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The adoption of advanced technology in manufacturing plants has become essential for enhancing operational efficiency and security. This case study outlines the successful implementation of an 8-inch wall-mounted facial recognition attendance system in a medium-sized manufacturing facility. The system was designed to automate the employee check-in process, ensuring accuracy, security, and convenience.   Background The manufacturing plant, with approximately 300 employees, had been using a traditional card swipe system for employee attendance tracking. This method was prone to issues such as lost cards, buddy punching (where one employee clocks in or out for another), and manual errors in data entry, leading to discrepancies in payroll and attendance records.   Objectives Automate Attendance Tracking: Replace the outdated card swipe system with a more reliable and automated solution. Enhance Security: Implement a system that accurately identifies employees to prevent unauthorized access. Improve Accuracy: Ensure that attendance records are accurate and reliable for payroll processing. Increase Employee Convenience: Provide a fast and user-friendly method for employees to clock in and out.   System Description The chosen system was an 8-inch wall-mounted facial recognition device equipped with: High-Definition Camera: Capable of capturing clear images even in low light conditions. Advanced Facial Recognition Software: Utilizes machine learning algorithms to accurately match employee faces with stored profiles. User-Friendly Interface: Features a simple touch screen for easy interaction. Integration Capabilities: Can be integrated with existing HR and payroll systems for seamless data transfer. Security Features: Includes features such as secure data storage and access control logs.   Implementation Process Needs Assessment: Conducted a thorough assessment of the plant’s needs and existing infrastructure. System Selection: Chose the 8-inch wall-mounted facial recognition system based on its features, reliability, and compatibility with existing systems. Installation: Installed the devices at strategic locations throughout the plant, ensuring coverage of all entry and exit points. Data Collection: Collected facial data from all employees to populate the system’s database. Training: Provided training sessions for employees and supervisors on how to use the new system effectively. Testing and Feedback: Conducted a testing phase to gather feedback and make necessary adjustments before full implementation. Launch: Officially launched the system and transitioned from the old card swipe system.   Results Accuracy Improvement: The system achieved a 98% accuracy rate in facial recognition, significantly reducing errors in attendance tracking. Security Enhancement: Unauthorized access attempts were virtually eliminated, enhancing the overall security of the plant. Operational Efficiency: The time spent on processing attendance data was reduced by 40%, leading to faster and more accurate payroll processing. Employee Satisfaction: Employees reported a more convenient and efficient process for clocking in and out, leading to increased satisfaction.   Conclusion The implementation of the 8-inch wall-mounted facial recognition attendance system has been highly successful in addressing the manufacturing plant’s needs for a reliable, secure, and efficient attendance tracking solution. The system has not only improved accuracy and security but also enhanced employee satisfaction and operational efficiency.    

Enhancing Efficiency and Customer Satisfaction with Advanced Technology [Shenzhen, April 18, 2025] – In an effort to streamline operations and improve customer experience, a local food court has recently installed state-of-the-art double-screen canteen payment terminals. The new system, which features dual touchscreens for both staff and customers, is expected to revolutionize the way patrons order and pay for their meals.   Revolutionizing the Ordering Process The double-screen terminals, prominently displayed at the food court's serving counters, have already started to draw attention from both regulars and newcomers alike. The system allows customers to view menu items and place orders directly on the customer-facing screen, while the staff can simultaneously process payments and manage orders on the staff-facing screen. This dual functionality not only speeds up the transaction process but also minimizes errors, as both parties can confirm details in real-time. The intuitive interface of the screens ensures that even those who are not tech-savvy can navigate the system with ease.   Improving Customer Satisfaction One of the primary goals of implementing these terminals was to enhance customer satisfaction. By reducing wait times and providing a clear, interactive menu, the food court aims to create a more enjoyable dining experience. Customers can also track the status of their orders, which adds an element of transparency and control to their visit.   Environmental Considerations The new system also addresses environmental concerns by reducing the need for paper menus and receipts. The digital screens display all necessary information, and customers have the option to receive electronic receipts via email or SMS, further cutting down on paper waste.   