers achieve intelligent upgrades in access control management. Global partners are welcome to visit the HFSecurity factory to discuss turnstile customization and project cooperation.

Bosnia and Herzegovina is at a critical juncture in its digital transformation. According to industry research reports, the next-generation biometric authentication market (2025-2031) in Bosnia and Herzegovina is steadily growing, with facial recognition and fingerprint recognition becoming the two core authentication methods. The corporate biometric market is also expanding, with fingerprint and facial recognition technologies rapidly penetrating areas such as attendance management, access control, and workforce management. Meanwhile, Bosnia and Herzegovina's Personal Data Protection Act, which will come into effect in October 2025, fully aligns with the EU's GDPR, explicitly classifying biometric data as sensitive personal data, imposing higher compliance requirements on companies collecting, storing, and processing fingerprint, facial, and other biometric information in attendance and access control management. Against this backdrop, HFSecurity's multi-functional biometric attendance machine has been successfully implemented in several companies in Bosnia and Herzegovina. With its core features of multi-modal recognition (face/fingerprint/NFC) and GDPR-compliant design, it provides local businesses with a secure, efficient, and compliant intelligent attendance and access control solution. Bosnian companies are accelerating their transformation from traditional attendance methods to intelligent and automated management. Traditional methods such as IC cards and paper sign-in are increasingly proving inadequate in terms of anti-cheating measures, data statistics, and management efficiency. Simultaneously, with the implementation of Bosnia and Herzegovina's Personal Data Protection Law, companies are placing higher demands on the compliance of attendance devices in the collection, storage, and transmission of biometric data. More and more companies are seeking contactless, high-precision, anti-cheating biometric attendance solutions that comply with GDPR standards. HFSecurity's multi-functional biometric attendance terminal integrates face recognition, fingerprint recognition, and NFC card swiping authentication. The device is equipped with a high-sensitivity human body sensor; the screen automatically wakes up when a person approaches, allowing the device to enter the identification state without any button operation. Employees can flexibly choose their access method based on their own habits—those who prefer contactless access can choose facial recognition, while those accustomed to traditional methods can use fingerprint or NFC card swiping. These three recognition methods operate in parallel, ensuring that employees of different ages and with different usage habits can smoothly complete attendance tracking. Facial recognition utilizes a high-precision binocular camera and infrared liveness detection technology, supporting accurate recognition in various lighting conditions and effectively resisting forgery methods such as photos and videos. Employees can complete contactless and rapid verification simply by approaching the device. Fingerprint recognition uses a high-precision capacitive fingerprint sensor, unaffected by slight peeling or moisture on the fingers, ensuring stable and reliable recognition. NFC card swiping retains the traditional access card usage habit, providing an alternative for employees unfamiliar with biometric devices. All three methods are uniformly integrated into the backend management system, with attendance records uploaded in real time, allowing managers to view employee attendance status for each department and time period at any time. With the Bosnian Personal Data Protection Law officially taking effect in October 2025, biometric data is explicitly listed as sensitive personal data, requiring companies to meet strict legal requirements when collecting, storing, and processing biometric information such as fingerprints and faces. The Bosnian Data Protection Authority has been granted stronger enforcement powers, and companies that violate regulations may face fines of up to 40 million convertible marks or 4% of their global turnover. HFSecurity's multi-functional biometric attendance machine incorporates GDPR compliance mechanisms from the outset, ensuring that companies meet all requirements of Bosnian data protection regulations during use: Local Encrypted Storage: All fingerprint templates and facial feature data are stored locally with high-strength encryption, without passing through any third-party cloud, ensuring that biometric data does not leave the country or be transmitted externally. Minimum Data Collection Principle: The device only collects the minimum biometric information necessary for identity verification, without storing original images, only saving encrypted feature templates, complying with the GDPR's "data minimization" principle. Data Deletability: When an employee leaves or the company ceases using the device, all biometric data can be completely deleted with one click, satisfying the GDPR's "right to be forgotten" requirement. Traceable Operation Logs: Every identification and data operation is automatically logged, facilitating compliance audits and data security traceability for companies. HFSecurity's multi-functional biometric time and attendance machine supports various installation methods, including wall mounting, desktop placement, and floor-standing, adapting to different scenarios such as office entrances, factory workshops, and school access control. The device supports offline operation; even during network interruptions, it can still recognize and locally store access records, automatically synchronizing to the backend upon recovery to ensure no data loss. Furthermore, HFSecurity provides a free SDK and complete API interfaces, allowing enterprise IT teams to integrate their attendance systems into their own HR, OA, or payroll management platforms, achieving personnel information synchronization, automatic attendance data push, and unified access control. The successful deployment of HFSecurity's multi-functional biometric time and attendance machine in Bosnia and Herzegovina demonstrates the broad application prospects of multimodal biometric technology in the Southeast European market. From multimodal recognition to GDPR compliant design, from intelligent sensor wake-up to open integration, HFSecurity provides Bosnian enterprises with a end-to-end solution from attendance management to data compliance. As Bosnia and Herzegovina continues its digital transformation and EU integration process, HFSecurity will continue to help more Southeast European companies achieve intelligent and compliant upgrades in attendance management through reliable hardware quality, open customization capabilities, and compliant design concepts.

Iraq is accelerating its national reconstruction and digital transformation. With the increasing demands for security and efficiency from government, finance, energy, and telecommunications sectors, biometric technology is being widely applied in attendance management, access control, and personnel verification. According to industry research reports, the Iraqi facial recognition equipment market is in a steady growth phase; the facial recognition AI camera segment for attendance tracking and monitoring is expected to maintain continuous growth between 2021 and 2031. At the same time, the shift from traditional identification methods to biometric solutions such as fingerprint and facial recognition is accelerating, and enterprises are increasingly demanding intelligent attendance systems that combine high accuracy, seamless access, and centralized management capabilities. To address this market demand, HFSecurity's facial recognition AI camera attendance solution has been successfully deployed in multiple Iraqi companies. This solution uses a contactless facial recognition attendance camera as its core terminal, equipped with the HFIMS intelligent management platform. It supports simultaneous recognition of up to 32 faces on a single device, enabling employees to pass through quickly and seamlessly, and automatically generating attendance records. Multiple terminal devices are centrally managed through a unified platform. Iraqi companies have long faced multiple challenges in attendance management. Traditional fingerprint attendance systems are affected by factors such as peeling, dampness, and dirt on fingers, resulting in a high failure rate. IC cards and paper sign-in systems struggle to prevent proxy clocking and misuse, leading to significant data distortion. In densely populated areas such as offices, factories, and government agencies, long queues for clocking in during peak hours are common, impacting employee experience and reducing overall management efficiency. Simultaneously, companies have an increasingly urgent need for centralized management of attendance data across multiple office locations and terminals—dispersed attendance devices and independent management backends result in time-consuming data aggregation, cumbersome report generation, and difficulties for managers in monitoring overall attendance dynamics in real time. The market urgently needs a contactless, high-precision, anti-cheating, and centrally managed intelligent attendance solution. HFSecurity's AI-powered facial recognition camera attendance solution uses an AI smart camera as its core terminal, employing high-precision facial recognition algorithms and edge computing technology. Deployed in key locations such as office entrances and corridors, employees can complete identity verification and attendance recording simply by walking naturally, without stopping or requiring special cooperation. This camera is suitable for both indoor and outdoor environments and can be flexibly deployed in various scenarios such as company lobbies, factory entrances, and outdoor passageways. The camera supports simultaneous recognition of up to 32 faces per device. During peak hours, multiple employees can pass through the attendance area simultaneously, and the device automatically completes identity verification and attendance recording for all personnel, completely eliminating the inefficient "one person, one swipe, queuing" mode of traditional attendance devices. The device supports accurate recognition and infrared liveness detection in various lighting conditions, effectively resisting forgery methods such as photos and videos, ensuring that the person clocking in is the correct person. Employees can complete recognition while walking naturally, without needing to deliberately align themselves with the device. The solution supports multiple installation methods, including wall mounting and ceiling mounting, and can be flexibly adapted to different scenarios such as office entrances, factory workshops, and government agency lobbies. The device supports offline operation, maintaining normal recognition and local storage of access records even during network interruptions. Upon network recovery, it automatically synchronizes to the backend, ensuring no data loss. The HFSecurity facial recognition AI camera attendance solution is equipped with the HFIMS intelligent management platform, supporting integration with various biometric terminals to centrally manage attendance, access control, visitor management, and other functions. Administrators can centrally manage multiple camera terminals distributed across different office locations and areas through a unified backend, enabling synchronized personnel information, remote device configuration, and unified aggregation of attendance data. Through the HFIMS platform, administrators can achieve the following core functions: Centralized Management of Multiple Terminals: Headquarters can centrally manage attendance cameras distributed across multiple offices, factories, or branches, viewing the online status and operational status of each terminal in real time. Automatic Attendance Data Aggregation: Recognition records from each terminal are uploaded to the platform in real time. The system automatically compares them with shift schedules, generating visual reports on lateness, early departure, absence, and overtime, supporting export to Excel or integration with the company's existing payroll system. Real-time monitoring and anomaly alerts: Administrators can view personnel access records and attendance dynamics at each entrance and exit in real time. The system automatically sends alerts for abnormal behaviors such as entry/exit outside of working hours and consecutive absences. Remote configuration and maintenance: Device parameter adjustments, personnel information updates, and firmware upgrades can be completed without on-site visits, significantly reducing maintenance costs across multiple locations. Blacklist management: Enterprises can blacklist former employees, those violating regulations, or individuals with specific risks. When a blacklisted individual attempts to identify themselves on any terminal, the system will refuse access and automatically trigger an alarm, while recording the time, location, and method of the attempt, effectively preventing former or unauthorized personnel from entering office areas. The HFIMS platform offers lifetime free use with no subscription fees, providing enterprises with long-term software services at zero cost. Through deep hardware and software synergy, HFIMS provides enterprises with a complete intelligent attendance and access control management solution. HFSecurity has over 20 years of experience in the R&D and manufacturing of biometric devices, providing enterprise clients with end-to-end customized services from hardware to software. The device's exterior color, brand logo silkscreen, user interface language, and function menus can all be flexibly configured according to the company's actual management requirements. A free SDK and complete API documentation are also provided, supporting enterprise IT teams to integrate the attendance system into their own HR, OA, or payroll management platforms, achieving synchronized personnel information, automatic attendance data push, and unified access control. The successful deployment of HFSecurity's facial recognition AI camera attendance solution in Iraq demonstrates the broad application prospects of seamless multi-person recognition technology and centralized management platforms in enterprise attendance scenarios. From seamless facial recognition to simultaneous check-in for 32 people, from centralized multi-terminal control via HFIMS to lifetime free use, HFSecurity provides Iraqi enterprises with a full-chain intelligent solution from attendance collection to data management. With the continued advancement of Iraq's digital transformation and infrastructure construction, HFSecurity will continue to help more Iraqi enterprises achieve comprehensive digital and intelligent upgrades in attendance management through reliable hardware quality, open customization capabilities, and a comprehensive software platform.

