Concept is to present a comprehensive, passenger-centered, system-level approach to the design of vertiport security screening and passenger boarding checkpoints. This will allow Vertirport checkpoint designers and policymakers to incorporate a wide range of requirements and to evaluate checkpoint performance against system-level security, cost, throughput, and passenger experience factors. Rival Air Inc. has developed this concept in partnership with AA Technology International, Inc.. Our approach for the security and operations of eVTOL travel is to ensure robust and controllable security performance and providing a model for a much less intrusive process focusing on passenger comfort with innovative technologies and procedures.
VertiPassTM: VertiPass
TM is our multi-component technology concept that envisions a state-of-the-art integrated, paperless and contactless biometric-based solution for eVTOL passengers’ screening and boarding.
The solution has the following three (3) primary components:
VertiApp: A Mobile App that is intended to securely enroll passenger’s data to facilitate passenger screening and boarding when combined with the solution’s other components. The VertiApp captures and retains passenger’s facial image and captures an image of the passenger’s ID card or Driver’s License. The App authenticates the passenger being enrolled by comparing a live picture of the passenger to a clipped image of the scanned ID card or Driver’s License. The App also ensures that validity and authenticity of the entered ID card or Driver’s License.
IntelliTunnel: The IntelliTunnel serves two functions. First function is a walk-in / walk through security scanner that combines the use of security scanners with improved image quality and advanced automated algorithms with higher material classification techniques. The technology offers walk-through or walk-by screening to eliminate the traditional booth-style process. The second function is to securely identify and authenticate eVTOL travelers. With a brief look at a camera for facial image capture and instantly verify their identity with the enrolled facial image in VertiApp on the passenger’s mobile smartphone. The IntelliTunnel is electronically interfaced with the VertiApp on the passenger’s smartphone. The process of passenger authentication is seamless and efficient as it can be completed instantly in a single step.
AI-Based Intelligent Passenger Scoring System: Passenger scoring concept is an emerging technology that uses advanced algorithms and machine learning techniques to evaluate the risk associated with individual passengers based on their travel history and behavior. The technology creates a passenger score, similar to a credit score, that can be used by airlines and airport security personnel to identify high-risk passengers and increase security measures accordingly.
The three components can be connected through a secure network. The security screening tunnel (IntelliTunnel) sends the facial recognition data to the passenger risk score system for analysis. If a passenger is flagged as high-risk, the system can alert the security personnel at the screening tunnel, who can then take appropriate measures to ensure the safety and security of the airport.
The concept integrates and combines the use of these three components. Mobile VertiApp, the IntelliTunnel Technology and the AI-based Intelligent Passenger Scoring System. The Mobile VertiApp and the IntelliTunnel are designed to utilize the facial recognition technology to allow passengers to go through screening and boarding in a completely contactless process. This concept will provide a great customer experience, support strong security measure and reduce queueing times. IntelliTunnel technology enables passenger to be automatically cleared by for eVTOL travel by simply walking through it. Utilizing biometrics, InrtelleTunnel and touchless check-in can be controlled by mobile phones eliminates the need for passengers to use self-check-in kiosks and touch screens.
The sections below provide a more in-depth look at each of these components.