I. Solution Overview
Current management practices at the entrances, exits, and personnel of traditional industrial parks and manufacturing plants commonly suffer from numerous pain points, which significantly hinder the upgrade of security management and digital operations in the plant area. Traditional manual identity verification is inefficient, easily causing channel congestion during peak commuting hours. There are no standardized control procedures for external visitors, construction workers, and supplier personnel, and there is no complete ledger record of personnel movement. Employee attendance and access control data are isolated from each other, leading to high costs and large errors in manual attendance statistics. At the same time, there is no graded permission control for different areas of the plant. High-risk areas and storage areas face the risk of unauthorized personnel entry. Once material loss or production safety accidents occur, it is impossible to quickly trace the source and assign responsibility, resulting in serious management loopholes and safety hazards.
In response to the above industry pain points, our company relies on theHigh-definition dynamic facial recognition terminal + intelligent gate hardware matrixto create a full-scenario, integrated intelligent facial recognition control solution for industrial parks. The solution is deeply adapted to the personnel management needs of the plant area, comprehensively covering six core application scenarios: employee attendance, intelligent access at entrances and exits, external visitor registration, graded area permissions, access data traceability, and safety risk early warning. It truly achieves the goal of “recognizing people upon arrival, controlling entry and exit, making data queryable, and preventing risks” within the plant area. The system can be flexibly deployed in all areas of the plant, including the main gate, production workshops, raw material/finished product storage areas, hazardous chemical workshops, office buildings, logistics passages, and employee dormitories, helping manufacturing enterprises complete the digital upgrade of personnel management and the intelligent upgrade of the security system, comprehensively enhancing the management efficiency and safety level of the plant area.
II. Industry Pain Point Analysis
1. Low Efficiency of Employee Attendance Control, High Cost of Manual Calculation
Traditional paper-based and card-swiping attendance methods have many loopholes. Issues like proxy punching and missed punches are persistent, making the authenticity of attendance records unreliable. Furthermore, attendance data relies entirely on manual statistics and summarization. Data on overtime, absence, absenteeism, and leave cannot be automatically collected. The monthly attendance calculation workload is heavy, time-consuming, and prone to high error rates, significantly reducing the efficiency of the HR department and hindering standardized attendance management for the enterprise.
2. Lax Entry and Exit Control in the Plant Area, Prominent Safety Hazards
Industrial parks see frequent movement of external personnel. Suppliers, customers, and outsourced construction workers lack standardized procedures for appointment, registration, and check-out. Strangers can freely enter and exit the plant area and production zones. Additionally, control over high-risk areas within the plant is lacking. Key areas such as valuable raw material warehouses, hazardous chemical production workshops, and equipment rooms do not have graded access permissions. Unauthorized personnel can easily intrude, greatly increasing the risk of material theft and production safety accidents, posing significant safety hazards.
3. Low Personnel Passage Efficiency, Affecting Production Rhythm
Scenarios like shift changes, workshop handovers, and truck unloading involve high personnel flow. The traditional manual verification and registration process is slow and inefficient, easily causing congestion at entry and exit channels. To ensure orderly passage, enterprises need to assign dedicated personnel for long-term duty, leading to continuously rising labor costs. Meanwhile, passage congestion indirectly affects workshop handover efficiency and the overall production rhythm, hindering improvements in production and operational efficiency.
4. No Ledger for Personnel Movement, No Basis for Accident Traceability
Under traditional management models, there are no systematic or visual passage records for personnel entering and leaving the plant area, and no unified facial recognition passage ledger. When issues like material loss, equipment damage, or production safety accidents occur, managers cannot quickly retrieve personnel entry and exit data for the corresponding time period and area. This makes it difficult to precisely identify the involved personnel and trace the accident source, leading to ambiguous responsibility allocation and hindering safety accountability and problem rectification in the plant area.
5. No Graded Area Permissions, Insufficiently Refined Control
Most industrial parks do not implement zoned permission control. Permissions for areas like office buildings, production workshops, storage areas, hazardous chemical workshops, and employee dormitories are mixed. Ordinary production operators can freely enter confidential office areas and high-risk storage zones. Manager permissions are not precisely defined, personnel permissions do not match job functions, and management loopholes are prominent. This fails to meet the refined, standardized, and safety-oriented management requirements of modern plants.