Recently, Chongqing Huifan Technology Co., Ltd. (HFSecurity) officially received a utility model patent certificate from the State Intellectual Property Office for a "Multimodal Identity Verification Terminal." This patent focuses on the structural optimization of multimodal fusion biometric hardware terminals, marking another addition to HFSecurity's independent intellectual property rights in the field of fingerprint, face, and palm vein composite identity verification devices. It further strengthens the company's R&D capabilities for hardware solutions for global security, government affairs, and immigration scenarios, empowering domestic and international customers with efficient and secure identity management through core technologies. On July 21, 2026, Chongqing Huifan Technology Co., Ltd. (brand: HFSecurity) successfully obtained a utility model patent for a multimodal identity verification terminal authorized by the State Intellectual Property Office, representing a significant milestone in the company's innovative R&D of multimodal biometric hardware product lines. Deepening its expertise in multimodal recognition and optimizing the core architecture of terminal hardware As global identity verification scenarios continue to demand higher levels of security, accuracy, and ease of use, single biometric methods are no longer sufficient to meet the complex needs of scenarios such as government document processing, border inspections, corporate access control, campus security, and medical identity collection. This authorized patent innovates and improves the overall structure of a multimodal identity verification terminal, integrating multiple biometric feature collection modules such as face, fingerprint, and palm vein recognition into a single layout. It optimizes the internal optical path, heat dissipation, and wiring structure, addressing industry pain points such as the bulkiness, recognition interference, complex installation and debugging, and poor stability in outdoor environments of traditional multimodal recognition integrated devices. Verification terminals built upon this patented technology can simultaneously collect and compare multiple biometric information, significantly enhancing identity verification capabilities through multiple checks. The integrated and compact structure adapts to various installation methods, including desktop, wall-mounted, and gate-embedded installations, balancing commercial portability with industrial-grade durability, and meeting the diverse deployment needs of various overseas regions, including Africa, Southeast Asia, and the Middle East. 21 Years of Technological Accumulation, Continuously Building a Moat of Independent Intellectual Property Rights Founded in 2005, HFSecurity (Chongqing Huifan Technology) has been deeply involved in the biometric security field for 21 years. Adhering to the core strategy of "independent R&D and technology export," the company has established a complete R&D team encompassing hardware structure, biometric algorithms, and integrated hardware and software. Inventor Wang Gaoxin leads the R&D team in long-term targeted efforts to address pain points in overseas government and immigration equipment, continuously iterating on multimodal fusion recognition hardware products. To date, the company has accumulated dozens of utility model, design, and invention patents, including fingerprint collectors, palm vein recognition devices, facial recognition terminals, and multimodal verification all-in-one machines. These patents cover core dimensions such as the mechanical structure, optical acquisition, and circuit integration of biometric devices, forming a comprehensive intellectual property protection system. This effectively mitigates intellectual property risks associated with overseas exports, allowing the company to showcase its uniquely technologically advanced hardware products at international exhibitions such as the Canton Fair, INTERSEC, and ID4Africa. Empowering the Global Market with Technology, Providing High-Security Identity Solutions for Overseas Clients Leveraging its patented multimodal terminal technology, HFSecurity will accelerate the iteration of its next-generation composite identity verification equipment, offering highly integrated, highly secure, and low-cost one-stop identity verification solutions to immigration bureaus, police stations, government service halls, banks, and corporate parks worldwide. The products can be widely applied in scenarios such as citizen document processing, mobile population registration, border security checks, and corporate employee attendance management, perfectly matching the core requirements of various countries for identity anti-counterfeiting, data security, and device localization. In the future, HFSecurity will continue to increase its investment in the research and development of biometric multimodal fusion technology, continuously enrich its patent portfolio, drive product innovation with its proprietary core technologies, and provide global partners with more reliable and cutting-edge biometric security hardware and overall solutions, contributing to the upgrade of global digital identity security management.

Recently, a delegation of clients from Ghana visited HFSecurity headquarters, where they held in-depth business discussions and technical exchanges with HFSecurity CEO Mike and the core team regarding the latest identity verification equipment and solutions. This visit not only deepened both parties' understanding of each other's technological capabilities and market strategies but also laid a solid foundation for long-term strategic cooperation in the West African market. As a pioneering country in digital transformation in West Africa, Ghana is vigorously promoting the upgrading of its national infrastructure centered on digital identity. In recent years, Ghana has made significant progress in building its digital identity system, implementing several large-scale biometric projects. For the 2020 general election, tens of thousands of fingerprint and facial recognition devices were procured for voter registration. The National Identity Agency (NIA) recently mandated biometric verification, requiring all businesses and institutions to scan and verify Ghanaian identity cards (Ghana Cards) via a biometric app, prohibiting verification through photocopying or visual inspection. In the security technology sector, the Ghanaian market is showing strong demand for high-end equipment such as intelligent video surveillance systems, biometric technologies, and wireless alarm systems. The fingerprint recognition system market is steadily growing, and the market is accelerating its transition to biometric access control systems such as fingerprint and facial recognition. The government's increasing focus on security issues and the adoption of advanced technologies are jointly driving the continued expansion of the Ghanaian biometrics and access control market. Driven by both policy and market forces, local partners and end-users in Ghana are increasingly demanding next-generation biometric solutions that offer high security, high reliability, and flexible deployment. During this visit, the HFSecurity team showcased its latest R&D achievements and product portfolio in the field of identity verification to Ghanaian clients. This included a range of solutions optimized for the African market, such as multimodal biometric attendance terminals, palm vein recognition devices, fingerprint readers, and portable biometric kits. At the technical exchange meeting, the HFSecurity team detailed the company's core technological advantages in biometrics—over 20 years of R&D and manufacturing experience, a full stack of self-developed algorithms, open SDKs and APIs, and end-to-end OEM/ODM customization capabilities from hardware to software. They also expressed HFSecurity's strong commitment to the Ghanaian market and its long-term investment commitment. Ghanaian clients shared their specific needs and challenges in the local market, including digital identity authentication, corporate attendance management, government security management, and financial KYC identity verification. Of particular note is the surge in demand from local businesses for compliant, secure, and efficient identity verification equipment, driven by the Ghanaian government's mandatory implementation of biometric verification. Both parties engaged in in-depth discussions on how to deeply integrate HFSecurity's mature solutions with the localized needs of the Ghanaian market. The client highly praised HFSecurity's deeply customized services and the environmental adaptability of its products in the African market. Following the meeting, the Ghanaian client, accompanied by the company team, visited HFSecurity's modern production base and product showroom, gaining a comprehensive understanding of the entire manufacturing process, from R&D and design, sheet metal processing, electronic assembly to final product testing. In the product showroom, the client experienced firsthand the company's core products, including multimodal biometric attendance terminals, palm vein recognition devices, fingerprint readers, and portable biometric kits, personally experiencing their recognition speed, environmental adaptability, and multimodal recognition capabilities. In the factory workshop, the client inspected HFSecurity's quality control system—a comprehensive quality management process from raw material sampling and process inspection to aging testing and final inspection before shipment. The client highly praised the company's stringent quality control standards and standardized production management, and expressed strong approval of HFSecurity's product environmental adaptability—especially its optimized design for scenarios involving high temperature and humidity, power fluctuations, and unstable networks. This visit by the Ghanaian client marks another important step in HFSecurity's commitment to the West African market. As a biometric solutions provider with operations in numerous countries and regions worldwide, HFSecurity has established long-term and stable strategic partnerships with a large number of overseas clients. Previously, the HFSecurity team had visited Ghana multiple times for client visits and project research, establishing close collaborations with local system integrators and government project clients. Through this in-depth face-to-face exchange and site visit, both parties reached a preliminary consensus on future project cooperation directions, product customization, localization support, and a long-term strategic cooperation framework. The Ghanaian client stated that this visit gave them full confidence in HFSecurity's technical strength and manufacturing capabilities, and they look forward to launching collaborative projects as soon as possible to jointly promote the implementation and application of advanced identity verification solutions in the Ghanaian market. Mike, CEO of HFSecurity, stated, “Ghana is one of the most promising biometric and security markets in West Africa, and we highly value every in-depth exchange with our Ghanaian clients. Today’s visit not only allowed our clients to experience firsthand the technological strength and manufacturing quality of our products, but also gave us a deeper understanding of the real needs of the local market. We will continue to work with our Ghanaian partners with an open attitude, reliable products, and flexible customization services to drive the intelligent upgrade of identity verification and security management in West Africa.”

As a major financial and commercial hub in the Asia-Pacific region, Singapore consistently maintains a leading position in the region for access control and security systems. Government departments have extremely stringent requirements for the quality standards and compliance of security equipment. According to industry reports, the Singapore access control market reached US$117.5 million in 2025 and is projected to grow to US$253.8 million by 2034, representing a CAGR of 8.67%. With the increasing demands for both efficiency and security from government departments, public facilities, and high-end commercial buildings, speed gates, with their rapid opening and closing, precise access control, and aesthetically pleasing design, are becoming standard equipment for Singapore government agencies and high-end commercial venues. Recently, HFSecurity successfully completed all production and quality inspection processes for the speed gates customized for a Singapore government agency and is about to be packaged and shipped. From solution design and structural development to complete assembly and end-to-end quality inspection, this batch of products was entirely completed independently by HFSecurity's own factory, fully demonstrating the company's over 20 years of R&D and manufacturing experience in the turnstile field and its OEM/ODM full-chain customization capabilities. The government agency had clear and strict requirements regarding the turnstile's appearance design, access logic, identification module integration, and installation dimensions. HFSecurity, relying on its strong R&D and engineering team, provided the client with a full-process customized service from solution design to product delivery. In terms of structural design, HFSecurity completed the customized development of the machine body according to the client's specified material, color, and size requirements. The body is made of SUS304 stainless steel, balancing strength and aesthetics, meeting the government agency's dual standards for equipment durability and appearance quality. In terms of functional configuration, this product integrates two identification modules—RFID card reading and QR code scanning—according to the client's needs, enabling dual verification through card swiping and QR code scanning, adapting to different usage scenarios and personnel groups. At the software and system level, HFSecurity supports deep customization of the boot interface, prompt voice, and communication protocols, ensuring seamless integration between the turnstiles and the customer's existing access control management platform. From exterior color and brand logo silkscreening to the location of the recognition module and channel width, HFSecurity can deliver everything according to requirements. Government agencies have far higher requirements for equipment quality and security than general commercial projects. Product quality is the bottom line for delivery and the core of HFSecurity's more than 20 years of manufacturing experience. After production and assembly, this batch of customized turnstiles underwent full-process quality control, from raw material sampling, process inspection, complete machine assembly to final factory inspection. The products passed multiple quality inspection stages, including appearance inspection, structural inspection, electrical performance testing, door opening and closing durability testing, and recognition module integration testing, ensuring that each turnstile meets design specifications in terms of structural strength, operational stability, recognition accuracy, and electrical safety. At the quality inspection site, testing personnel verified key performance aspects of the turnstiles, such as opening and closing speed, passage logic, anti-pinch function, and power-off gate opening. The turnstile's main structure is robust, its surface treatment is meticulous, its motor runs smoothly, and its recognition response is rapid. Only after all testing items meet the standards can the product enter the packaging and warehousing stage, awaiting shipment. HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric devices and turnstiles. It has its own modern production base, covering the entire process from sheet metal processing, surface treatment, electronic assembly, software programming, to complete machine testing. The company not only provides standardized turnstile products but also supports full-process OEM/ODM customization services, from hardware structure and functional configuration to recognition terminals and software platforms. HFSecurity's turnstile product line covers a full range, including speed gates (swing gates), wing gates, tripod turnstiles, and full-height turnstiles, suitable for various scenarios such as government agencies, commercial buildings, industrial parks, schools, hospitals, and sports stadiums. The company provides a free SDK and complete API interfaces, supporting customers in integrating their turnstile systems into their own management platforms. Furthermore, HFSecurity products have obtained multiple international certifications and are exported to hundreds of countries and regions worldwide. Singapore serves as a crucial strategic hub for HFSecurity in the Southeast Asian market, with the company already having an office and service network there. The successful delivery of this customized speed gate project for a government agency further demonstrates HFSecurity's end-to-end service capabilities in the high-end turnstile customization field—from initial needs assessment and solution design, to mid-stage structural development and manufacturing, and finally to quality inspection, delivery, and after-sales support, HFSecurity provides clients with a one-stop, end-to-end customized service experience. Looking ahead, HFSecurity will continue to deepen its presence in the global market, leveraging reliable hardware quality, flexible customization capabilities, and a comprehensive service system to help more government agencies and international clients achieve intelligent upgrades in access control management. We welcome global partners to visit the HFSecurity factory to discuss turnstile customization and project cooperation.

