BioAffix® Secure I/O V3

New Generation Secured Communication Module BioAffix® Secure I/O V3 is a secured communication module providing input/output features to BioAffix identity verification product family hardware and controlling the devices receiving contact.

Security Under Your Control

BioAffix Secure I/O Distributor can have up to 20 pieces of output thanks to its independent electronic fuse box structure. Short-circuit that might occur at any line do not affect other devices thanks to the independent outputs of the Distributor device.

Encrypted Communication

BioAffix Secure I/O V3 offers a secured operation against all types of attacks such as removing and/or replacing the device, and listening to the communication through external devices thanks to the encrypted communication protocol between BioAffix Gate devices and BioAffix Secure I/O V3.

Smart Control Panel

All inputs and outputs can be controlled with a single interface thanks to the BioAffix Management software.

Short Circuit Protection

Thanks to the dual power supply of BioAffix Secure I/O V3, it is protected against short circuits that may occur in the devices powered by it.

Usage Areas of BioAffix Secure I/O V3

Doors

Turnstiles

Buttons

Magnetic Locks

Cabinets

Monitoring Contacts

Sensors

Alarms

Easy Configuration through Activity Workflows

You can control the BioAffix Secure I/O V3 device, which can be connected to BioAffix Gate products, with BioAffix Management, a central management application.

You can configure all entries and exits through workflows, which you will create according to the need of your organization.

Manage Peripheral Devices through 8 Inputs and 8 Outputs

All devices which can operate with dry contact can be controlled through 8 inputs and 8outputs existing on BioAffix Secure I/O V3. In this way, you can manage the devices in the required areas in your organization as desired thanks to BioAffix Secure I/O V3.

Always Stay Secured Through Its Short-Circuit Protection

The BioAfﬁx Secure I/O V3 device is protected against short-circuits which may occur on the devices fed by it through its double power supply. In this way, sabotage that may occur derived from outside sources can be prevented.