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Vision-Box is a pioneer in seamless travel, automated border management, and electronic identity management solutions, and will participate in the World Aviation Festival (WAF) to be held at ExCeL in London from December 1st to 2nd.
During the holiday season, Jeff Lennon, Vice President of Strategic Sales and Global Partnerships of Vision-Box, will speak at the Biometrics and Automation Group at 11:30 AM GMT on December 2 to discuss advances in digital identity and automation technology How can we help utilize seamless/contactless experiences and accelerate industry recovery.
The panel will discuss a range of topics, including the use of digital identification technology to overcome data and privacy challenges, the timeline of autonomous identities for air travel, the expected impact of the pandemic on airport automation processes, a roadmap for industry stakeholder collaboration, and beyond security The full potential of biometric technology.
Jeff Lennon, Vice President of Strategic Sales and Global Partnerships at Vision-Box, said of his participation in the World Aviation Festival: "I am very happy to be here in London to participate in WAF at an important time in the aviation industry."
Compared with the past ten years, the tourism industry has undergone rapid changes in the past year. "
"The travel industry has changed more rapidly in the past year than at any time in the past decade. As we continue to recover from the pandemic, it is clear that we need to rebuild our confidence in travelers. Our automated biometrics and non-contact Modern technology is now at the forefront and center of this movement, demonstrating the possibility of providing a safe and seamless passenger experience."
Jeff Lennon will participate in a panel discussion with Catherine Phillips, Innovative Architect Technology Heathrow Airport Limited; Maurice Jenkins, Chief Information Officer of Miami-Dade County; Tony Chapman, Director of Collins Aerospace Industrial Affairs, Alliance and Strategic Planning ); Pablo Lopez Loeches, head of Aena Technology Monitoring Department; Emiliano Sorrenti, CIO of ADR, chaired by Billy Shallow, European Innovation and Technology Director, ACI European Airport International Council.
As 2021 draws to a close, Vision-Box's participation in the World Aviation Festival comes at an important moment for the industry-it responds to the challenges of COVID-19 and plans for a recovery in 2022.
In order to help airports, airlines and border guards operate safely during COVID-19 and beyond, Vision-Box has been implementing non-compliance services for customers including London Gatwick Airport, the Department of the Interior of the United Kingdom, New York Kennedy Airport, AirAsia, and Kuala Lumpur International. Sewing and automated biometric contactless solutions at airports, Emirates, Dubai International Airport and Schiphol Airport.
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Newer facial recognition systems are scalable and provide more accurate results. End users can select system performance parameters to meet their application requirements. "We have developed algorithms that can be optimized in various computing environments, whether it is small chips in edge devices or large server devices," said Ido Amidi, vice president of product and business development at Oosto. "It all depends on the customer's needs. We can do it without giving up performance. There is no significant loss in cross-platform performance." The system's "containerized environment" runs efficiently in the customer's IT architecture . The face recognition implementation Oosto, formerly known as AnyVision, was established in 2016 and is based on deep learning research on face recognition. The focus is on how to use face recognition to recognize people in real-world scenes. The product went on the market in 2017 and is aimed at vertical industries that need to identify "bad guys" or very important people (VIP). The implementation of this technology involves software running on a local device or server. At present, the most common implementation of this technology involves software running on a local device or server. As the concept of the Internet of Things (IoT) gradually penetrates the security market, edge-based deployments will become more common, providing real-time actionable information and avoiding large amounts of unstructured video data. Ethical recognition Oosto helps users deploy, set up and calibrate the system; then, the customer manages it according to their needs. Privacy features are built into the system as part of the company's commitment to "ethical" facial recognition. In general, this technology has changed a lot since the early implementation of about ten years ago failed to execute as promised. The development of deep learning has promoted the expansion of capabilities. The privacy feature facial recognition can help end users identify people of interest, but it is specifically designed not to infringe on anyone's privacy. There is no database or watch list involved; users usually compile their chosen "bad actors" for comparison with facial recognition algorithms. Amidi said that while Oosto provides a valuable tool, the end user customer decides how to deploy the tool in their business. Oosto’s "Liveness Detection" deploys algorithms to analyze images from video and/or 3-D cameras. / Or 3D camera image to ensure that the face presented is not a printed image or mask. Their latest software version is a single platform designed to identify and insight into people's behavior in physical space. New features include the ability