In the access control and time attendance field, facial recognition and fingerprint recognition devices have fallen into severe homogenization competition—product functions are converging, technological barriers are blurred, and channel partners are forced into a price war of low-price bidding, continuously squeezing profit margins. In response to this industry predicament, HFSecurity officially launched the RA08 multimodal biometric time and attendance terminal, integrating facial recognition, palm vein recognition, and NFC, and simultaneously introduced four major safeguards—highly competitive tiered agency pricing, rolling reserves of a single core chip and sensor, strict regional protection policies, and a complete set of mature marketing materials—building a profit moat for channel partners from four dimensions: pricing, supply, region, and marketing. Biometric technology has become the mainstream of time and attendance access control equipment, with facial recognition alone capturing a significant market share in time and attendance machines and integrated access control systems. However, the expansion of the market has not allowed all participants to share the benefits. After years of development, facial and fingerprint recognition technologies have matured, with well-established supply chains and lowered entry barriers, leading to a surge of manufacturers and highly homogenized products. In bidding and channel sales, price has become the primary competitive factor, forcing distributors to participate in bidding with extremely low or even zero profit margins, surviving only on meager after-sales service and installation fees. Meanwhile, end-user pain points regarding facial and fingerprint recognition remain unresolved—fingerprint recognition is affected by peeling, dampness, and dirt on the fingers, while facial recognition is affected by lighting, masks, and angles. Users are willing to pay a premium for products that truly address these pain points, but distributors lack differentiated, high-value products to penetrate the market. The HFSecurity RA08 multimodal biometric attendance terminal integrates facial recognition, palm vein recognition, and NFC card swiping, covering diverse needs across different scenarios and user groups with a single device. Facial Recognition: Supports accurate recognition and liveness detection in various lighting conditions, effectively resisting forgery using photos and videos, enabling contactless and rapid access. Palm vein recognition: This is the core differentiating feature of the RA08. This technology uses near-infrared light to read the distribution of subcutaneous veins in the palm for identity authentication. Veins are an internal physiological feature of the human body, hidden beneath the skin of the palm, making them extremely difficult to replicate or forge. Furthermore, they can only be read by a living person and are unaffected by peeling skin, moisture, dirt, or factors such as light changes or wearing a mask. The global revenue of palm vein recognition modules was approximately RMB 2.351 billion in 2025, and the palm vein biometric market was valued at US$1.28 billion in 2025, projected to grow to US$3.52 billion by 2032, with a CAGR of 15.50%. The RA08 directly brings this rapidly growing blue ocean technology sector into the product portfolios of its channel partners. NFC card swiping: Retaining traditional card swiping habits, meeting the access needs of different user groups. HFSecurity understands that the profit margin of its channel partners is the cornerstone of long-term cooperation. To this end, the company has officially launched four major safeguard measures, building a comprehensive profit protection system for partners across four dimensions: pricing, supply, region, and marketing: HFSecurity provides partners with a highly competitive tiered agency pricing system. As procurement volume increases and unit costs continue to decrease, partners have ample pricing flexibility and profit margins in project bidding. Regardless of project size, partners can achieve substantial profit returns while ensuring a high success rate. Supply chain stability is the lifeline of project delivery. HFSecurity has secured a 12-month rolling reserve of core chips and sensors. Regardless of fluctuations in the global supply chain, partners' project delivery will not be affected, eliminating concerns about cost overruns and delivery risks caused by supply disruptions or price increases. HFSecurity implements a strict regional protection policy, severely cracking down on cross-regional sales. Each contracted partner enjoys exclusive operating rights within their authorized territory, eliminating concerns about price chaos of the same brand's products eroding profits in different regions. Regional protection empowers partners to invest in market development and resource expansion, truly achieving "rewards for hard work." HFSecurity provides partners with a full suite of mature marketing materials, including product brochures, solution white papers, demonstration videos, tender document templates, and case studies. Partners can quickly launch market promotions without building a marketing system from scratch, shortening the sales cycle and reducing customer acquisition costs. The fierce competition in the facial recognition and fingerprint access control market stems from the erosion of profits caused by product homogenization. The HFSecurity RA08 three-in-one multimodal attendance terminal, with palm vein recognition as its core differentiating technology, provides partners with a powerful tool to escape price wars. Four guarantees, covering pricing, supply, regional coverage, and marketing, provide systematic protection for partners' profit margins. HFSecurity cordially invites global channel partners to join us in opening up a new blue ocean of biometric access control and attendance systems with differentiated products and systematic guarantees.

In the Central African region, the Democratic Republic of Congo (DRC) is accelerating the digital reform of its defense and security system. For a long time, the country's military and security departments have faced severe challenges such as lagging personnel identity management and a lack of biometric infrastructure. Analysis indicates that the lack of biometric technology at the police and military levels makes personnel tracking extremely complex; audit reports also show a large number of non-compliant or unverifiable identity information records within security departments. To fundamentally solve this problem, the DRC authorities have listed a biometric identity registration program as a core task of national security reform. Against this backdrop, HFSecurity's palm vein recognition device has been successfully deployed in the DRC for military personnel identity management. In this project, the client independently completed the system integration and development based on HFSecurity's open technology platform, deeply integrating palm vein recognition capabilities into the military identity management system, providing solid technical support for the DRC's defense and security construction. Military personnel identity management places extremely stringent requirements on security, accuracy, and reliability. Traditional identification methods—such as paper credentials, IC cards, and simple passwords—expose a series of fatal flaws in military scenarios: credentials are easily forged, cards can be misused, passwords are easily leaked, and it is difficult to achieve a unique binding between personnel identity and biometric features. In the Democratic Republic of Congo, with its high personnel mobility and complex security situation, these shortcomings directly threaten the security of military facilities, armories, classified areas, and border control. Military administrators urgently need an unforgeable, contactless, and high-precision biometric technology capable of accurately collecting, uniquely binding, and rapidly verifying military personnel identities, while also supporting deep integration with existing military management systems. HFSecurity's palm vein recognition device uses near-infrared light technology to read the distribution of subcutaneous veins in the palm for identity authentication. Palm veins are an internal physiological feature of the human body, hidden beneath the skin of the palm, making them extremely difficult to replicate or forge, and can only be read by a living person—photographs, screen captures, and prosthetic models all fail to pass verification. This technology is widely recognized as one of the most secure biometric technologies currently available, with recognition accuracy comparable to iris recognition. Compared to fingerprint recognition, palm vein recognition does not require contact with the device surface, eliminating the risk of fingerprint duplication or "theft," and is unaffected by conditions such as peeling skin, moisture, or dirt on the fingers. Compared to facial recognition, palm vein recognition is unaffected by changes in lighting or camouflage. This characteristic is particularly crucial in military scenarios—the vein distribution in a soldier's palm remains unchanged throughout their life, unaffected by external environment or physiological state, ensuring long-term stability and reliability of identity verification. Palm vein recognition technology has been practically applied in security management in defense, military industry, military ammunition depots, and military restricted areas. The core highlight of this project in the Democratic Republic of Congo lies in the client's high level of independent integration capabilities. Instead of using standardized off-the-shelf software, the client's technical team independently completed the deep integration of the palm vein recognition system with the military identity management platform, based on the open technology platform provided by HFSecurity. Through this open architecture, the client achieved the following core capabilities: Establishment of a military biometric database: The palm vein characteristic information of active-duty and reserve military personnel is entered into the system, forming a unique and tamper-proof biometric ID that corresponds one-to-one with personnel files. Accurate identity verification: Palm vein recognition terminals are deployed at key locations such as military facility entrances and exits, armories, and classified areas. Military personnel can complete identity verification simply by raising their hand, preventing forgery and impersonation. Hierarchical access control: Differentiated access permissions are set according to different military ranks and positions, ensuring that personnel can only enter authorized areas. Data security and compliance: All biometric data is encrypted and stored locally on the device, supporting purely local deployment and meeting the stringent requirements of the military field for data sovereignty and security compliance. This open architecture provides ample room for future functional expansion for the client (such as integration with the defense personnel system and unified management across multiple military branches), fully protecting the client's long-term investment. The deployment of HFSecurity palm vein recognition devices in the military environment of the Democratic Republic of Congo has brought multi-dimensional core value. From a security perspective, the "unforgeable" nature of palm vein recognition fundamentally prevents identity theft, building a reliable security defense for military restricted areas, armories, and classified zones. From a management perspective, a unified biometric database enables military management to accurately track personnel movements, significantly improving identity verification efficiency and the scientific nature of personnel management. From a compliance perspective, each identity verification generates a traceable electronic record, providing reliable data support for military security audits. The successful implementation of this solution represents a significant breakthrough for HFSecurity in the field of military security in Africa and provides a reusable technological paradigm for regional defense digitalization. The successful implementation in the Democratic Republic of Congo further demonstrates the mature application capabilities of HFSecurity's palm vein recognition technology in high-security scenarios. As a biometric solutions provider with operations in numerous countries and regions worldwide, HFSecurity will continue to deepen its presence in the African market, providing highly secure and reliable identity verification solutions for defense, security, and public services with more reliable hardware quality and more open customization capabilities, safeguarding security through technology.

