Challenges
Manual personnel entry registration in industrial parks and buildings is ineffective at verifying individuals, increasing the risk of theft, property loss, and security incidents. Registered personnel face long queues, creating a poor experience, while manual paper recordings make tracking difficult as it relies heavily on human judgment, which is neither effective nor accurate.
Manual inefficient identity verification can lead to theft, property loss, or security incidents.
Long queues for manual access checks are a frustrating experience, especially during peak hours.
It‘s very challenging to track a person’s entry and exit records.
What We Offer
Starlink Personnel Entrance & Exit Management Solution uses facial authentication to prevent unauthorized entry, reducing the risk of theft, loss, and security incidents. The hands-free, fast-passage technology improves the access experience for registered personnel, while visual entry and exit recordings make record searches easier.
Efficient Verification
Face/Card authentication prevents unauthorized personnel from entering the premises.
Hands-free Entry Experience
The barrier controlled by biometric verification technology ensures accurate and efficient access, improving entry experience.
Visual Record and Search
Visual verification of alarm events and efficient monitoring of people’s access ensure secure entry and simplify record searches.
Solution Topology & Advantages
_3.jpg)
Accurate and secure
Self-developed recognition using Starlink’s deep learning algorithm, with accuracy of 99.9% and recognition time of less than 0.2 seconds
Dual-lens anti-spoof and liveness detection help to prevent access attempts by videos or photos
Efficient and adaptive
Industry-leading passage efficiency (60 persons/minute)
Excellent scene adaptability: maximum 0.3m - 1.5m recognition distance and 1.2m - 2.4m recognition height
Reliable and durable
Stronger anti-tailgating performance, with 16 pairs of IR
Highly durable, anti-corrosion with its 1.5mm 304 stainless jacket
Strengthened motor, with mean cycles between failure of ≥ 12 million
Product Recommendation
Application Scenarios
