Custom Automatic RFID, Face & IoT Flap Barrier Turnstile Gate Security Access Control

1. Fully Customizable Smart Access Control

Every organization has different security and access management requirements. That's why IoT-TechBD offers custom-designed flap barrier turnstile systems rather than limiting customers to fixed configurations.

You can choose the authentication technologies, communication methods, gate configurations, server architecture, and additional security features according to your requirements.

Supported authentication methods:

• RFID Card Authentication
• NFC Card and Device Authentication
• QR Code and Barcode Scanning
• Face Recognition
• Fingerprint Authentication
• PIN-Based Authentication
• Multi-Factor Authentication
• Custom Authentication Through API

Multiple authentication methods can be integrated into a single system.

2. Advanced IoT Connectivity

Our smart turnstile system can connect to local networks, remote servers, and cloud-based management platforms.

Available connectivity options:

• 2G / 4G / 5G Cellular Connectivity (depending on network and hardware availability)
• Wi-Fi Connectivity
• Ethernet (LAN) Connection
• MQTT Communication Protocol
• HTTPS-Based Server Communication
• RS232 / RS485 Communication
• Local Offline Operation
• Battery Backup Integration

The system can operate independently using locally stored access credentials or communicate with a remote server to validate access permissions in real time.

3. Custom Server & API Integration

One of our major advantages is the ability to integrate the turnstile directly with your existing software infrastructure.

We provide:

• Custom REST API Integration
• Existing ERP / HRM / Attendance System Integration
• Third-Party Server Integration
• MQTT-Based Communication
• HTTPS-Based Authentication
• Real-Time Access Verification
• Centralized User and Card Management
• Custom Database Integration
• Complete Custom Server and Dashboard Development

How it works:

Your existing server can authorize or reject access requests. When a person presents an RFID card, scans a QR code, or uses another supported authentication method, the machine communicates with your server and receives the access decision.

We can also develop the complete backend server, database, API, and management dashboard if you don't already have an access management platform.

4. Flexible Gate Configuration

The mechanical structure can be customized according to the entrance layout and expected pedestrian traffic.

Available configurations include:

• Single-Lane Gate Configuration
• Double-Lane Gate Configuration
• Multiple Lane Integration
• Three-Pedestal Configuration with Four Flap Doors
• Custom Entrance Width
• Custom Stainless Steel Housing
• Acrylic or Tempered Glass Barrier Options (depending on design)
• Single-Direction or Bi-Directional Operation

Gate dimensions, barrier materials, motor systems, and mechanical arrangements can be adjusted according to project requirements.

5. Intelligent Security & Anti-Tailgating System

Our smart security system goes beyond basic card authentication.

Advanced security features can include:

• Anti-Tailgating Detection
• Wrong-Way Entry Detection
• Unauthorized Entry Detection
• Multiple-Person Detection
• Passage Monitoring
• Automatic Gate Locking
• Emergency Unlock Configuration
• Direction-Based Access Control
• Smart Audio Alarm System
• Visual Warning Indicators
• Custom ML-Based Security Monitoring

Machine Learning (ML) and intelligent sensor integration can be added for advanced pedestrian monitoring and suspicious movement detection, depending on the project requirements.

6. Smart Motor Control & Automation

We use advanced motor control electronics and intelligent control logic to provide smooth, reliable, and responsive gate operation.

Features include:

• Brushless Motor Support
• Advanced Motor Driver Integration
• High-Speed Access Verification
• Automatic Opening and Closing
• Adjustable Opening and Closing Timing
• Obstacle and Safety Detection
• Automatic Reset and Locking
• Synchronized Multi-Gate Operation
• Power Failure Management
• Battery Backup Support

The motor controller and mechanical configuration can be selected according to the required operating speed, traffic volume, and gate design.

7. Remote Access & IoT Automation

Manage your entrance remotely using an IoT-connected control system.

For example, a security operator can monitor a visitor through CCTV, verify their identity, and remotely authorize the gate to open without physically accessing the turnstile.

Remote management capabilities include:

• Remote Gate Open / Close
• Live Gate Status Monitoring
• Remote Access Authorization
• Online / Offline Status Monitoring
• Centralized Multi-Gate Management
• Access Event Logging
• Remote Configuration
• Server-Based Gate Control
• Integration with CCTV and Security Systems

Remote control permissions can be restricted to authorized operators.

8. Smart LED Indicators & Audio Feedback

The system can include intelligent visual and audio feedback to guide pedestrians and notify security personnel.

• Direction Arrow LED Panels
• Entry / Exit Status Indicators
• Green / Red Access Indicators
• Smart Voice Announcements
• Unauthorized Access Alerts
• Wrong-Way Warning
• Tailgating Alarm
• Custom Audio Notifications

Applications & Industries

Our custom smart access control solutions are suitable for:

1. Airports and Aviation Facilities
2. Metro Rail and Railway Stations
3. Universities and Educational Institutions
4. Schools and Colleges
5. Hotels and Resorts
6. Garments and Textile Factories
7. Industrial Facilities and Manufacturing Plants
8. Corporate Offices and Commercial Buildings
9. Visa Processing and Travel Agencies
10. Bus Terminals and Transportation Facilities
11. Stadiums and Entertainment Venues
12. Government and Restricted Facilities

We can customize the complete system according to the security requirements and operational workflow of your organization.

Technical Specifications

Indicative specifications based on the reference FT100 model. Final specifications depend on the selected hardware, mechanical design, and project configuration.