Recently, HFSecurity's palm vein attendance solution was successfully deployed in several Indian companies. The core of this project lies in the client's high level of independent integration capability—based on the open development tools provided by HFSecurity, the client successfully integrated palm vein recognition capabilities into their own attendance management system, achieving a closed-loop digital attendance system from hardware data collection to software management. This open collaboration model provides a new practical example for the intelligent upgrade of attendance management in Indian enterprises. Indian companies are accelerating their transformation from traditional attendance methods to intelligent and automated management. Traditional methods such as IC cards and fingerprints are gradually showing shortcomings in terms of anti-cheating, hygiene, and unified data management—cards are easily lost, fingerprint recognition rates are affected by finger condition, and proxy clocking-in is frequent. At the same time, companies have an increasingly urgent need for the integration of attendance data with HR and payroll systems. More and more companies are seeking contactless, high-precision, and fraud-proof biometric attendance solutions, hoping to deeply integrate attendance hardware with their own management systems to achieve automatic data flow and unified control. HFSecurity's palm vein attendance terminal uses near-infrared light technology to read the distribution of subcutaneous veins in the palm for identity authentication. Palm veins are an internal physiological feature of the human body, hidden beneath the skin of the palm, making them extremely difficult to copy or forge, and requiring a living person to be read—photos, screen captures, and spurious models all fail verification. This technology employs a "palmprint + palm vein" two-factor authentication mechanism; both must match simultaneously to complete verification. Compared to fingerprint recognition, palm vein recognition does not require contact with the device surface, eliminating the risk of fingerprint copying or "theft," and is unaffected by conditions such as peeling skin, moisture, or oil on the fingers. Compared to facial recognition, palm vein recognition is unaffected by changes in lighting, wearing masks, or facial angles. Palm vein recognition is widely recognized as one of the most secure biometric technologies currently available, particularly suitable for India's hot and humid climate and diverse office environments. In this Indian project, the client did not use standardized attendance software. Instead, based on the free SDK and complete API documentation provided by HFSecurity, their IT team independently completed the seamless integration of the palm vein recognition device with their existing HR system: Seamless System Integration: Verification results, user IDs, and access records from the palm vein recognition device were quickly integrated into the client's existing HR, attendance, or OA management platform, achieving unified identity authentication and data flow. Automatic Attendance Data Push: Every time a palm vein is recognized, the record is automatically synchronized to the client's HR system, and attendance reports are generated in real time, eliminating the need for HR to manually import data. Unified Access Control: When employees join, leave, or change positions, administrators can synchronize attendance and access permissions with a single click within their own system, without needing to log into multiple management backends. Customized Business Processes: The client can customize data flow, user interface, and business logic according to their own management needs, truly maintaining control of the system. This open architecture provides ample room for future functional expansion (such as access control linkage and visitor management), fully protecting the client's long-term investment. After deployment in an Indian company, this palm vein attendance solution significantly improved attendance management efficiency and data accuracy. Employees simply raise their palm at the attendance point to complete identity verification and check-in, a process that takes only 1 to 2 seconds, without contact with the device or the need to carry any cards or employee badges. The device supports offline operation; even during network interruptions, it can still recognize and locally store access records, automatically synchronizing to the backend upon recovery to ensure no data loss. Managers can view attendance data for each department and time period in real time through their own HR system. The system automatically tracks late arrivals, early departures, absences, and other anomalies, generating attendance reports automatically, reducing the monthly statistical work of several days for HR to just a few minutes. The HFSecurity palm vein attendance solution, based on an open SDK/API, provides customers with the flexibility and controllability for independent integration and deep customization. Whether in the finance, manufacturing, IT services, or education industries, enterprises can seamlessly integrate palm vein recognition capabilities into their own management ecosystem based on the HFSecurity technology platform. The device supports multiple operating systems, including Windows, Android, and Linux, and can quickly interface with customers' existing IT infrastructure. From traditional fingerprint recognition to palm vein recognition, from closed devices to open integration platforms, HFSecurity's palm vein attendance solution, with its core advantages of liveness detection, unforgeability, and open integration, is helping Indian companies overcome the problems of proxy clocking in, misidentified fingerprints, and fragmented data, providing a more efficient, secure, and intelligent solution for attendance management. In the future, HFSecurity will continue to deepen its presence in the Indian market, leveraging its more reliable hardware quality and more open customization capabilities to help more companies achieve a comprehensive digital upgrade in attendance management.

Recently, HFSecurity, a leading global provider of biometric solutions, successfully deployed its dual-mode biometric terminal HF-PA15 (palm vein and facial recognition all-in-one machine) in a large-scale smart locker project in Thailand. This project not only brings a safe, hygienic, and ultra-fast cardless access experience to local Thai users but also marks another significant breakthrough for HFSecurity in the field of smart public infrastructure in Southeast Asia. With the deepening of Thailand's national strategy, Thailand is rapidly emerging as a core digital hub in the ASEAN region. A Solid Digital Economy Foundation: According to the authoritative report "Google e-Conomy SEA 2025," Thailand's total digital economy merchandise volume (GMV) reached $56 billion USD (approximately US$56 billion) in 2025, a year-on-year increase of 16%, firmly establishing itself as the second largest digital economy in Southeast Asia. Meanwhile, Thailand's Ministry of Digital Economy and Society (MDES) predicts that by 2026, Thailand's digital GDP will reach approximately $5.6 trillion (about 5.6 trillion baht), representing a year-on-year growth of 4.2%, twice the growth rate of its overall national GDP. Biometrics and Digital Identity Adoption: Driven by policy, Thailand's Electronic Transactions Development Agency (ETDA) has integrated digital IDs into over 1,797 government online services, with the cumulative number of created digital ID accounts exceeding 162.63 million. This has fostered a very high acceptance of cutting-edge security technologies such as biometrics among the Thai public. Explosive Growth in the Palm Vein Market: According to the latest data from industry research firm SNS Insider, the global palm vein scanner market is projected to grow from $1.15 billion USD in 2025 to $8.67 billion USD in 2035, representing a compound annual growth rate (CAGR) of 22.36%. The Asia Pacific region is ranked as the largest and fastest-growing market globally. Especially in scenarios such as supermarkets, public transportation, and shared gyms, the market demand for contactless, highly secure smart lockers has exploded. Against this backdrop, traditional key, IC card, and contact fingerprint lockers, due to their susceptibility to loss, counterfeiting, and hygiene concerns (given the increased sensitivity to public health in the post-pandemic era), are being rapidly replaced by "contactless, highly secure" biometric technologies, such as palm vein recognition. During the preparation phase of a smart locker project in Thailand, operators faced the following significant challenges: High operating costs: Traditional lockers rely heavily on RFID cards or physical keys. Statistics show that costs for card replacement, unlocking, and maintenance due to lost cards/keys account for over 30% of daily operating costs. Security vulnerabilities: Ordinary facial recognition is easily spoofed by high-definition photos, videos, and even 3D masks; fingerprint recognition is prone to failure due to dirty, sweaty, or peeling hands. Public health concerns: Frequently touched physical buttons or fingerprint panels can easily become a medium for the spread of bacteria and viruses, failing to meet modern public hygiene standards. To address the aforementioned challenges, the project team ultimately introduced the HFSecurity PA15 palm vein facial recognition smart terminal as the core authentication engine for the locker system. The PA15 deeply integrates facial recognition and palm vein recognition, constructing a multi-dimensional, contactless security network. Users do not need to physically touch any device surface when storing or retrieving items. The PA15 supports contactless palm vein recognition from 5cm to 15cm. It achieves millisecond-level fast unlocking while ensuring an excellent hygienic experience. Unlike facial or fingerprint recognition, which rely on external physical features, palm vein recognition reads the absorption of near-infrared light by hemoglobin flowing beneath the skin. This physiological characteristic is unclonable and exists only in a living body. The PA15 incorporates advanced anti-spoofing algorithms, combined with a dual-lens camera (RGB + near-infrared IR), effectively resisting spoofing attacks from laser-printed photos, color videos, electronic screens, and various fake hand molds. Currently, the first batch of smart lockers equipped with HFSecurityPA15 are about to be put into operation in pilot areas of Thailand. This solution solves the following problems: Zero credential turnover: Completely eliminating cards and keys, users can access lockers simply by swiping their palms, reducing complaints due to lost credentials by 98%. Accurate and stable recognition: Because palm vein recognition is unaffected by surface dirt, sweat, and humidity, in Thailand's consistently hot and humid climate, the device's overall false rejection rate (FRR) drops below 0.01%, and the false acceptance rate (FAR) is below 0.0001%. Double the management efficiency: PA15 provides an SDK/API that seamlessly integrates with Thailand's local cloud management system, allowing operators to monitor the occupancy status and security logs of each locker in real time. The head of overseas markets at HFSecurity stated, "Thailand is a strategically vital market for HFSecurity in Southeast Asia. The successful application of the PA15 in the smart locker project not only demonstrates the high reliability of our palm vein technology in harsh, high-frequency public environments, but also sets a new benchmark for the upgrading of smart government, smart parks, and smart retail throughout the ASEAN region. In the future, we will continue to uphold the core principles of 'safety, convenience, and hygiene,' empowering global customers with even better biometric solutions."

Amid the wave of digital campus development in India, universities are increasingly demanding secure, efficient, and contactless personnel identification management. Traditional attendance methods such as IC cards and fingerprints are proving inadequate in terms of anti-cheating measures, hygiene, and unified data management. Addressing this trend, HFSecurity palm vein recognition devices have been successfully deployed at an Indian university. By establishing a unified palm vein biometric database, they have achieved precise attendance management for faculty, staff, and students. Indian universities generally face management challenges such as high staff turnover, scattered attendance data, and frequent instances of proxy attendance. Traditional card or fingerprint attendance systems not only suffer from recognition obstacles such as lost cards and worn fingerprints, but also struggle to establish a unified identity authentication system. The university's previous multi-system parallel management model resulted in attendance data being scattered across different departments, making it impossible to achieve unified personnel management and data traceability across the entire university. The university urgently needed a biometric solution that could both accurately identify individuals and manage data uniformly. The Indian school ultimately chose HFSecurity's VP930Pro palm vein recognition device, which employs RGB and IR dual-mode camera technology, combined with high-precision optics and a high-performance ISP and AI module. The dual-camera design allows it to simultaneously capture palmprint features (RGB) and subcutaneous vein distribution (IR) on the palm surface, achieving dual authentication through "palmprint + palm vein." In actual deployment, the device demonstrated outstanding registration efficiency. Users simply place their palm over the device, and the system completes the collection and entry of palm vein information in a very short time. During registration, the device supports multi-angle palm capture—users do not need to consciously maintain a specific gesture; the system adaptively captures complete vein features, significantly improving the convenience and success rate of registration. The rapid registration speed provides a reliable guarantee for the school to input student and faculty information on a large scale, enabling the efficient completion of biometric profiles for thousands of students and faculty members in a short period. With the help of HFSecurity's palm vein device, the university successfully established a campus-wide palm vein biometric database. Upon initial registration, all faculty and students have their palm vein characteristics and personal information uniformly entered into the system, forming a unique biometric ID. The establishment of this database has completely changed the previous situation of scattered and difficult-to-manage attendance data. Through this unified database, the university has achieved: Centralized Management of Personnel Information: Palm vein characteristics and identity information of all faculty and students are uniformly archived, facilitating maintenance and updates. Automatic Collection of Attendance Data: Each palm vein attendance record is automatically uploaded to the central database, allowing department administrators to view attendance in real time. Cross-Scenario Identity Authentication: The same palm vein ID can be used for multiple scenarios such as library access control, laboratory access, and exam identity verification. Based on the unified palm vein database, the university has built a campus-wide intelligent attendance management system. Faculty and students can simply raise their palms at attendance points to complete identity verification and check-in, without needing to carry any cards or devices. The device supports offline operation; even during network interruptions, it can still recognize and locally store access records, automatically synchronizing to the backend upon recovery to ensure no data loss. Administrators can view real-time attendance data for each department and time period through the backend. The system automatically tracks and generates visual reports on abnormalities such as lateness, early departure, and absence. HFSecurity provides an open SDK and complete API interfaces for palm vein devices, enabling school IT teams to integrate the palm vein attendance system into existing campus management platforms or academic affairs systems. This allows for personnel information synchronization, automatic attendance data push, and unified access control. The devices support multiple operating systems, including Windows, Android, and Linux, and can be quickly integrated with existing school IT infrastructure. The successful deployment of HFSecurity palm vein devices in Indian universities demonstrates the broad application prospects of palm vein recognition technology in education. A unified biometric database, efficient multi-angle registration, and accurate dual-camera recognition provide schools with a complete solution from identity verification to daily attendance tracking. As the digitalization of higher education in India continues, HFSecurity will continue to leverage its reliable hardware and open customization capabilities to help more universities achieve comprehensive smart campus upgrades.

