86-Type Face Module Scenario Guide
Project: Product Specification | page_id: 1741
86-Type Binocular Face Recognition Module Scenario Usage Guide
Target audience: operations content output, sales solution explanation, customer solution proposals
Version: V1.0 | Updated: 2026-04 | Owner: Wuhan XSTRIVE Technology Co., Ltd.
Scenario 1: Smart Access Control and Entrance/Exit Control
Applicable Customer Types
- Smart access control equipment manufacturers / integrators
- Smart community solution providers
- Office building property management companies
- Factory park security engineering companies
- School / hospital access control system vendors
Working Topology
[User] → [Face swipe / NFC card swipe]
↓
[86-Type Binocular Face Recognition Module]
├─→ RGB camera ← Color face capture
├─→ NIR camera ← Near-infrared liveness detection
├─→ 2.4-inch screen ← Displays the recognition result (pass/reject)
├─→ NFC card reader ← IC card reading
└─→ WiFi/Ethernet ← Data upload
↓
[Access control controller / management platform]
├─→ Identity verification → Matches the whitelist
├─→ Permission judgment → Time period / area permissions
├─→ Record storage → Entry/exit records retained
└─→ Door lock control → Electric lock open/close
Core Pain Points and Solutions
| Pain Point | How this module solves it |
|---|---|
| Traditional card swiping is prone to proxy clock-in | Binocular liveness detection; photos/videos/masks cannot fool it |
| Cannot enter without the card | Pass by face, contactless and nothing to forget |
| Face recognition is difficult for the elderly and children | Built-in NFC card alternative, flexible switching between two modes |
| Devices are scattered and hard to manage | WiFi networking + OTA remote upgrade, unified cloud control |
| Installation and retrofitting are troublesome | 86-type standard panel, directly replaces existing switches |
Questions Customers Care About Most
Q: Can it prevent someone from passing with a photo?
A: Yes. RGB+NIR binocular liveness detection analyzes skin reflection characteristics through near-infrared imaging, effectively distinguishing real human skin from photo/screen reflection, reaching financial-grade anti-spoofing standards.
Q: Does installation require cutting into the wall again?
A: No. With a standard 86-type size, it directly replaces an existing wall switch or socket, and an ordinary electrician can complete the installation in 10 minutes.
Q: Can it still be used if the network goes down?
A: Yes. Local offline recognition does not depend on the network; the network is mainly used for data synchronization and remote management. Normal face recognition and card swipe functions are not affected when offline.
Scenario 2: Smart Attendance and Real-Name Management
Applicable Customer Types
- Enterprise HR management system vendors
- Construction site real-name management solution providers
- School / training institution sign-in system vendors
- Hospital shift management software vendors
- Chain store employee management system vendors
Working Topology
[Employee] → [Face swipe sign-in/sign-out]
↓
[86-Type Binocular Face Recognition Module]
├─→ Face recognition + liveness detection ← Eliminates proxy clock-in
├─→ 2.4-inch screen ← Displays name / time / status
├─→ Audio output ← "Sign-in successful" voice prompt
└─→ WiFi ← Real-time data upload
↓
[Attendance management platform]
├─→ Attendance records → Automatically counts attendance / late arrival / early departure / missed punch
├─→ Report generation → One-click export of monthly/weekly attendance reports
├─→ Exception alerts → Proxy clock-in attempts / abnormal entry and exit reminders
└─→ OA/ERP integration → Connects with the enterprise's existing management systems
Core Pain Points and Solutions
| Pain Point | How this module solves it |
|---|---|
| Serious proxy clock-in by employees | Binocular liveness detection, requiring the person to be present |
| Low efficiency due to queuing for clock-in | <500ms fast recognition, passing in seconds |
| Attendance data statistics are cumbersome | Automatically uploaded to the platform, reports generated automatically |
| Branch offices are scattered and hard to manage | Remote unified management, real-time data synchronization |
| Integration with existing attendance systems | WebSocket protocol open, can be integrated into existing systems |
Questions Customers Care About Most
Q: How large a face database can it support?
A: It supports a face database of tens of thousands of people, meeting the needs of medium and large enterprises. The 512M DDR2 memory combined with the AI computing power of the Intellifusion SV830D chip ensures fast recognition is maintained even with a large database.
Q: Can it recognize people wearing masks?
A: It can recognize faces wearing masks (the specific firmware version must be confirmed), but it is recommended to remove the mask for recognition in non-mandatory mask scenarios to obtain higher accuracy.
Q: Can the data be integrated with our OA system?
