BioEnable Deploys DactyScan84c Scanners in India’s Trusted Traveller Immigration Program (FTI-TTP)

Pune | Feb 2025

BioEnable Technologies a leader in biometric and identification solutions, has successfully deployed its DactyScan84c biometric scanners in India’s Fast Track Immigration – Trusted Traveller Program (FTI-TTP). This deployment enhances efficiency and security at major airports, including Mumbai, Chennai, Kolkata, Bengaluru, Hyderabad, Cochin and Ahmedabad.

The FTI-TTP, inaugurated by Union Home Minister Shri Amit Shah on January 16, 2025 is a key initiative under the 'Viksit Bharat' @2047 vision, designed to provide world-class immigration facilities. The program enables seamless and secure international travel for Indian citizens and Overseas Citizens of India (OCI) cardholders and is being implemented across 21 major airports.

BioEnable Technologies' DactyScan84c biometric scanners power the program’s automated e-gates, enabling faster immigration clearance through biometric authentication. Travelers simply scan their boarding pass and passport and the DactyScan84c scanner verifies their biometrics.

 Upon successful authentication, the e-gate opens automatically, eliminating manual passport stamping and reducing wait times. This seamless process not only enhances traveler convenience but also strengthens border security through accurate identity verification. The advanced technology ensures high throughput making it ideal for busy international terminals.

BioEnable Technologies remains committed to advancing biometric security solutions that streamline identity verification and enhance national security. 

The deployment of DactyScan84c scanners in the FTI-TTP reinforces the company’s role in driving innovation in digital identity and border control. With a focus on reliability and scalability, BioEnable continues to support government initiatives for smart and secure infrastructure.

Their cutting edge solutions are shaping the future of seamless travel and efficient border management worldwide.