In outdoor and dispersed work scenarios such as construction sites, farms, mines, logistics inspections, and security for large events, attendance management has long faced the challenges of deploying fixed equipment, rampant cheating with mobile phone attendance, and the lack of power and network access in outdoor operations. Traditional fingerprint attendance machines rely on fixed power supplies and networks, failing to cover remote work areas; mobile app attendance suffers from persistent vulnerabilities such as GPS spoofing and proxy attendance. Addressing these pain points, HFSecurity has launched a Bluetooth fingerprint reader attendance solution. Centered on Bluetooth wireless connectivity, long-capacity battery life, multi-system compatibility, and industrial-grade fingerprint recognition, and coupled with free SDK/API and OEM/ODM customization services, it provides a truly "anytime, anywhere, accurate recognition" mobile attendance solution for outdoor operations, temporary workers, and dispersed teams. In construction sites, farms, mines, logistics parks, and other locations where employees are geographically dispersed and highly mobile, traditional attendance methods have long faced multiple challenges. Fixed time and attendance machines rely on mains power and wired networks, making them unsuitable for deployment in remote work areas or temporary workstations. Managers manually checking attendance using paper lists is inefficient and makes identity verification difficult. While mobile app attendance systems offer flexibility, cheating methods such as GPS spoofing and proxy attendance are rampant, resulting in severely distorted attendance data. Furthermore, outdoor work areas often suffer from unstable power supplies and insufficient network coverage, causing fixed equipment to frequently shut down due to power or network outages. The market urgently needs a professional time and attendance device that is portable, independent of fixed power sources and Wi-Fi networks. The HFSecurity Bluetooth fingerprint reader features a lightweight, integrated handheld design with a built-in high-capacity rechargeable lithium battery and an industrial-grade fingerprint sensor. It supports both Bluetooth wireless connectivity and USB wired communication, providing comprehensive technical support for outdoor mobile attendance scenarios: Bluetooth wireless connectivity: Quickly pairs with smartphones, tablets, or laptops via Bluetooth, eliminating the need for data cables or local area networks. Managers outdoors only need to carry the reader and a regular mobile phone to collect, compare, and upload attendance records for employees scattered across various work areas. Bluetooth Low Energy design ensures stable long-range communication. Combined with 4G/5G mobile networks, attendance data can be synchronized to the cloud or enterprise backend in real time. Large-capacity battery life: A built-in large-capacity rechargeable lithium battery supports hundreds or even thousands of fingerprint collections and comparisons on a single charge. Even without mains power for several consecutive days, it can be powered by a power bank or solar power bank, perfectly adapting to outdoor work areas with unstable power supply. The device adopts low-power hardware design and intelligent power-saving strategies, consuming almost no power in standby mode, allowing for immediate use. USB wired connection: In addition to Bluetooth wireless connection, the device is also equipped with a USB interface, allowing direct connection to a computer or Android device for use as a regular fingerprint scanner. In indoor office scenarios or fixed workstations requiring stable power supply, users can achieve uninterrupted work via USB connection; in outdoor scenarios without mobile signal, it can also be directly connected to a laptop for fingerprint collection and data export, offering two uses in one device. Industrial-grade fingerprint recognition: In mobile attendance scenarios, employee fingers are often covered in dust, oil, sweat, or natural wear and tear. HFSecurity employs an industrial-grade capacitive fingerprint sensor, capturing the details of fingerprints in the dermal layer of the finger through semiconductor technology. Unaffected by surface dirt, dryness, or slight wear, it maintains stable recognition even in harsh outdoor environments such as strong light, humidity, and dust. The product also supports liveness detection, effectively preventing cheating methods such as fake fingerprints and fingerprint films. Multi-system compatibility: Provides drivers and API interfaces for multiple platforms including Windows, Android, and Linux, allowing seamless integration into various industry apps or backend systems. Whether it's a construction company's worker attendance system, a logistics company's inspection and check-in app, or a government's mobile population registration platform, rapid integration is possible. Offline independent operation: For remote areas with no mobile signal or unstable network, the device supports an offline independent operation mode—attendance records are temporarily stored in the device's local encrypted storage area and automatically batch-synchronized to the backend once the network is restored, ensuring no data loss. HFSecurity's Bluetooth fingerprint reader attendance solution is widely applicable to various outdoor and distributed labor scenarios: Construction sites and mines: Managers carry the reader and their mobile phones to clock in for workers scattered across different work areas. Data is synchronized to the cloud in real time, preventing proxy clocking and falsified work hours. Farms and plantations: Frequent seasonal labor demands eliminate the need for temporary workers to be entered into complex systems. The reader collects data immediately, automatically generating work hour reports at the end of the month. Logistics parks and warehousing distribution: Inspection personnel clock in at key locations, ensuring accurate and complete inspection routes and preventing perfunctory inspections. Remote area medical care and vaccination: Mobile medical teams establish health records for villagers. Fingerprint verification is used for repeated vaccinations to prevent duplicate registration or fraudulent receipt of supplies. Large-scale event and exhibition security: During events, a large number of temporary security personnel register and are deployed. The reader quickly collects and verifies identities, ensuring accurate and traceable personnel information. HFSecurity provides a free SDK development package and complete API interface documentation for its Bluetooth fingerprint reader. System integrators, enterprise IT teams, or individual developers can quickly integrate fingerprint collection and verification functions into their own apps or management backends according to their business needs, enabling customized attendance interfaces, personnel information synchronization logic, and automatic attendance data push rules. HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric devices, providing global clients with end-to-end OEM/ODM customization services from hardware to software. Device appearance, color, brand logo silkscreening, button layout, firmware functions, system language, and more can all be flexibly configured according to customer requirements. Whether customizing dedicated attendance terminals for specific industries or creating private-label products for brand operators, HFSecurity's engineering team can provide full-chain support from concept design and structural development to mass production delivery. While fixed attendance machines solve the problem of "how to clock in in the office," Bluetooth fingerprint readers answer the question of "how to clock in without an office." From open-air work areas on construction sites to mobile worker registration on remote farms, from inspection routes in logistics parks to temporary assemblies for large events, HFSecurity's Bluetooth fingerprint reader attendance solution provides a truly professional, reliable, and scalable mobile attendance solution for global outdoor and distributed workforce scenarios. With core capabilities such as Bluetooth wireless connectivity, high-capacity batteries, multi-system compatibility, industrial-grade fingerprint recognition, free SDK/API, and OEM/ODM customization, it offers a solution that leverages these core capabilities. Looking ahead, HFSecurity will continue to deepen its expertise in the mobile biometrics field, using a more open platform and more reliable hardware to help enterprises achieve accurate attendance management "anytime, anywhere."

Recently, clients from Bangladesh visited the HFSecurity factory. Prior to this, the two parties had initial contact at the Canton Fair, where the client was deeply impressed by HFSecurity's product and technological strength in the field of biometric time and attendance access control. To further understand product performance and manufacturing capabilities, the client specifically arranged this factory visit, engaging in in-depth discussions with the company team on the needs and characteristics of the Bangladeshi time and attendance access control market, product compatibility, and long-term cooperation. During this visit, the client not only gained a detailed understanding of HFSecurity's complete product line and customized service capabilities in the field of time and attendance access control, but also personally experienced several core products on-site, directly experiencing their performance and quality. Bangladesh is at a critical stage of digital transformation. With the government's continued advancement of the "Smart Bangladesh" vision, the demand for intelligent time and attendance access control systems is increasing in commercial buildings, industrial parks, financial institutions, educational institutions, and government facilities. Traditional attendance and access control methods—such as manual registration, IC card swiping, and standalone attendance machines—are increasingly showing shortcomings in terms of efficiency, security, and data management. More and more enterprises and institutions are seeking attendance and access control solutions with biometric technology, multimodal authentication methods, and customizable features. Fingerprint recognition remains important due to its mature technology and cost-effectiveness, while facial recognition is rapidly gaining popularity in enterprises and commercial sectors, and multimodal fusion recognition is gradually becoming a trend. At the same time, the demand for data linkage, remote management, and integrated hardware and software for attendance and access control is receiving increasing market attention. During the visit, a formal technical exchange meeting was held. The HFSecurity team detailed the company's technological accumulation and project experience in the attendance and access control field—over 20 years of R&D and manufacturing experience, full-stack self-developed algorithms, open SDKs and API interfaces, and end-to-end OEM/ODM customization capabilities from hardware to software. The Bangladeshi client shared the current status and demand trends of the local attendance and access control market, covering multiple scenarios such as enterprise attendance management, commercial building access control, park security, and government agency personnel management. The client specifically pointed out that there is significant demand in the local market for time and attendance access control solutions that offer high cost-effectiveness, strong environmental adaptability, multilingual (Bengali and English) interface support, and integration with existing management systems. Both parties engaged in in-depth discussions on how to combine HFSecurity's mature solutions with the localized needs of the Bangladeshi market. The client highly appreciated HFSecurity's free SDK/API and in-depth customization services, believing they provided strong support for quickly responding to end-customer needs and shortening project delivery cycles. Accompanied by the company team, the client visited the factory production line and product showroom, gaining a deeper understanding of the complete product process from R&D to manufacturing, and experiencing several core products firsthand. Regarding time and attendance terminals, the client focused on experiencing the multimodal biometric time and attendance terminal (FR05)—this terminal integrates multiple recognition methods such as face, fingerprint, and NFC, allowing a single device to meet the diverse needs of different scenarios and user groups. The client personally experienced the entire process from multiple data entry methods to rapid recognition, highly praising its recognition speed, environmental adaptability, and ease of operation. Meanwhile, the customer also experienced our palm vein recognition attendance terminal—this technology uses near-infrared light to read the distribution of subcutaneous veins in the palm for identity authentication. This is a vital internal characteristic, extremely difficult to copy or forge, unaffected by peeling skin, moisture, or oil on the fingers, and unaffected by changes in lighting or wearing masks. It is particularly well-suited to the hot and humid climate of Bangladesh and its practical application scenarios. They also experienced our facial recognition attendance equipment—which supports accurate recognition and liveness detection in various lighting environments, effectively resisting forgery using photos and videos, enabling contactless, rapid access and automatic generation of attendance records. Regarding access control, the customer also learned about our access control system, which supports seamless integration with various biometric attendance terminals, achieving unified management of "access equals attendance," and supports customization as needed. Considering the hot and humid climate of Bangladesh and the unstable power and network conditions in some areas, the customer focused on understanding the environmental adaptability of HFSecurity products in terms of wide-temperature design, offline operation, and waterproofing and dustproofing. After understanding, the customer expressed high approval of our product performance. On the software platform front, the HFSecurity team showcased HFIMS attendance management software to the client. This platform supports core functions such as attendance tracking, shift management, and access control. Administrators can monitor access records and attendance data at each entrance and exit in real time through a unified backend. The system automatically tracks and records abnormalities such as lateness, early departure, and absence, and supports multi-shift scheduling and cross-departmental management. The platform's blacklist management function can restrict access for specific personnel, effectively preventing unauthorized entry. Furthermore, HFIMS is free for life, with no subscription fees, providing clients with zero-cost long-term software services. Through deep hardware and software synergy, HFIMS provides enterprises with a complete intelligent workforce management solution. After on-site testing and experience, the client highly praised the recognition accuracy, response speed, and environmental adaptability of our attendance and access control products, and immediately purchased a batch of products for deployment and demonstration in their local market. This visit by the Bangladeshi client marks another important step in HFSecurity's deep cultivation of the South Asian market. From their initial meeting at the Canton Fair to in-depth discussions at the factory, both parties quickly established strong trust. As a biometric solutions provider with business operations spanning numerous countries and regions globally, HFSecurity has built long-term and stable partnerships with a large number of overseas clients and accumulated extensive experience in localized projects in several South Asian and Southeast Asian markets. This visit to the factory not only provided the clients with a deeper understanding of HFSecurity's manufacturing capabilities and quality control system but also allowed them to witness firsthand the real-world performance and application effects of the attendance and access control products. Both parties reached a preliminary consensus on future project cooperation directions, product customization, localization support, and a long-term cooperation framework. The Bangladeshi clients expressed that this visit gave them full confidence in HFSecurity's product quality and technological strength in the attendance and access control field. They look forward to establishing a deep cooperative relationship with HFSecurity to jointly promote the popularization and application of intelligent attendance and access control solutions in the Bangladeshi market. The HFSecurity team stated, "Bangladesh is one of the most promising time and attendance access control markets in South Asia, and we highly value every in-depth exchange with our Bangladeshi clients. From our initial meeting at the Canton Fair to today's factory visit, we have built a strong foundation of trust with our clients. Today's visit not only allowed our clients to experience firsthand the technological strength of our time and attendance access control products, but also gave us a clearer understanding of the real needs of the local market. We will continue to work with our Bangladeshi partners with an open attitude, reliable products, and flexible customization services to promote the intelligent upgrade of time and attendance access control in South Asia."

