CBP TVS (SEA Entry / Exit) 

CBP TVS (SEA Entry / Exit)

Real-time facial recognition solutions designed for high-throughput operations like ports, airports, and government facilities.
Solutions

Integrated Biometric Processing

FaceEx enables direct integration with CBP TVS, supporting both SEA Entry and SEA Exit workflows for closed-loop cruise operations. Our platform delivers fast, compliant, and secure biometric processing, allowing passengers and crew to be verified in seconds while maintaining full alignment with U.S. government standards.
Real-time facial recognition solutions designed for high-throughput operations like ports, airports, and government facilities.
Next-generation facial recognition technology optimizing identity verification in complex, high-volume environments.
Core Capabilities

Built for Speed,
Accuracy and Compliance

Real-Time CBP Verification

Instant identity matching through CBP TVS, enabling secure and automated passenger validation in seconds.

SEA Entry & Exit Ready

Supports both inbound and outbound verification workflows for seamless maritime processing.

Closed-Loop Optimized

Designed specifically for closed-loop cruise operations, ensuring fast and compliant identity checks.

Ultra-Fast Processing

Processes passengers in as little as 1–3 seconds, reducing wait times and eliminating bottlenecks.

Proven High Accuracy

Delivers 97%+ accuracy in real-world environments, even under dynamic conditions.

Fully CBP Compliant

Built to meet U.S. Customs and Border Protection standards for secure and reliable biometric verification.

biometric verification workflow

From Capture to Clearance in Seconds

1 +
Kiosks deployed
1 + U.S ports
Active across

Trusted by

leading cruise

operators  

1 M+
Passengers processed 
Up
We’re here to support your operations and answer your questions!
faceex@survintl.com

Email address

+1 (786) 809 1059

Phone number

Sunrise, FL. USA

5555 N Nob Hill Rd Sunrise, FL 33351

Next-generation facial recognition technology optimizing identity verification in complex, high-volume environments.