III. Core Hardware Components of the Solution
This solution adopts an integrated hardware device of “facial recognition terminal + intelligent swing gate”. It features industrial-grade hardware configuration, adaptable to complex scenarios in industrial parks such as dust, humidity, high-frequency passage, and unstable networks. It supports 7×24 hour stable operation, offering excellent hardware compatibility, stability, and durability.
(A) 7-inch Dynamic Facial Recognition Terminal
1. Key Hardware Parameter Highlights
Binocular Live Detection Camera: Equipped with binocular infrared live detection technology, it can accurately recognize real faces, effectively countering cheating methods such as photos, videos, and paper masks. This fundamentally prevents violations like proxy punching and unauthorized passage, ensuring the authenticity of personnel identity verification.
Face + IC Card Dual Verification Module: Supports dual verification methods using face and IC card, adapting to different user habits. It has offline recognition capability, allowing normal face comparison and passage verification even in scenarios with factory network outages or fluctuations, without affecting the normal passage order in the plant area.
High-Definition Display Screen: Equipped with a 7-inch high-definition touch display screen, it can show real-time information such as the passer’s photo, name, department, check-in time, and access permissions. The passage status is intuitively visible, facilitating self-checking by personnel and security supervision.
Industrial-Grade Protective Chassis: Adopts dustproof, waterproof, and anti-interference industrial-grade design, perfectly suitable for complex industrial environments like dusty production workshops, outdoor humidity, and large temperature differences in the plant area. It supports uninterrupted stable operation in all weather conditions.
Large Local Storage Capacity: The device can locally store tens of thousands of face templates. Passage records and captured images can be stored locally for over 1 year, ensuring data integrity and meeting the long-term data traceability needs of the plant area.
2. Equipment Application Points
Widely deployed at all-scenario points such as the main gate turnstiles, entrances/exits of various production workshops, access control for raw material/finished product warehouses, office building passages, employee dormitory access control, and logistics-specific passages.
(B) Intelligent Swing Gate Passage
1. Core Advantages of the Gate Equipment
Durable Chassis Adaptable to High-Frequency Scenarios: The chassis is made of 304 stainless steel, featuring impact resistance, wear resistance, and corrosion resistance. It is suitable for high-traffic, high-frequency, and high-load passage scenarios in factories, with a long service life and low maintenance costs.
Safe and Humanized Anti-Collision Design: Equipped with transparent acrylic anti-collision swing arms and built-in blue LED passage status indicators, making the passage/prohibition status clear at a glance. It features a high-precision infrared anti-pinch and anti-tailgating detection system. The arms automatically retract upon detecting pinching, and can accurately identify tailgating intrusion behavior, comprehensively ensuring the safety of passing personnel and the passage order in the plant area.
Superior Compatibility and Linkage Capability: Supports multi-signal interfacing, enabling seamless linkage with facial recognition terminals, audible and visual alarm devices, plant area barrier gate systems, and backend management platforms. This achieves integrated linkage control for verification, passage, alarm, and recording.
Flexible Combination and Strong Adaptability: Supports parallel combination deployment of single, double, or multiple channels. It can be flexibly configured based on the traffic flow at the plant entrance and the available site space, perfectly adapting to high-traffic scenarios during peak commuting hours.
2. Advantages of the Complete Set Combination
Adopts an integrated design combining the facial recognition terminal pole and the intelligent swing gate. The equipment has high integration and strong compatibility, ready for use upon installation. It requires no secondary modification of the original passages in the plant area, resulting in a short construction period and high implementation efficiency.