Recently, clients from Saudi Arabia visited HFSecurity headquarters and held in-depth business discussions and technical exchanges with CEO Mike and the core team. The two sides held fruitful meetings on topics such as the application prospects of biometric technology in the Saudi market, customized solutions, and long-term strategic cooperation. Saudi Arabia is at a critical stage of its comprehensive digital transformation driven by its "Vision 2030." As the largest economy in the Middle East, Saudi Arabia is vigorously promoting smart city construction, fintech innovation, and the digitalization of public services. The demand for high-security identity authentication and intelligent attendance management continues to rise in sectors such as government, finance, healthcare, education, and enterprise security, leading to a continuous expansion of biometric technology application scenarios. During the visit, the Saudi clients, accompanied by HFSecurity CEO Mike and the technical team, toured the company's product showroom and experienced firsthand the company's full range of biometric solutions. Inside the exhibition hall, customers experienced the palm vein payment device—a simple gesture to complete millisecond-level identity verification and payment confirmation, completely contactless and requiring no cards or mobile phones; the facial recognition attendance and access control system—supporting accurate recognition and liveness detection in various lighting conditions; the multi-functional attendance terminal—integrating multiple recognition methods such as face, fingerprint, palm vein, iris, QR code, and IC card, flexibly adapting to different scenarios; the turnstile access control system—suitable for physical protection and personnel management in high-security locations; and the mobile fingerprint attendance terminal—a portable Bluetooth fingerprint device designed specifically for outdoor and dispersed work scenarios. Customers showed great interest in palm vein recognition technology, personally experiencing the entire process from data entry to recognition, and highly praised its contactless, high-precision, and anti-counterfeiting features. Both parties also discussed specific needs such as application adaptation for Saudi Arabian local scenarios, product appearance customization, and software interface language (Arabic). After the visit, a formal technical exchange meeting was held. HFSecurity's technical team detailed the company's core technological advantages in the biometrics field—over 20 years of R&D and manufacturing experience, full-stack self-developed algorithms, open SDKs and APIs, and end-to-end OEM/ODM customization capabilities from hardware to software. The Saudi client shared specific needs for high-security biometric solutions in the local market, covering multiple scenarios including financial KYC identity authentication, corporate smart attendance and access control, government digital identity management, and security for large-scale events. Both parties engaged in in-depth discussions on how to combine HFSecurity's mature solutions with the localized needs of the Saudi market. The client highly appreciated HFSecurity's free SDK/API and deep customization services, believing they provided significant flexibility and controllability for future project collaborations. This visit by the Saudi client marks another important milestone for HFSecurity in its efforts to cultivate the Middle Eastern market. As a biometrics solutions provider with business covering numerous countries and regions globally, HFSecurity has established long-term and stable strategic partnerships with a large number of overseas clients. Previously, the company successfully deployed a palm vein payment solution in Saudi Arabia, receiving positive feedback from local businesses. Both parties reached a preliminary consensus on future project cooperation directions, delivery cycles, localization support, and a long-term strategic cooperation framework. The Saudi client expressed their anticipation for establishing a deep technical partnership with HFSecurity to jointly promote the widespread application of biometric technology in the Saudi market. HFSecurity CEO Mike stated, “Saudi Arabia is one of the most promising markets in the Middle East, and we highly value every in-depth exchange with our Saudi clients. Today’s visit not only allowed our clients to experience the technological strength of our products firsthand but also gave us a clearer understanding of the real needs of the local market. We will continue to work with our Saudi partners to drive the digital transformation of the Middle East with an open attitude, reliable products, and flexible customization services.”

In Central Europe, indoor amusement parks and family entertainment centers are experiencing rapid growth. The Slovakian children's entertainment center market is projected to continue expanding between 2025 and 2031, with various indoor playgrounds and family entertainment centers increasingly demanding higher operational efficiency and better customer experience. Under traditional management models, the process of queuing for wristbands and swiping cards for entry is inefficient; lost or forgotten wristbands upon departure lead to increased operating costs and material waste. Addressing this market need, HFSecurity successfully deployed a customized smart wristband gate solution for an indoor amusement park client in Slovakia—integrating RFID wristband identification and automatic recycling functions into the gate, achieving a closed-loop management process where visitors swipe their wristbands for entry and the gate automatically opens upon leaving by placing the wristband in the recycling slot. Meanwhile, HFSecurity provides end-to-end customized services from turnstiles to wristbands, perfectly matching the client's brand image and operational needs. This indoor amusement park, located in Slovakia, heavily relies on wristbands as entry credentials and in-park consumption. Under the traditional management model, manual wristband distribution at the front desk is inefficient, leading to long queues during peak hours; wristbands are often lost or taken upon departure, resulting in hundreds of wristbands being lost monthly and high operating costs. The distribution, collection, and statistics of wristbands are highly manual, and data cannot be synchronized in real time, making it difficult to form effective customer flow and consumption analysis. The client urgently needed an automated, traceable, and low-loss intelligent wristband turnstile management system. HFSecurity tailored a complete intelligent wristband turnstile solution based on the amusement park's site conditions, customer flow characteristics, and brand image: Entry Process: Visitors swipe their wristbands at the entrance turnstile. The turnstile automatically identifies the RFID chip information within the wristband, verifies the information, and opens the gate to allow entry. The system simultaneously records the entry time and visitor information. RFID wristbands are widely used in venues such as water parks in Slovakia. They are convenient for visitors, eliminating the need to search for their phones or tickets. In-park spending and time tracking: The wristband also serves as a voucher for in-park purchases. Visitors can simply swipe their wristbands at restaurants, rental shops, and souvenir shops to complete the transaction and payment. For rides with hourly rates, the system automatically records the entry time and calculates the cost based on the duration of stay upon departure. Departure and recycling: When visitors finish their ride and are ready to leave, they place the wristband into the designated recycling slot on the turnstile. The system automatically reads the wristband information, verifies the spending status and time tracking—if there are no outstanding fees or abnormalities, the turnstile automatically opens; if there are overdue fees or other abnormalities, the device screen will promptly prompt and guide the visitor to complete the payment. The entire departure process requires no manual intervention, completely solving the management problem of wristbands being "taken away but not returned." HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric identification and access control systems, providing Slovakian clients with end-to-end customized services from hardware to software: Wristband Customization: Wristband colors, logos, patterns, QR codes, barcodes, serial numbers, etc., can all be customized to the client's brand image. Sizes can be flexibly adjusted to accommodate different wrist sizes for adults and children, and materials meet the daily wear needs of indoor amusement park settings. Access Control System Customization: Channel width, body color, brand logo silkscreening, identification module location, and card recycling slot design are all tailored to the amusement park's site conditions and decoration style. Multiple access control types are supported to adapt to entrances and exits with varying visitor volumes. Software and System Integration: A free SDK and complete API documentation are provided, enabling rapid integration of the wristband access control system into the amusement park's existing ticketing system, membership management platform, and POS system, achieving data interoperability and business collaboration. The backend automatically generates multi-dimensional operational reports, including visitor flow statistics, consumption analysis, and wristband usage rates. HFSecurity's customized smart wristband gate solution brought significant operational improvements to this amusement park: Reduced wristband wear: Automated recycling prevents wristbands from being taken away, significantly reducing monthly wear and directly saving operating costs. Improved passage efficiency: During peak hours, entry and exit require no manual intervention, keeping entrances and exits clear and significantly enhancing the visitor experience. Reduced labor costs: Front desk staff no longer need to distribute and collect wristbands, allowing management to focus on core services. Data-driven operations: Real-time visitor flow and consumption data support operational decisions, facilitating refined management and precise marketing. This case study of the Slovakian indoor amusement park fully demonstrates the mature application capabilities of HFSecurity's customized smart wristband gate solution in venue scenarios. From swiping wristbands upon entry to automatic gate opening upon exit, HFSecurity helped the client achieve unmanned and intelligent operations through end-to-end customized services. In the future, HFSecurity will continue to deepen its presence in the European market, helping more amusement parks, water parks, stadiums, and school facilities achieve smart upgrades with more reliable hardware quality and more open customization capabilities.