Staff Training and Adaptation To ensure a smooth transition, staff members have undergone comprehensive training sessions to familiarize themselves with the new technology. The training included learning how to operate the terminals, troubleshoot common issues, and assist customers with the ordering process.   Future Plans The management of the food court is already considering expanding the use of these terminals to include additional features such as loyalty programs and personalized recommendations based on customer preferences. They are also exploring the possibility of integrating the system with mobile apps for a seamless online ordering experience.   Conclusion The introduction of double-screen canteen payment terminals is a significant step towards modernizing the food court's operations. By leveraging technology to enhance efficiency and customer satisfaction, the food court is setting a new standard for dining experiences. As more patrons become accustomed to the new system, it is expected to become a model for other food courts looking to upgrade their facilities.   About the Food Court For more information about the new payment system or the food court, please contact: Shenzhen Jupin Technology Co., Ltd. -Customizable Biometric Solutions Delivers Phone:: +86 13537532811 WhatsApp: +86 13537532811 Yinxing Technology Building, Longhua New District, Shenzhen, China https://www.irisrecognitiondevice.com/  

In modern community management, security and convenience are the two core needs most valued by residents. To enhance both the safety and management efficiency of residential communities, while offering a smooth access experience, we successfully deployed our 10.1-inch facial recognition access control terminal in a downtown apartment complex. The results have been highly positive and impactful.   Project Background This residential community is located in the heart of the city, with high occupancy and frequent foot traffic. Traditional access control methods—such as key cards—posed several challenges: cards were easily lost, duplicated, or misused through unauthorized access. These issues caused inconvenience for residents and created security risks. To solve these problems, the property management team decided to upgrade to a smart facial recognition access control system. After evaluating multiple vendors and solutions, they ultimately chose our 10.1-inch facial recognition terminal for its performance, reliability, and user-friendly design. Product Highlights 1. High-Definition Display & Accurate Recognition Equipped with a 10.1-inch HD screen and powered by advanced facial recognition algorithms, the terminal offers fast and accurate identification across various lighting conditions and angles. The system achieves a recognition accuracy rate of over 99%. 2. Multiple Access Methods In addition to facial recognition, the device supports QR code scanning and password entry, providing flexible access options for different user scenarios. For example, residents carrying heavy items can opt for QR codes or PIN codes instead of facial scans. 3. Smart Integration with Property Systems The terminal integrates seamlessly with the community’s property management platform, enabling real-time tracking of resident entry and exit. Staff can monitor door access via a mobile app and unlock doors remotely, significantly improving efficiency and responsiveness. 4. Secure & Privacy-Focused Design The device uses robust encryption protocols to securely store facial and personal data, preventing unauthorized access or data breaches. It is also equipped with anti-tailgating and tamper detection features to further enhance community safety. Implementation Process 1. Needs Assessment & Solution Planning We worked closely with the property team to understand the unique needs of the community. A customized implementation plan was developed, covering hardware selection, device placement, and network layout. 2. Professional Installation & Calibration Our engineers installed the equipment following strict quality standards. After installation, the system underwent multiple rounds of on-site testing and calibration to ensure optimal facial recognition accuracy and system stability. 3. Resident Onboarding & Training To ensure smooth adoption, we assisted in collecting and registering resident data and conducted several training sessions. These sessions educated residents on how to use the new system effectively and safely.   Project Outcomes 1. Enhanced Community Security Since the launch of the facial recognition system, unauthorized access incidents have been significantly reduced. The system effectively controls visitor access, boosting residents' overall sense of safety. 2. Greater Convenience for Residents Fast and touch-free access through facial recognition improves traffic flow, especially during busy hours. The availability of multiple access modes has been well received by residents with diverse needs. 3. Improved Management Efficiency The integration with the management system provides real-time visibility into resident movement, enabling more precise oversight. Remote control features also empower staff to respond quickly during special or emergency situations. Looking Ahead As AI technology continues to evolve, we are committed to further enhancing the speed, accuracy, and functionality of our facial recognition terminals. We are also exploring expanded use cases such as integration with smart home systems, aiming to create smarter, more connected living environments for residents.   Conclusion The successful deployment of the 10.1-inch facial recognition access control terminal not only improved community safety and resident convenience, but also strengthened property management capabilities. As technology continues to advance, we believe facial recognition access systems will be adopted in more communities, bringing smarter, safer, and more seamless living experiences to people everywhere.   Shenzhen Jupin Technology Co., Ltd. -Customizable Biometric Solutions Delivers   Phone:: +86 13537532811 WhatsApp: +86 13537532811 Yinxing Technology Building, Longhua New District, Shenzhen, China https://www.irisrecognitiondevice.com/

