SmartEnds S-Pass Digital Lock

Key Features

LTE-M/NBIOT Connectivity

The S-PASS access control systems automatically transmit data via LTE-M/NBIoT network on a daily basis.

RFID Based Identity Detection

The S-PASS device allows users to be identified using a contactless RFID badge or Bluetooth

Daily Data Retrieval With Local Memory

The S-PASS system has the capability to store access user data and system operation locally in the memory card.

White-List And Black-List For Access Authorization

S-PASS ensured complete control and monitoring with White-listing and Black-listing of users

Battery powered options for Continuous Power Supply

S-PASS access controls are guaranteed by long lasting, environmentally friendly batteries with easy replacement. Both rechargeable and non-rechargeable battery options are available.

Waterproof IP68 Enclosure

Each S-PASS Access Control is housed within an IP68 waterproof enclosure and protected by an extremely robust structure

An Advanced Access Control System

The S-PASS access control system controls, through an actuator, the unlocking/locking of the lock that allows access to the container. Regardless of the identification mode used (RFID card, NFC, or Bluetooth via an application), the locking system is immediately unlocked in a time unit imperceptible to the user

> Different types of light signals, modulated according to the type of information to be conveyed to the user.
> An activated modem for LTE-M/NBIOT transmission, configured for bidirectional communication with the web platform.
> An electromechanical device for opening/closing the hatch.
> Integration of sensors to remotely monitor the status (open/closed) of the hatch and shelter door.
> Optional: an electromagnetic door locking system.
> A Bluetooth Low Energy (BLE) device for user recognition via a mobile application (in a later stage).
> Sending data and alerts to the web interface.

Automatic Data Retrieval

The S-PASS access control systems automatically transmit data via the cellular network on a daily basis, at least once a day. This includes identified badges and battery levels.

The system has the capability to store access user data (card number, date, time) and system operation locally in the memory. Considering an average of 25 trap openings per day, the memory card can store data for at least 180 days. This ensures that no human intervention is required for the proper functioning of this identification system, which has good network coverage for data transmission.

This guarantees the impossibility of losing information due to a temporary absence of communication from the access control, even in cases where the automatic download does not occur when the connection is restored.

The access control can autonomously store the contactless reading of over 500,000 different RFID card/badge numbers previously registered on the memory card.

The memory of the access controls is organized in a circular manner, meaning that as new records are added, they begin to overwrite the oldest records. It can contain data from over 16,600 badges.