NUVEQ Smart IoT Controller
A smart cloud-based access controller built for doors, turnstiles, gates, and enterprise access control with remote management, scalable deployment, and secure modern credentials.
- Cloud-managed access control from anywhere
- Secure device identification by MAC address
- Expandable across multiple doors and sites
- Automatic over-the-air firmware updates
- Supports mobile, NFC, QR, and card credentials
Why Choose NUVEQ Smart IoT Controller?
NUVEQ combines robust access control hardware with a cloud-based management platform to give organizations a simple, secure, and scalable way to manage facility access across multiple doors and locations.
Key Features of NUVEQ Smart IoT Controller
Smart access control features designed for security, flexibility, and easier management.
Secure Device Identification
Each controller is uniquely identified by MAC address and supports Ethernet dynamic IP connection, reducing the need for on-site configuration.
- MAC-based identification
- Dynamic IP support
- Less on-site setup
Manage Access from Anywhere
Users can control and manage door access remotely from smartphones or computers without needing to be physically present.
- Remote access control
- Smartphone and desktop management
- Convenient daily operation
Scale Your System Easily
The system can be expanded to support more doors or entry points without major infrastructure changes.
- Expandable architecture
- Suitable for multi-site growth
- Supports large deployments
Automatic OTA Updates
Receives over-the-air firmware and feature updates automatically, helping keep the system current and secure.
- Automatic firmware updates
- New features over time
- Better long-term security
System Benefits
Built for cloud security, operational flexibility, and modern access control workflows.
Cloud-Managed Platform
Secure remote access is available on any device anywhere, with continuous updates and automatic firmware improvements.
Ready for Scale
The cloud platform has no door or user limits and is designed to scale to thousands of doors across locations.
Modern Credential Support
Supports Wiegand readers, OSDP, Mifare, HID, Desfire, QR code, and secure Bluetooth/NFC credentials.
Advanced Security Functions
Includes intrusion alerts, fire alarm integration, emergency lockdown, emergency mustering, anti-passback, and door interlocking.
Multiple Operation Modes
Supports single door, two door, elevator, barrier, and alarm monitoring modes for more deployment flexibility.
Best For
- Commercial real estate and enterprise buildings
- Factories, schools, hospitals, and data centers
- Doors, turnstiles, gates, elevators, and alarm monitoring systems
Technical Specifications
Product details below are based on the EP-3000C controller specification shown on the Smart IoT Controller page.
Processor & Capacity
- Processor: STM32 ARM Cortex M4 (32bit) @ 150MHz
- No. of doors: 2 doors
- Card users: 130,000
- Transaction buffer: 130,000
- Reader input: Max. 4
- Reader formats: Wiegand 26/34/44 bit card readers
- Credential support: Mifare, HID, Desfire, QR Code
- Bluetooth/NFC reader: RS-485 AES256 encrypted
Inputs & Outputs
- 2 × door sensor inputs
- 2 × REX pushbutton inputs
- 4 × general purpose inputs
- 1 fire alarm input
- 3 configurable inputs for tamper, power failure, battery low
- 256 alarm inputs (EP-16IO × 16)
- 4 × relay outputs, switchable to NO or NC
- 2 × card reader LED outputs
- 2 × card reader buzzer outputs
- 256 alarm outputs (EP-16IO × 16)
Connectivity & Modes
- Serial ports: 3 × RS485
- RS485 protection: Surges, overvoltage, and ground faults
- Modes: Single door mode
- Modes: Two door mode
- Modes: Elevator mode
- Modes: Barrier mode
- Modes: Alarm monitoring mode
- Global anti-passback: Yes, no additional hardware necessary
- WAN support: Google Cloud connected
- Firmware upgrade: Over the air (OTA)
Power & Enclosure
- Power fail monitor: Yes
- Power: 12VDC, 8W
- Casing dimensions: 290 mm (H) × 320 mm (W) × 78 mm (D)
- Enclosure: Metal enclosure with mechanical key
- Certificates: CE, RoSH, UKCA
- Compliance: EN55032, EN55035, IEC61000