A: Yes. WebSocket protocol integration documentation is provided, supporting integration with mainstream OA, ERP and HR systems for automatic synchronization of attendance data.
Scenario 3: Visitor Management and High-Security Authentication
Applicable Customer Types
- Government agencies / public institution security departments
- Bank / financial institution branches
- Data center / equipment room managers
- R&D laboratories / confidential area management
- High-end office building property management
Working Topology
[Visitor/Employee] → [Face enrollment / NFC card / Face+NFC dual authentication]
↓
[86-Type Binocular Face Recognition Module]
├─→ Binocular liveness detection ← Financial-grade identity verification
├─→ 2.4-inch screen ← Displays visitor information / verification result
├─→ LED red/white light ← Status indication (red = reject / green = pass)
└─→ Audio ← "Welcome" / "Authentication failed" voice prompts
↓
[Security management system]
├─→ Visitor appointment → Register temporary permissions in advance
├─→ Entry/exit records → Full traceability throughout the process
├─→ Linked alarm → Real-time alarm for illegal intrusion
└─→ Permission management → Hierarchical, time-based and zone-based control
Core Pain Points and Solutions
| Pain Point | How this module solves it |
|---|---|
| The visitor registration process is cumbersome | Register the face in advance and pass by face swipe upon arrival |
| High security level requirements | Binocular liveness + NFC dual authentication optional |
| Entry/exit records are hard to trace | Each recognition is automatically recorded, including time + person + result |
| Multi-level permission management | Supports hierarchical permission configuration by level, time period and area |
| Slow response to abnormal situations | Can be linked to an alarm system, pushing abnormal events in real time |
Questions Customers Care About Most
Q: What level of security does it reach?
A: It uses RGB+NIR binocular liveness detection technology, analyzing the real reflection characteristics of skin through the near-infrared band, effectively defending against various spoofing attacks such as printed photos, playback on phone/tablet screens and 3D masks, reaching the security standards of the financial payment level.
Q: Can different permissions be set for different people?
A: Yes. It supports hierarchical permission management and can set different rules such as access time periods, access areas and authentication methods for different people, flexibly adapting to various security management requirements.
Q: What happens if someone tries to deceive it with a photo?
A: The system automatically identifies and rejects it, and at the same time can record this spoofing attempt event (including a captured image) on the management platform, making it easy for security management personnel to trace and handle.
Scenario 4: Smart Community and Building Intercom Integration
Applicable Customer Types
- Property management companies
- Smart community solution providers
- Building intercom equipment manufacturers
- Real estate developers' intelligent supporting facilities
- Community security system integrators
Working Topology
[Owner/Visitor]
│
├── Owner returning home → [Face swipe to open the door] → The unit door opens automatically
├── Visitor arriving → [Call the owner] → [Owner unlocks remotely] → [Visitor face registered with temporary permission]
└── Delivery/takeout → [NFC temporary card] or [Owner remote authorization]
↓
[86-Type Binocular Face Recognition Module] × N units (one at each unit doorway)
↓
├─→ WiFi/Ethernet → Community management center
├─→ Mobile APP → Owner remote viewing / authorization
└─→ Property management platform → Unified management of all unit devices
Core Pain Points and Solutions
| Pain Point | How this module solves it |
|---|---|
| Owners forget their access cards/keys | Enter by face, convenient and worry-free |
| Visitor entry/exit management is chaotic | Owner remote authorization + temporary face registration |
| Delivery and takeout cannot go upstairs | Temporary NFC card or owner remote door opening |
| High device maintenance costs | OTA remote upgrade, no need for on-site maintenance unit by unit |
| Appearance affects the community image | 86-type standard panel, clean and attractive, blending into the wall |
Questions Customers Care About Most
Q: A community needs many units deployed; how do we control the cost?
A: The 86-type module costs less than large-screen terminals, and installation has zero barriers (replacing existing switches), so the total cost (device + installation + maintenance) is far lower than traditional solutions. There is also room for further discounts on bulk purchases.
Q: What if the elderly and children have difficulty using it?
A: It also supports NFC IC card swiping, so IC cards can be issued to the elderly and children for card-based entry; young people use face swipe and the elderly and children use cards, so the whole family can use it conveniently.
Q: Can it be integrated with our existing building intercom system?
A: Yes. It provides a WebSocket protocol interface and a UART debugging port, and can be integrated with mainstream building intercom systems to achieve the integration of face recognition and intercom calling.
This usage guide is for reference in operations content output and sales solution explanation; please refer to the latest official parameters and functions.