In dispersed employment scenarios such as construction sites, farms, mines, logistics parks, and security for large events, attendance management has long faced three major challenges: difficulty in deploying fixed equipment, rampant cheating with mobile phone attendance, and lack of power and network access for outdoor operations. Traditional fingerprint attendance machines rely on fixed power supplies and networks, failing to cover remote work areas; mobile app attendance suffers from persistent vulnerabilities such as GPS spoofing and proxy attendance. Addressing these real pain points, HFSecurity has launched a mobile fingerprint attendance solution. Centered on Bluetooth wireless connectivity, long-capacity battery life, offline operation, and capacitive fingerprint recognition, and coupled with free SDK/API and OEM/ODM customization services, it provides a truly "anytime, anywhere, accurate recognition" mobile attendance solution for outdoor operations, temporary workers, and dispersed teams. In construction sites, farms, mines, logistics parks, and other locations where employees are scattered and highly mobile, traditional attendance methods have long faced multiple challenges. Fixed attendance machines rely on mains power and wired networks, making them unsuitable for remote work areas or temporary workstations; managers manually checking attendance using paper lists is inefficient and difficult to verify identities; while mobile app check-ins are flexible, cheating methods such as GPS spoofing and proxy check-ins are rampant, resulting in severely distorted attendance data. Meanwhile, outdoor work areas often suffer from unstable power supplies and insufficient network coverage, causing fixed equipment to frequently shut down due to power or network outages. The market urgently needs a professional attendance device that does not rely on a fixed power source or Wi-Fi network and can be carried around. The HFSecurity mobile fingerprint attendance terminal features a lightweight, integrated handheld design, a built-in high-capacity rechargeable lithium battery and an industrial-grade capacitive fingerprint sensor, and supports both Bluetooth wireless connectivity and USB wired dual-mode communication, providing complete technical support for outdoor mobile attendance scenarios: Bluetooth wireless connectivity: Quickly pairs with smartphones, tablets, or laptops via Bluetooth, eliminating the need for data cables or local area networks. Management personnel can easily collect, compare, and upload attendance records for employees scattered across various work areas outdoors by simply carrying a fingerprint reader and a regular mobile phone. Bluetooth Low Energy design ensures stable long-range communication, and with 4G/5G mobile networks, attendance data can be synchronized to the cloud or enterprise backend in real time. Large-capacity battery life: A built-in large-capacity rechargeable lithium battery supports hundreds or even thousands of fingerprint collections and comparisons on a single charge. Even without mains power for several consecutive days, it can be powered by a power bank or solar power bank, perfectly adapting to outdoor work areas with unstable power supplies. The device adopts a low-power hardware design and intelligent power-saving strategy, consuming almost no power in standby mode, making it readily available. USB wired connection: In addition to Bluetooth wireless connection, the device is also equipped with a USB Type-C interface, allowing direct connection to a computer or Android device for use as a regular fingerprint reader. In indoor office scenarios or fixed workstations requiring stable power, users can achieve uninterrupted work via USB connection; in outdoor scenarios without mobile signal, it can also be directly connected to a laptop for fingerprint collection and data export, offering two uses in one device. Capacitive Fingerprint Sensor: In mobile attendance scenarios, employee fingers are often covered in dust, oil, sweat, or natural wear and tear. HFSecurity uses an industrial-grade capacitive fingerprint sensor, employing semiconductor technology to capture the details of fingerprints in the dermal layer of the finger. Unaffected by surface dirt, dryness, or slight wear, it maintains stable recognition even in harsh outdoor environments such as strong light, humidity, and dust. The product also supports liveness detection, effectively preventing cheating methods such as fake fingerprints and fingerprint films. Offline Independent Operation: For remote areas without mobile signal or with unstable networks, the device supports an offline independent operation mode—attendance records are temporarily stored in the device's local encrypted storage area and automatically batch-synchronized to the background after the network is restored, ensuring no data loss. HFSecurity's mobile fingerprint attendance solution is widely applicable to various distributed employment and outdoor work scenarios: Construction Sites and Mining Areas: Managers carry the reader and their mobile phones to clock in for workers scattered across various work areas. Data is synchronized to the cloud in real time, preventing proxy clocking and falsified work hours. Farms and Plantations: Frequent seasonal labor demand; temporary workers don't require complex system data entry, fingerprint readers collect data instantly, and monthly work reports are automatically generated. Logistics Parks and Warehousing/Distribution: Inspection personnel clock in at key locations, ensuring accurate and complete inspection routes and preventing perfunctory inspections. Remote Area Healthcare and Vaccination: Mobile medical teams establish health records for villagers; fingerprint verification is used for repeat vaccinations to prevent duplicate registrations or fraudulent claims of supplies. Large-Scale Events and Exhibition Security: During events, a large number of temporary security personnel register and are deployed; fingerprint readers quickly collect and verify identities, ensuring accurate and traceable personnel information. HFSecurity provides a free SDK development package and complete API documentation for mobile fingerprint attendance terminals. System integrators, enterprise IT teams, or individual developers can quickly integrate fingerprint collection and verification functions into their own apps or management backends to achieve customized attendance interfaces, personnel information synchronization logic, and automatic attendance data push rules. HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric devices, providing global clients with end-to-end OEM/ODM customization services, from hardware to software. Device appearance, color, brand logo silkscreening, button layout, firmware functions, system language, and more can all be flexibly configured according to customer needs. Whether customizing dedicated attendance terminals for specific industries or creating private-label products for brand operators, HFSecurity's engineering team provides full-chain support from concept design and structural development to mass production delivery. While fixed attendance machines solve the problem of "how to clock in in the office," mobile fingerprint attendance terminals answer the question of "how to clock in without an office." From open-air work areas on construction sites to mobile worker registration on remote farms, from inspection routes in logistics parks to temporary assemblies for large events, HFSecurity's mobile fingerprint attendance solution, with its core capabilities including Bluetooth wireless, high-capacity batteries, USB dual-mode, capacitive fingerprint, offline operation, free SDK/API, and OEM/ODM customization, provides a truly professional, reliable, and scalable mobile attendance solution for globally distributed workforce scenarios. In the future, HFSecurity will continue to focus on the field of mobile biometrics, using a more open platform and more reliable hardware to help enterprises achieve accurate attendance management "anytime, anywhere".

In the retail industry, the efficiency and experience of the payment process directly impact consumers' purchasing decisions and store repurchase rates. Searching for phones while queuing to pay, relying on network signals for QR code payments, forgetting or losing membership cards—these seemingly minor frictions are constantly eroding customer patience and hindering store operational efficiency and revenue growth. Addressing these long-standing pain points, HFSecurity launched its palm vein payment solution, which has been successfully deployed in numerous chain supermarkets, convenience stores, boutiques, and restaurants across China. Consumers simply raise their hand at the checkout to complete payment and membership verification; the entire process is contactless and medium-free, bringing a new payment method that combines high security and high efficiency to retail scenarios. Supermarkets, convenience stores, boutiques, and other retail venues have high customer traffic and frequent payments; checkout efficiency directly impacts customer experience and store revenue. While QR code payments are widespread, they rely heavily on phone battery power and network signal strength—congestion during peak hours can lead to payment failures or delays, forcing customers to wait. Cash payments are cumbersome for giving change and pose hygiene risks, especially in scenarios involving cash handling, increasing the risk of cross-infection. Membership system management is equally challenging—forgotten membership cards, lost cards requiring replacement, and unauthorized use of points are frequent occurrences, leading to customer complaints and the loss of valuable member spending data and marketing touchpoints. Retail managers urgently need a payment method that improves payment efficiency, ensures payment security, and seamlessly integrates with membership systems. HFSecurity's palm vein payment technology uses near-infrared light to read the distribution of subcutaneous veins in the palm, creating a unique biometric profile for each individual. The vein structure is hidden beneath the skin of the palm, making it extremely difficult to replicate or forge, and requires a living person to be detected—photos, screen captures, and 3D printed models are all unverifiable. Compared to fingerprint payment, palm vein payment requires no contact with the device surface, eliminating the risk of fingerprint theft. Compared to facial recognition payment, palm vein payment is unaffected by lighting, masks, or makeup changes, and users do not need to face the camera, reducing privacy concerns. This technology employs a two-factor authentication mechanism, ensuring high recognition accuracy and effectively preventing account theft and payment fraud. Palm vein recognition is widely recognized as one of the most accurate biometric technologies currently available, offering superior security compared to fingerprint and facial recognition. In high-traffic areas such as supermarket checkouts, convenience store checkout areas, and boutique counters, hygiene and efficiency are equally important. Palm vein payment requires no contact with the device surface; consumers simply raise their hand to complete the payment. The entire recognition and deduction process takes only 1 to 2 seconds, significantly reducing transaction time—for long queues during peak hours, the few seconds saved per transaction can revolutionize the entire checkout process. HFSecurity's palm vein payment terminals have been deployed in multiple retail scenarios globally. Consumers simply hover their palm over the recognition area to complete the payment, eliminating the need to take out their phone or bank card, achieving a truly seamless "pay with a gesture" experience. By unifying identity, payment, and membership systems, merchants can shorten checkout time, reduce fraud risk, and increase customer repurchase rates. Palm vein payment is not just a payment tool, but also an entry point for membership management. Upon first use, consumers simply raise their hand in front of the terminal for a few seconds to complete palm vein data collection and link it to their mobile phone number, membership card, or payment account. Subsequent purchases are made with a simple gesture, and the system automatically recognizes the member's identity, accumulates points, and redeems coupons, requiring no additional steps. The store's backend can record each member's purchase frequency, average order value, and product preferences in real time—staff can remember regular customers' preferences, store owners can accurately push new product information, and inventory management is supported by data. HFSecurity provides a free SDK and complete API interfaces, allowing retail customers or system integrators to quickly integrate the palm vein payment module into existing POS systems, membership management platforms, and ERP systems. Whether it's chain supermarkets, convenience stores, boutiques, restaurants, or unmanned checkout scenarios, customized deployments can be achieved based on HFSecurity's open platform. The backend automatically records the amount, time, and payment method of each transaction, enabling fully electronic financial reconciliation. HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric devices. It not only provides standardized palm vein payment terminals but also offers end-to-end OEM/ODM customization services, from hardware appearance to software platform. The installation method, prompts, and user interface language of the payment terminal can all be customized to the actual store environment. For integrators or retail brands with special needs, private deployment solutions are also available, ensuring all biometric data is stored on the customer's local server, meeting data security and compliance requirements. From chain supermarkets to community convenience stores, from boutiques to restaurants, palm vein payment is reshaping the payment experience in the retail industry. Consumers no longer need to carry mobile phones or worry about dead batteries or poor signal; stores no longer need to worry about membership card misuse or bear the risks of cash management. HFSecurity will continue to focus on the retail scenario, using its open technology platform and reliable hardware quality to promote "hand-swipe payment" as a new standard for payment upgrades in the retail industry.

In South America, digital transformation is rapidly penetrating the food and beverage retail industry. From Brazil to Argentina, more and more restaurants, cafes, and fast-food chains are introducing self-service ordering kiosks to improve operational efficiency and customer experience. Traditional ordering methods—manual queuing, QR code scanning relying on mobile phone signals, and cumbersome membership card verification—are being replaced by a more efficient and secure method. HFSecurity has launched its palm vein smart self-service ordering terminal for the South American market, integrating palm vein recognition and QR code scanning dual-mode authentication. Customers can complete identity verification, ordering, and payment simply by raising their hand—a completely contactless and medium-free process, providing a highly secure and efficient intelligent solution for the catering industry. The South American catering industry is undergoing a profound digital transformation. The global self-service terminal market continues to grow, with interactive terminals equipped with biometric authentication and contactless payment options becoming the main growth driver. Driven by this trend, South American restaurant operators urgently need intelligent self-service terminals that can simultaneously improve ordering efficiency, ensure payment security, and optimize customer experience. HFSecurity's intelligent self-service ordering terminal integrates two core authentication modules: palm vein recognition and QR code scanning, allowing for flexible adaptation to different customer groups and usage scenarios. Palm vein recognition is the terminal's core technological highlight. This technology uses near-infrared light to read the distribution of subcutaneous veins in the palm for identity authentication—veins are an internal physiological feature of the human body, hidden beneath the skin of the palm, making them extremely difficult to replicate or forge, and requiring a living person to be read. Compared to QR code ordering, palm vein recognition requires no mobile phone, does not rely on network signal or battery power, completely solving the embarrassment of "not being able to order food when the phone is out of power"; compared to facial recognition, palm vein recognition is unaffected by changes in lighting or wearing masks; compared to membership cards, palm vein recognition completely eliminates the worries of forgetting, losing, or misusing the card. Palm vein recognition is recognized as one of the most secure biometric technologies currently available, and it has been successfully applied in convenience stores and self-service restaurants in South American countries such as Brazil, receiving positive consumer feedback. The QR code scanning module provides a convenient alternative for customers accustomed to ordering via mobile phone, while also supporting scenarios such as electronic coupon redemption and membership code recognition. With dual modes operating in parallel, customers can freely choose according to their preferences, and the system automatically matches the optimal recognition strategy, truly achieving "one terminal, multiple methods, covering the entire process." The HFSecurity intelligent self-service ordering terminal covers the entire process from ordering to payment: Self-service ordering and identity authentication: Customers browse the menu and select dishes on the terminal. After completing identity authentication via palm vein or QR code, the system automatically links membership information and preference records, recommending personalized dishes. Once authentication is successful, the system automatically identifies the member's identity, accumulates points, and redeems coupons, requiring no additional operation. Double-security payment: After ordering, customers proceed to the payment stage by simply raising their hand again for a second palm vein recognition. The system will only deduct payment after successful verification. This double verification mechanism ensures that the payment operation is initiated by the individual, effectively preventing accidental operation or theft. The entire recognition and deduction process is smooth and efficient, significantly shortening the time per transaction and effectively alleviating queuing pressure during peak dining hours. HFSecurity provides its South American clients with a free SDK development kit and complete API documentation. Clients' IT teams or system integrators can quickly integrate the ordering terminals into their existing POS systems, membership management platforms, and ERP systems without relying on vendors. This open architecture allows clients to customize data flow, user interface, and business processes according to their own business needs, giving them true control over the system. HFSecurity has over 20 years of experience in the R&D and manufacturing of biometric devices, providing South American catering clients and system integrators with full-process OEM/ODM customization services from hardware to software: Hardware Appearance Customization: Terminal appearance color, brand logo silkscreen, recognition module location, and screen size can all be adjusted as needed. Software Function Customization: User interface language (supports Spanish, Portuguese, etc.), menu structure, payment process, and membership system can all be flexibly configured according to the client's actual operational requirements. Deep System Integration: Supports seamless integration with existing restaurant POS systems, inventory management systems, and food delivery platforms, enabling data interoperability and business collaboration. For clients with special needs, a private deployment solution is also available, ensuring that all customer biometric data is stored on the client's local server, meeting data security and compliance requirements. From Brazil to Argentina, from fast-food chains to fine dining restaurants, the South American catering industry is rapidly moving towards a new era of intelligent, contactless operations. HFSecurity's palm vein intelligent self-service ordering terminal, with its core capabilities of palm vein recognition, dual-mode QR code authentication, integrated ordering and payment, and deep customization, provides South American restaurants with an efficient, secure, and scalable smart solution. In the future, HFSecurity will continue to deepen its presence in the South American market, using more reliable hardware and more open customization capabilities to drive "ordering with a simple gesture, paying in seconds" to become the new standard in the South American catering industry.