IV. Core Functions of the Solution
1. Integrated Employee Face Attendance and Passage, Efficient and Workload-Reducing
The system synchronizes facial recognition passage with intelligent attendance data. Employees automatically clock in by scanning their face when entering/exiting the plant area or workshops, requiring no additional manual operation. The backend can intelligently distinguish attendance statuses such as normal attendance, late arrival, early departure, absenteeism, and overtime. It supports customizable shift scheduling for day shifts, night shifts, rotating shifts, etc. The system automatically summarizes daily and monthly attendance data, generates standardized attendance reports, and can directly interface with the enterprise’s existing HR management system. This completely replaces manual attendance statistics, significantly reducing HR workload costs and improving attendance data accuracy and office efficiency.
2. Zoned and Graded Permission Control, Isolating High-Risk Hazards
Supports fine-grained division of area passage permissions based on employee department, position, and rank, achieving control based on “fixed post, fixed person, fixed area.” Ordinary operators are only granted regular passage permissions for production workshops. Managers have access to the entire office area and all workshops. High-risk core areas like hazardous chemical warehouses, raw material storage rooms, and equipment rooms are only accessible to specifically authorized personnel. It also supports one-click permission activation upon employee onboarding and one-click permission revocation upon resignation. The facial recognition permissions of resigned employees become invalid immediately, completely eliminating the safety risk of former personnel privately entering the plant area or core zones.
3. Full-Process Closed-Loop Control for Visitors, Traceable and Controllable External Personnel
For external groups like clients, suppliers, and outsourced construction workers, a full-process control system is established, including online appointment, on-site verification, permission limitation, and exit check-out. External personnel can submit visit appointment information in advance through an online portal, filling in details like purpose of visit, arrival time, access areas, and accompanying persons. After approval by the enterprise administrator, they can pass through by scanning their face within the validity period. Upon arrival, a temporary facial profile is automatically created. The system strictly limits the visitor’s access area and validity period, prohibiting cross-area movement. The entire entry and exit process of visitors is recorded with facial recognition captures. If a visitor overstays or violates area restrictions, the system automatically pushes an alert to security personnel. This ensures full-process traceability and control of external personnel.
4. Binocular Live Detection Anti-Cheating, Eliminating Unauthorized Use
Leveraging core binocular infrared live detection technology, it can accurately distinguish real faces from cheating carriers like photos, videos, and realistic masks. This completely eliminates violations such as employee proxy punching and external personnel using others’ permissions to pass. Once the system detects cheating, it immediately locks the gate to prevent passage, triggers a local audible and visual alarm on the device, and pushes the cheating capture record and alert information in real-time to the backend management interface. This achieves real-time interception and full-process documentation of violations.
5. Full Data Visualization, Rapid Accident Traceability
The system automatically collects and stores passage data for all personnel in the plant area, including facial recognition photos, passage time, passage point, passage type, permission status, and other full-dimension information, forming a complete personnel passage ledger. The backend supports precise retrieval, query, and data export based on multiple dimensions such as personnel name, department, time period, and access area. When material loss, equipment failure, or production safety accidents occur, managers can retrieve passage records for the corresponding time period and area with one click, quickly identifying involved personnel and reconstructing the scene. This enables precise accident traceability and clear responsibility definition.
6. Real-Time Alerts for Abnormal Scenarios, Proactive Safety Risk Prevention
The system has a built-in multi-layered abnormal passage alert mechanism. It can accurately identify various abnormal scenarios, such as forced entry by strangers, tailgating, prolonged stay in core areas, unauthorized area intrusion, and cheating. Once an abnormality is triggered, the system automatically captures the scene image of the person, pushes real-time alert information to the security room backend and manager’s mobile terminal, prompting staff to verify and handle the situation promptly. This allows for quick investigation and elimination of safety hazards, effectively reducing the probability of theft, operational violations, and safety accidents in the plant area, shifting from passive control to proactive early warning.
7. Offline and Online Dual Modes, Adapting to Complex Plant Networks
Addressing unstable or frequent network outages in industrial park workshops, the system supports both online and offline operation modes. In offline mode, the facial recognition terminal relies on local storage to perform face comparison, permission verification, and passage record retention, ensuring the passage order is unaffected by network conditions. Once the network is restored, the device automatically synchronizes all passage data and capture records generated during the offline period to the cloud backend, ensuring no data is missed or lost. Managers can remotely log into the backend via computer or mobile phone to view the passage status and personnel dynamics of various areas in real-time, and remotely export control reports, enabling digital management anytime, anywhere.