To enhance safety and efficiency on construction sites, a leading technology integrator has successfully deployed our 8-inch face recognition control panel in high-rise construction elevators. This upgrade replaces traditional access control methods with intelligent, contactless authentication, greatly improving both security and worker management.   Smart Panel Highlights The 8" panel is powered by an RK3568 quad-core CPU running Android 11, delivering stable and responsive performance. It features: 8-inch capacitive touchscreen with a resolution of 800×1280 and 500cd brightness, ensuring clear visibility in various lighting conditions. Dual 2MP wide dynamic cameras supporting liveness detection within 0.4 to 2 meters — ideal for accurate, real-time facial recognition. Tricolor LED lighting for intuitive feedback (green, red, white), and built-in 3W speaker for voice prompts. Comprehensive I/O support, including Wiegand, RS232/485, USB, and relay outputs — providing seamless integration with gates, turnstiles, and access systems. Application Scenario In the field photos provided, the panel is mounted inside a construction elevator cabin using a custom wall bracket, allowing operators to easily view and interact with the device. The wall mount supports angle adjustment, ensuring usability for both taller and shorter workers — a key ergonomic feature in dynamic on-site environments. With IP-based connectivity and rugged aluminum CNC housing, the device handles harsh conditions ranging from -20°C to 70°C and 5–90% RH humidity.   Customer Feedback Users on-site have praised the fast recognition speed, robust build, and hands-free access, which significantly improves worker flow during peak hours and helps enforce safety compliance through identity verification. Looking Ahead Based on customer request, our engineering team is also developing a tiltable wall mount specifically for this 8" model, further enhancing its adaptability across diverse installation needs.   Shenzhen Jupin Technology Co., Ltd. -Customizable Biometric Solutions Delivers   Phone:: +86 13537532811 WhatsApp: +86 13537532811 Yinxing Technology Building, Longhua New District, Shenzhen, China https://www.irisrecognitiondevice.com/

Shenzhen Jupin Technology Co., Ltd. has successfully deployed a 21.5-inch large-size facial recognition access control system at the entrance of a residential community. This advanced device enhances security and convenience while integrating smart features tailored for outdoor environments.   Product Highlights Full Outdoor Design: Built to withstand harsh weather conditions, the device operates efficiently in temperatures ranging from -30°C to 70°C. High-Brightness Display: The 1000-nit screen ensures clear visibility even under direct sunlight. Multi-Mode Access: Supports facial recognition, RFID card access, and password entry, offering flexible authentication options. Smart Advertising Display: Equipped with a high-definition screen that supports video advertisements, making it a dual-purpose security and promotional tool. Implementation & Benefits Enhanced Security: The system enables accurate and fast facial recognition, preventing unauthorized access while ensuring a seamless entry experience for residents. User Convenience: Residents can choose their preferred authentication method, improving accessibility for all age groups. Commercial Value: The integrated advertisement display generates additional revenue opportunities for property management, allowing for targeted promotions and community announcements. This project highlights the effectiveness of Shenzhen Jupin Technology's innovative solutions in smart access control and digital advertising, ensuring both security and commercial benefits for residential communities.     Shenzhen Jupin Technology Co., Ltd. -Customizable Biometric Solutions Delivers   Phone:: +86 13537532811 WhatsApp: +86 13537532811 Yinxing Technology Building, Longhua New District, Shenzhen, China https://www.irisrecognitiondevice.com/

Enhancing Campus Security in Harsh Winter Conditions   Jupin’s 8-inch stainless steel turnstile system was installed at a university to address security and accessibility challenges during winter conditions. Integrating ​face recognition and ​contactless card authentication, the solution ensures efficient, reliable access control even in snowy, icy environments.       1. Core Functionalities   ​Dual-Mode Authentication ​Face Recognition: Accuracy: >99.8% under -15°C (tested in simulated winter conditions) Anti-spoofing: Liveness detection via blink/face movement analysis ​Card Swipe: Compatible with IC/ID/2nd-gen ID cards (read range: 0–30mm) ​Intelligent Operations ​One-Person-Per-Barrier: Mechanical arm prevents tailgating ​Emergency Bypass: Manual override for power failures ​Real-Time Feedback: RGB LEDs (green/red) + voice prompts ​Weather Adaptation ​Heated Components: Prevents camera/screen frosting in sub-zero temperatures ​Defrosting System: Activates automatically when humidity exceeds 80% ​2. Application Impact ​Security: 100% rejection rate for spoof attempts (tested with printed photos/masks) ​Efficiency: 98% faster throughput vs. traditional lock gates (avg. 1.2s per person) ​Reliability: 0 downtime recorded over 6-month winter trial   3. Next Steps On-site testing for prolonged (-20°C) operation Integration with campus security hub via RS485/Wiegand protocols Customization of UI/UX (e.g., institution branding, multilingual support)       For partnership inquiries, contact: Jupin Technology | liaoshaoxiong2020@163.com | https://www.irisrecognitiondevice.com/