Recently, HFSecurity's independently developed core technological achievement—"A Biometric Recognition Method and System Based on Palmprint and Palm Vein Information Fusion"—was officially authorized by the State Intellectual Property Office, and the invention patent certificate was successfully issued. The successful approval of this patent not only marks a key technological breakthrough for HFSecurity in the fields of multimodal biometric core algorithms and multi-source information fusion applications, but also further solidifies the company's core technological barriers in the palm vein biometric recognition field, once again demonstrating the brand's strong capabilities in independent innovation and hardcore R&D to the industry. With the iterative upgrades of digital security and intelligent verification scenarios, the limitations of traditional fingerprint and facial recognition technologies are gradually becoming apparent in practical applications: Fingerprint recognition is easily affected by skin abrasion, dryness, and dirt, and there is a security risk of fingerprint film forgery; Facial recognition is easily affected by light intensity, makeup, glasses, and masks, and is accompanied by increasingly serious public privacy leakage issues during the collection process. In high-end scenarios such as finance, government affairs, confidential locations, and public safety, the market urgently needs a new generation of identification technology that is highly secure, highly accurate, resistant to interference, and also protects privacy. Against this backdrop, palm vein recognition technology, with its core advantages of "liveness uniqueness, deep anti-counterfeiting, non-contact hygiene, and privacy compliance," has become an inevitable direction for the evolution of next-generation biometric technology. Palm veins are "invisible" biometric features deep under the skin, relying on the absorption of near-infrared light by hemoglobin in the flowing blood under the skin for imaging. This "unidentifiable without a living body" characteristic fundamentally eliminates the possibility of forgery through photos, videos, silicone molds, or even severed palms. Palm print features, on the other hand, have the advantages of rich texture information and obvious surface features. HFSecurity's newly approved patent technology innovatively achieves bidirectional information fusion of "palm print surface features" and "palm vein deep liveness features": Dual-feature multi-dimensional verification: The system simultaneously captures epidermal palm print clues and subcutaneous vein patterns in a very short time. Intelligent Algorithm for Precise Matching: Through multimodal fusion algorithms and cross-comparison, the accuracy and stability of recognition are significantly improved, while the false acceptance rate (FAR) and false rejection rate (FRR) are reduced to extremely low levels in the industry. Exceptional User Experience: Perfectly balancing financial-grade high security and millisecond-level ultra-fast recognition response, its technical indicators far exceed traditional single-identification solutions, reaching international advanced levels. With years of experience in the biometrics field, HFSecurity has consistently focused on the R&D and industrialization of core palm vein recognition technologies. Relying on a complete technology chain of "independent algorithms + intelligent hardware + scenario systems," the company has customized highly competitive full-stack palm vein recognition scenario solutions to address pain points in various industries: In large enterprise parks and office buildings, daily commutes face high-frequency and dense traffic pressure. HFSecurity's palm vein access control/turnstile solution supports contactless, rapid hand-waving access, avoiding the hygiene risks and queuing congestion associated with traditional fingerprint attendance systems. Furthermore, palm vein recognition only collects data when the hand is clenched or waved, avoiding facial data collection, perfectly alleviating employee concerns about privacy leaks and complying with national privacy protection standards. High-security areas such as bank vaults, cash depositories, and government data centers have near-zero tolerance for stringent identity verification requirements. The solution employs dual encryption verification using palm print and palm vein patterns, combined with a liveness detection algorithm, completely blocking any impersonation methods. The system can be deeply integrated with physical access control, double-door interlocking, and AB door systems, providing dual protection through both human and technological safeguards, building an impenetrable "security firewall" for confidential spaces. In scenarios such as school cafeterias, dormitories, and libraries, traditional campus cards are easily lost, and facial recognition accuracy fluctuates for adolescents who are still growing and developing. HFSecurity's palm vein campus solution features algorithm optimizations tailored to the developmental characteristics of teenagers' hands. Students can simply "wave" their hand to complete dormitory check-in, cafeteria purchases, and library borrowing. No cards are needed, and it's unaffected by dirt or wet hands after washing, providing a safer and more convenient modern smart campus experience. In frontline environments such as construction sites and manufacturing workshops, workers' hands are often calloused, worn, dusty, and heavily soiled, making traditional fingerprint recognition almost ineffective. Since palm vein imaging relies on subcutaneous blood flow, even with dirt, oil, or minor scratches on the hands, the HFSecurity palm vein recognition terminal can still achieve accurate recognition within seconds. Combined with a real-name management system, the solution effectively addresses management pain points such as difficulty in attendance tracking and fake shifts for construction workers. On the hardware side, HFSecurity has iteratively developed multiple high-performance palm vein recognition terminals, building a multi-form product matrix: Desktop and standing terminals: suitable for government service windows and financial counter verification. Wall-mounted and access control equipment: Suitable for various offices, meeting rooms, and confidential access control systems. Embedded turnstile modules: Seamlessly integrate with various turnstiles, supporting strong outdoor light and complex environments. All hardware features a self-developed fusion algorithm, boasting fast recognition speed, strong anti-interference capabilities, and high system compatibility. The stability and durability of the equipment have been fully validated in multiple rounds of global market applications. The official approval of this invention patent marks a significant milestone in HFSecurity's technological innovation journey. In the future, HFSecurity will continue to uphold the concept of innovation-driven development, continuously increase investment in core technology research and development, constantly optimize the palmprint and palm vein fusion recognition algorithm, and broaden the boundaries of technology applications. We will empower the high-quality development of the global smart security and digital identity verification industry with more robust products and more comprehensive industry solutions, continuously leading the innovation trend of multimodal biometric technology.

Thailand, located in the tropics, experiences high temperatures and heavy rainfall year-round. Many office workers sweat during their commutes, resulting in damp fingers and frequent recognition failures with traditional fingerprint attendance systems. Furthermore, local companies generally prioritize hygiene, and employees are hesitant to touch frequently used public facilities. Additionally, the widespread wearing of masks by Thai employees also affects the effectiveness of facial recognition. Addressing these localized pain points, HFSecurity provided a multimodal facial recognition attendance and access control solution for an IT company in Thailand, achieving integrated management of contactless, rapid access, automatic attendance recording, and precise access control. The company has nearly 100 employees, including those in technology, administration, and sales departments. The administrative manager faced two long-standing challenges: during the rainy season, employees' fingers were wet from the rain, causing the fingerprint scanner to repeatedly prompt "Please press again," resulting in long queues; some employees had hygiene concerns about fingerprint scanners that multiple people would touch, and were reluctant to use them. The company had previously tried facial recognition attendance, but the recognition speed was slow in dimly lit meeting room entrances, and the widespread mask-wearing among Thai employees also affected the recognition results. Managers urgently needed an attendance method that was flexible, hygienic, and reliably adaptable to the local climate. HFSecurity's solution for this office was centered around a multimodal facial recognition attendance terminal. This terminal supports flexible configuration of various recognition modules, including facial recognition, fingerprint recognition, QR code scanning, IC card swiping, and palm vein recognition, allowing the company to configure it according to its specific needs. In this project, the client, considering employee usage habits, primarily implemented three methods: facial recognition, QR code scanning, and employee card swiping. Employees can simultaneously register their faces, bind their employee cards, and generate a personal QR code upon joining the company: Facial Recognition: Suitable for scenarios where employees pass through access control points empty-handed, with millisecond-level response and support for low-light and backlight compensation. QR Code Attendance: Employees can access a dynamic QR code via LINE or the company's internal app and scan it in front of the device, especially suitable when their fingers are wet or they do not want to remove their masks. Employee Card Swiping: Retains traditional habits, convenient for logistics or older employees who are not accustomed to smart devices. All three types of identification records are uniformly collected in a single attendance backend, eliminating the problem of "separate statistics for different clocking-in methods." The device casing is made of high-temperature resistant materials, adaptable to Thailand's year-round indoor and outdoor temperature differences of over 30°C. The touchscreen surface has an anti-fingerprint coating, making daily cleaning very convenient. HFSecurity attendance terminals support multiple installation methods, including wall mounting, desktop placement, floor-standing units, and integrated turnstiles, allowing for flexible selection based on office entrance layout, traffic flow, and decoration style. In this project, the client used wall-mounted units at the office entrance, desktop units in the lobby, and floor-standing units in the open-plan office area. For the finance and R&D areas with higher security requirements, the attendance terminals were integrated with turnstiles to achieve "clocking in upon passage." All clocking-in records are uploaded to the attendance management platform in real time via the company's internal network. The platform automatically compares with shift schedules and generates visual reports on lateness, early departure, and absence. Previously, manually verifying overtime slips and leave requests at the end of the month took several days; now, only records flagged as abnormal by the system need to be checked. Since the system went live, morning rush hour queues have been significantly reduced, and HR's monthly attendance statistics efficiency has improved dramatically. Simultaneously, the system supports departmental data isolation, allowing department heads to view only the attendance of employees within their department, ensuring data privacy. Thailand, located in the tropics, experiences high temperatures and heavy rainfall year-round, posing a severe challenge to the weather resistance of outdoor or semi-outdoor equipment. HFSecurity attendance terminals employ an industrial-grade wide-temperature design, ensuring stable operation of key components in high-temperature and high-humidity environments. The devices support offline operation, maintaining normal recognition and local storage of access records even during network interruptions, automatically synchronizing upon recovery to ensure no data loss. HFSecurity boasts over 20 years of experience in the R&D and manufacturing of biometric devices, providing enterprise clients with end-to-end customized services from hardware to software. On the hardware side, the device's exterior color, brand logo silkscreen, and recognition module position can all be adjusted as needed. On the software side, the attendance terminal's boot interface, system language (supports Thai), menu structure, and functional flow can all be flexibly configured according to the company's actual management requirements. A free SDK and complete API documentation are also provided, supporting enterprise IT teams to integrate the attendance system into their own HR, OA, or payroll management platforms. From traditional fingerprint attendance to multimodal facial recognition, Thai companies are accelerating towards a new era of intelligent, contactless attendance management. HFSecurity's facial recognition attendance and access control solution, with its core advantages of multimodal recognition, flexible deployment, automatic data synchronization, and environmental adaptability, is helping Thai companies overcome the problems of fingerprint recognition failures, hygiene concerns, and queue congestion, providing a more efficient, secure, and intelligent solution for office personnel management.