V. Solution Application Scenarios
1. Main Passage at the Plant Gate
Deploy multi-channel intelligent facial recognition swing gates to meet the high-traffic rapid face-scanning passage needs of employees during peak commuting hours, completely solving congestion problems. Simultaneously, uniformly control external visitors and vehicle passengers, achieving integrated identity verification, registration, and passage control, building the first line of defense for the plant area.
2. Production Workshop Entrances and Exits
Configure single-channel facial recognition access gates. Allow only authorized on-duty operators to enter/exit via face scan. Strictly prevent unrelated personnel and external personnel from entering the production workshop freely, ensuring stable production order and avoiding safety risks in production operations.
3. Raw Material / Finished Product Storage Area
Set up high-level facial recognition permission verification mechanisms. Grant passage permissions only to warehouse managers, authorized quality inspectors, and storage operation/maintenance personnel. Strictly control personnel movement in the storage area, effectively preventing loss or damage of raw materials and finished products, and safeguarding the enterprise’s material assets.
4. Hazardous Chemical Workshops, Equipment Rooms
Implement multi-factor facial recognition verification and dual-person passage mechanisms to raise the entry threshold for high-risk areas. Only authorized specialized staff can enter/exit. Strictly control personnel flow in high-risk areas, eliminating production safety accidents caused by unauthorized operations, and meeting the safety management standards of high-risk plants.
5. Office Buildings, Dormitory, and Logistics Passages
Use graded permissions to differentiate access areas for office staff, workshop employees, and logistics personnel. Achieve segregated management of personnel flow, vehicle flow, and operational flow within the plant, avoiding chaotic cross-flow of personnel and improving the overall management order of the plant area.
6. Temporary Passages for Construction / Outsourced Personnel
Activate temporary facial recognition permissions for construction, outsourced, and short-term on-site personnel. Precisely limit the validity period and activity area. Prevent temporary personnel from wandering to unauthorized posts or areas, ensuring the safety of production and office zones in the plant area.
VI. Solution Application Value
1. Cost Reduction and Efficiency Improvement, Optimizing Enterprise Operations
The solution replaces traditional manual guard duty and manual attendance statistics, significantly reducing labor costs for plant security and HR. Intelligent attendance automatic calculation and report generation completely eliminate errors from manual statistics, greatly improving administrative office efficiency. The rapid face passage mode completely solves entry/exit congestion, ensuring efficient workshop shift changes and production operations, stabilizing the enterprise’s production rhythm.
2. Multi-Dimensional Prevention and Control, Strengthening Plant Safety Defenses
Through live detection anti-cheating technology, identity fraud risks are eliminated. Graded zonal permissions isolate high-risk areas. Full-process facial recognition captures retain passage data. Real-time alerts handle abnormal scenarios. This builds a comprehensive security system of “pre-event permission control, in-event real-time monitoring, and post-event traceability and accountability.” It comprehensively reduces various risks in the plant area, including material theft, production safety accidents, and personnel operational violations.
3. Data Interconnection, Achieving Digital Personnel Management
The solution integrates multi-dimensional data such as employee passage, attendance, visitor management, and permission control, building a unified intelligent personnel management platform for the plant area, breaking down traditional data silos. All personnel entry/exit and operational records are fully queryable, traceable, and statistically analyzable. It fully meets the requirements of industrial park safety production standards, enterprise compliance management, and safety supervision inspections, helping enterprises complete their digital management transformation.
4. Modular Scalability, Adapting to Long-Term Enterprise Development
The overall hardware adopts a modular design. The number of gate channels and facial recognition terminals can be flexibly increased, decreased, or expanded based on plant area needs. The backend system supports the storage and management of facial recognition databases ranging from thousands to tens of thousands of people. It can perfectly adapt to enterprise development needs such as employee expansion, workshop expansion, and plant area enlargement. The system requires no iterative replacement, offering high long-term cost-effectiveness and providing stable intelligent control support for the enterprise’s long-term development.