to detect unknown persons entering restricted areas. Neural network algorithms improve facial recognition, even for people wearing masks. A new neural network algorithm improves the accuracy of identifying people wearing masks, and the system can alert (to help comply) when someone is not wearing a mask. The expanded video forensics feature is designed to speed up investigations, including the ability to perform in-depth searches on captured videos related to physical attributes, clothing colors, etc. The recognition algorithm Oosto recognizes the faces of 20 different people in the casino? It all depends on variables such as the number of people, lighting and viewing angles, image quality, and even network issues. The recognition algorithm is "trained" using data collected from actual use cases; training is carried out in a laboratory environment. The system can be adapted to various lighting conditions, such as in a glass-enclosed hall in the morning and afternoon. For example, when people enter an area, they may look down at their smartphones, which means that some of their faces will not appear in the field of view. These variables can affect accuracy. The test requirements of the system are applicable to each specific customer, and can be adjusted and adjusted as needed. Customizable system. Each customer must decide how best to use the system with their parameters, with the least acceptable number of false alarms, in real time , And use existing infrastructure. The test requirements of the system are applicable to each specific customer. The sensitivity of the system and other operating factors can be adjusted and adjusted as needed, including at any time after the system is installed. To meet specific applications "No customer is the same, so each customer's system needs are unique," Amidi said. For example, certain situations may have a higher tolerance for false alarms, such as when there is an operator available that can make the final decision on whether a face matches. In other situations, such as when a child is missing, false positives are a bigger problem, and quick response is especially important. "The out-of-the-box products we provide to customers are suitable for any scenario, and customers can adjust the system to meet specific applications by clicking a button," Amidi said. "We let customers understand the pros and cons so that they can react in real time." Identity management Oosto can help enhance the customer experience by identifying important customers that Oosto sells through system integrators, and interact with more than 150 companies around the world who have obtained management and installation system certification. The integrator has established a partnership program. Oosto aims to be Fortune 500 companies in the financial services, gaming, and retail sectors. The system helps to create a safe environment without any "bad actors". Alternatively, Oosto can help enhance the customer experience by identifying important customers who need special treatment. If any unauthorized person enters the restricted area, the system can also issue an alarm; that is, anyone who is not an employee, registered visitor, or contractor. Understand the technology In many parts of the world, facial recognition is widely accepted and used in applications such as payment and access control. The anxiety about technology, especially in the United States, is based on a lack of understanding. The public needs to "receive a better education" on this topic, and Amidi hopes that over time, this technology will become more and more accepted by society. "This is a tool that needs to be supervised," Amidi said. "From a technical point of view, we believe in accuracy. It just needs to be explained better."
Casinos provide a variety of attractive applications for LiDAR, including security and business intelligence. Using laser sensors, this technology can replace the use of surveillance cameras. For casino security, LiDAR can track players' movements and provide complete coverage and accuracy that cannot be achieved with surveillance cameras. Compared with other technologies, large-scale coverage area can save the cost of sensor deployment. LiDAR and its applications LiDAR is a method of determining the distance by aiming a laser at an object and measuring the time for the reflected light to return to the receiver. The LiDAR sensor emits pulsed light waves to the surrounding environment, and the pulse bounces off the surrounding objects and returns to the sensor. The sensor uses the time it takes for each pulse to return to the sensor to calculate the distance it has traveled. LiDAR is commonly used in markets such as robotics, ground surveying and mapping, autonomous vehicles, and industrial IoT (Internet of Things). Today, casinos provide a lucrative emerging market for technology. LiDAR tracking enables casino operators to understand guest paths, journeys, queuing time, and count crowd management. LiDAR can provide intelligence about the size of the crowd by counting the number of people at the door or part of the game floor to track the occupancy rate, thereby making a difference for the casino guest experience contribute. LiDAR tracking enables casino operators to understand guest paths, journeys, queue times, counts, and other statistics by comparing previous time frames with current occupancy rates. This method enables them to understand the layout of digital media advertising and experience. Gerald Becker, vice president of market development and alliances at Quanergy, said: “In the casino, sensors are deployed like surveillance cameras.” “But they are not security measures, but