A public library in Turkey sought a reliable and intelligent access control system to streamline visitor management while ensuring high security. The library required a system that supported multiple authentication methods, provided fast and accurate identification, and seamlessly integrated with their existing infrastructure.   Solution Shenzhen Jupin Technology Co., Ltd. supplied the library with our 7-inch Access Control Machine (Economic Model), a state-of-the-art solution powered by Android 9.0 and an Amlogic S905D3 quad-core processor. This device combines facial recognition, QR code scanning, and RFID card reading to provide a seamless and secure entry process.   Key Features Implemented: Multi-Authentication Support: The device supports facial recognition, RFID card reading (MIFARE, S50, S70, NTAG series), and QR code scanning, catering to various user needs. High-Speed Recognition: Featuring 1.2T NPU arithmetic power, the system ensures real-time, high-accuracy verification for seamless entry. Durable & Sleek Design: The aluminum CNC body with anodized surface and reinforced glass screen ensures durability and a modern aesthetic. User-Friendly 7-inch Touchscreen: The 800x1280 resolution capacitive touch display offers a responsive and intuitive interface. Wide Operating Temperature Range: Suitable for diverse environments, with a temperature range of -20°C to 60°C. Efficient Connectivity: Equipped with Ethernet, USB OTG, and relay outputs, ensuring smooth integration with the library’s existing systems.   Results After installation, the library reported: Enhanced Security: Unauthorized access was effectively prevented, ensuring a safer environment for visitors and staff. Improved Efficiency: The automated access system reduced congestion at entry points, enabling faster check-ins. Seamless Integration: The device easily connected with the library’s management system, simplifying visitor tracking and reporting. Conclusion With the deployment of the 7-inch Access Control Machine, the Turkish library successfully upgraded its security and operational efficiency. Shenzhen Jupin Technology Co., Ltd. remains committed to delivering innovative access control solutions that enhance safety and convenience worldwide.   Shenzhen Jupin Technology Co., Ltd. -Customizable Biometric Solutions Delivers   Phone:: +86 13537532811 WhatsApp: +86 13537532811 Yinxing Technology Building, Longhua New District, Shenzhen, China https://www.irisrecognitiondevice.com/

Background: Shenzhen Jupin Technology Co., Ltd. recently deployed a customized facial recognition attendance system at a construction site in Africa, streamlining the process of monitoring worker attendance. This solution was designed to address the need for a reliable, efficient, and secure method of managing attendance in environments with large numbers of workers.   Solution: The system, equipped with Jupin's state-of-the-art facial recognition technology, was installed at the entrance of the construction site. Workers queue up orderly in front of the attendance device every morning. They simply remove their hats and face the device, which quickly scans their face. Once the facial recognition process is completed successfully, the workers go through turnstile entering the site. This setup not only eliminates manual entry but also enhances security and efficiency by ensuring only authorized personnel are granted access. The system is capable of handling high volumes of workers, ensuring smooth and quick processing during busy hours.           Key Features: Efficient and Accurate Facial Recognition: The system uses advanced algorithms to ensure fast and reliable face identification, even in high-traffic areas. Secure Access Control: The turnstile mechanism adds a layer of security, ensuring that only verified individuals are allowed entry. User-Friendly Interface: Workers simply need to face the camera for successful identification, making the process quick and easy. Queue Management: Workers line up orderly , ensuring minimal disruption and faster entry. Impact: Time Efficiency: The facial recognition system significantly reduces the time spent on manual check-ins, allowing workers to enter the site promptly. Enhanced Security: The automated system ensures that only authorized personnel can access the site, reducing the risk of unauthorized entry. Streamlined Operations: The smooth flow of workers in and out of the site has improved overall operational efficiency, making attendance tracking simpler and more reliable. Conclusion: This facial recognition attendance system has proven to be a game-changer for the African construction site, offering both convenience and security. GiantTech continues to innovate and provide custom solutions that address specific industry needs, enhancing productivity and safety on worksites worldwide.