are used to anonymously track all those who walk through the game hall. We can get guests. Centimeter-level accuracy of the location, direction and speed of the company. With this data, we can access the guest’s journey from the path, number of stops, and other analyses that provide intelligence for operations and marketing to make decisions about product placement or advertising. Better decisions." Quanergy Quanergy is a US-based company that manufactures its hardware in the US and develops its 3D perception software in-house. Quanergy has various integrations with third-party technology platforms (such as Video Management System (VMS)) for operational and business intelligence security and analysis. Perimeter security sensors can be installed on the hotel to monitor whether there are objects that may be thrown from the hotel. LiDAR is deployed in external and internal applications. For the exterior of a casino or resort, sensors can be installed in the hotel to monitor objects that may be thrown out of the hotel, or people in areas that should not be present. For example, they can sense and prevent access to rooftops or private areas that are not open to the public. Some customers install sensors around the entire private property to protect the residences of executives and/or VIPs. Traffic tracking and queuing functions to track the size of the crowd can initiate digital signage or other digital experiences throughout the hotel, guiding guests to other destinations in the hotel. It can also help with queue analysis at the reservation/check-in desk or other areas where guests are queuing to tell the operator to open another line to keep the guests' past traffic. Traffic tracking and queuing functions can help casino operators understand which gaming groups are frequently used by customers, and allow optimization of customer routing to increase casino interaction and gaming time, thereby quickly affecting the casino’s financial performance and returns. There is no privacy issue. LiDAR provides a point cloud; its millions of small points in 3D space create the contours of moving or fixed objects. The current main obstacle is market adoption. Becker said Lidar is an emerging technology, but it is widely known for these new use cases. He commented: "In addition to the traditional IoT sensors that are now available, the huge functions that can now be implemented in 3D will take some time to educate the market." One of the benefits of LiDAR is that it does not bring personally identifiable information (PII). Risks, so there are no privacy issues. This technique does not capture PII. The camera can capture images and transfer them to other applications via the network. However, LiDAR provides a point cloud; its millions of small points in 3D space create the contours of moving or fixed objects. The IoT security strategy ranges from monitoring and security to marketing and operations, and Becker has expressed a lot of interest. "LiDAR will soon become part of the IoT security strategy for countless casinos. It will be common practice to see the deployment of LiDAR sensors to enhance existing security systems and provide more coverage." In addition, the accuracy gained through anonymous tracking of guests The intelligence reassures visitors that they are not individually singled out or tracked exclusively, but instead provide casinos with valuable data that they could not capture before. "This will help them maximize operations and strategy in the coming years," Becker said.
The primary task of the hospital is the health and safety of patients. Aperio® wireless technology provides the freedom to focus on these goals, providing the sense of responsibility, convenience, and safety required for effective and efficient operations. This innovative solution enables the hospital to manage many vacancies, protect employees, patients and visitors, ensure compliance, reduce costs, and protect valuable equipment and supplies. Some examples are as follows: Supply cabinet monitoring and control of access to medicines enables pharmacists and caregivers to use their ID badges to quickly access medicines to ensure compliance with reduced costs associated with shrinking/transferring equipment carts. Access to equipment and controlled substances on the supply carts of equipment enables caregivers to use their ID badges to quickly access equipment and medications, ensuring compliance, reducing costs associated with reduction/transfers, and employee lockers allowing hospital staff to use their IDs Badges provide convenience for accessing their items without sacrificing safety. Reduce the responsibility of items lost in the hospital. The pass-through cabinets in the ward enable pharmacists to use their ID badges to control the entry and exit of medicines from the corridors. Allow caregivers to use their ID badges from Controlled access to the distribution of medicines in the ward ensures compliance Redu and reduction/transfer related costs Reduce hospital responsibilities Indoor storage of patient valuables Allows patients to protect the items in their rooms Reduces hospital’s responsibility for lost or lost items of patients and visitors The cost of replacing lost items reduces the pressure on patients. Nurse stations allow nurses to protect their belongings at their respective stations. Provide convenience without sacrificing safety. Reduce hospital responsibilities for employees’ lost or lost items. Clean and dirty the utility room. Monitoring and control of Access to gowns, masks, scrubs, gloves, sheets, etc. reduces the associated cost shrinkage/transfer
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