Shenzhen, China – [March 31, 2023] – A leading innovator in construction technology has unveiled its latest breakthrough: the ​13.3-inch Tower Crane Anti-Collision Integrated Machine, a cutting-edge solution designed to enhance safety and efficiency on high-density construction sites. As captured in the exclusive product demo image (below), this advanced device combines rugged industrial design with intelligent real-time monitoring, setting a new benchmark for crane operation safety.     ​Innovative Design Meets Industrial Demands The 13.3-inch anti-collision system, prominently displayed in the image, showcases a sleek yet durable form factor optimized for harsh environments. Key visual elements from the photo highlight: ​High-resolution displays: Crisp 1920×1080 FHD screens (88x32cm viewing area) provide real-time data visualization, including crane positioning, collision alerts, and operational metrics. ​Ruggedized build: Aluminum alloy chassis and tempered glass front panels ensure reliability under extreme temperatures (-20°C to +70°C) and dusty workshop conditions. ​Smart interface: On-screen controls (visible in the image) feature customizable menus for rapid access to critical functions like torque monitoring and GPS positioning.   ​Technical Breakthroughs Driving Safety Equipped with proprietary algorithms and multi-layered sensing technology, the device addresses industry pain points through: ​Collision Avoidance Excellence Real-time RS485 protocol communication between cranes prevents overlaps in blind spots, as demonstrated by the system’s live trajectory tracking interface (see image center). Dual 2MP cameras with infrared fill lights enable 24/7 hazard detection, even in low-light conditions. ​Industrial-Grade Performance ​Certified durability: IP65-rated protection against dust and water, validated by onsite testing in the depicted workshop environment. ​Seamless integration: Built-in 4G/Ethernet connectivity ensures uninterrupted data flow between crane control systems and project management platforms. ​Operational Intelligence The interface shown in the image displays live wind speed (0.5m/s resolution), load weight (±2% accuracy), and emergency stop alerts, empowering operators to make split-second decisions.   ​Customer Impact & Application In a recent pilot at a Guangdong construction site, the JP13302 system achieved: ​40% reduction in near-miss incidents via predictive collision alerts. ​25% faster project timelines through optimized crane scheduling. ​Zero equipment damage due to integrated obstacle detection. “The 13.3-inch display’s intuitive interface transformed how our teams coordinate tower cranes. The real-time data reduced miscommunication and saved hours weekly.” — Li Wei, Safety Director, ABC Construction Group   ​About the Technology Model: JP13302 Core Specifications: ​OS: Android 7.1 (Industrial Hardened) ​Processor: RK3399 Hexa-Core CPU ​Connectivity: 4G + GPS + RS485/RS232 ​Certifications: CE, FCC, RoHS     ​Join the Safety Revolution As highlighted in the image’s dynamic workshop scene, the JP13302 is more than a device—it’s a commitment to transforming construction safety. Available for bulk orders and customized deployments, this system redefines what’s possible in tower crane management.