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How Virtual Reality Is Revolutionizing Police Training

Law enforcement officers face various complex and challenging situations where they must respond to high-risk incidents involving armed perpetrators. Unfortunately, police officers in the US only receive less than six months of police training—which is where virtual reality comes in.

Using VR helps augment the need for more in-depth training in a safe and immersive training environment. It also helps further hone their skills, allowing them to effectively manage a more comprehensive array of situations, including highly stressful and unpredictable scenarios.

In this article, we’ll explore virtual reality’s role in police training, its benefits, and some real-life applications.

Why VR Is an Effective Training Tool

VR has many police training applications, allowing officers to improve their interactions with their communities and help them develop the necessary reactions in a more controlled environment. It provides law enforcement officers with immersive experiences close to real-life situations, which can help improve their learning and performance compared to more traditional training methods. With virtual reality police training, users can interact with a simulated environment that reacts accordingly, making them feel like they’re really there.

As a police training tool, VR can be used to enhance existing aspects of training, according to a study by Laura Giessing of Heidelberg University. It has the potential to help officers become better equipped to face critical incidents on duty by acquiring skills and tactics that can be readily applied when facing high-stress situations.

Benefits of VR in Police Training

Aside from helping law enforcement officers further develop skills such as communication, de-escalation, or intervention, it can also help them build empathy. Developing empathy allows officers to become more effective on duty by better understanding what a particular subject is going through.

Using VR as a police training tool has several key benefits, including:

Officer Safety

Police officers face complex and potentially dangerous scenarios in their line of work. Using VR for police training allows them to immerse in those scenarios without the risk of physical harm.

Access to Realistic Simulations

Virtual reality can simulate realistic scenarios that elicit the same reactions as their real-world counterparts. These simulations give officers the opportunity to continuously expose themselves to the simulations and gain as much experience as possible before facing similar situations in the field.

Customizable Scenarios

The great thing about using virtual reality in police training is that it’s a scalable and customizable solution. This means that training academies or organizations can create custom scenarios that align with changing needs and industry best practices.

Enhanced Decision-Making Capabilities

By exposing officers to realistic simulations, they can hone their critical thinking, problem-solving, and communication skills. VR training can also be modified to simulate increasingly high-stress or high-risk situations, helping officers learn how to effectively handle and de-escalate such scenarios at a more manageable pace.

Focus on Evaluation and Debriefing

VR can also help officers learn how to best evaluate a scenario and execute more in-depth debriefing sessions. That’s because users can replay different scenarios, allowing them to analyze each segment in more detail.

Real-World Examples of Police VR Training

Many police departments and organizations in the US and abroad already use VR for police training. These include:

Sacramento Police Department

This department uses immersive video simulators to recreate real-world scenarios, providing its officers with cultural competency and implicit bias training. Officers are also educated about proper decision-making and peer intervention.

Los Alamos Police Department

In 2021, the Los Alamos Police Department started applying VR technology to train its officers in more effective de-escalation tactics.

Mexico City

Mexico City established the first virtual reality training center for officers in Latin America. One of the goals of the training center is to help officers enhance their reflexes in high-risk or stressful emergency scenarios to improve their performance.

Gwent Police

Gwent Police officers benefit from a VR training program that teaches them how to respond to and make better decisions in stressful situations. The program has 10 scenarios based on real-life problems that police officers frequently encounter.

Dutch Police

The Dutch Police developed a VR simulation game that trains officers to complete different scenarios. This VR training also provides bias training for Dutch Police officers, helping them become more knowledgeable and better prevent ethnic profiling.

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Scandit Launches AR-Powered Smart Data Capture for Assisted Search

Swiss tech company Scandit recently announced its newest addition to its smart data capture product line – the MatrixScan Find. Using AR overlays, MatrixScan Find enables users to efficiently search for products or packages they need among multiple items. This new feature is the latest solution in Scandit’s MatrixScan line which also includes MatrixScan Count and MatrixScan Augmented Reality.

Available on iOS and select Android devices, the Find feature is designed to scan multiple items simultaneously and identify the target item for faster selection. Smart data capture can help improve the accuracy and efficiency of businesses, particularly those that handle multiple products and packages, such as retail, and transport and logistics (T&L).

It also has the potential to significantly increase productivity while reducing errors. It ensures that the right packages are sent to the right locations, allowing frontline workers to spend less time searching for the correct items in warehouses.

Transforming Industries With Smart Data Capture

According to Scandit co-founder and CTO Christian Floerkemeier, AR can provide both businesses and consumers with innovation that enhances the user experience. Scandit’s smart data capture technology aims to revolutionize the workflow and reduce human error.

They believe that manual processes stifle productivity and waste valuable time. Through smart data capture, businesses can be more flexible and adaptable, get actionable insights in real time, and be more cost-efficient.

MatrixScan Find AR-powered

“Scandit has a deep understanding of the business processes, user experience, and computer vision technology necessary to successfully implement augmented reality into enterprise applications,” said Floerkemeier in a press release shared with ARPost. “With MatrixScan Find we are introducing another out-of-the-box offering to help companies without the necessary technology expertise in-house provide exceptional offerings to support workers and delight customers.”

Smart Data Capture Leads to Improved Workflows

One of the goals of MatrixScan Find is to transform the retail and T&L industries. It aims to make them more efficient and productive by reducing avoidable human errors. Smart data capture, which uses precise data to select the correct item every time, helps minimize mistakes. Simultaneous scanning also cuts down on the time it takes to look for these items.

Frontline workers can appreciate the ease with which they can find customers’ packages, particularly in large staging areas that store identical-looking boxes. In turn, customers will experience shorter wait times and have greater confidence that they are receiving the correct package. This can lead to high customer satisfaction and customer loyalty.

MatrixScan Find - Scandit AR-Powered Smart Data Capture Assisted Search

In retail, the AR smart data capture feature enables employees to quickly search for products that customers request. Using MatrixScan barcode scanning technology, MatrixScan Find can differentiate the same product in a different color or style. This helps employees fulfill customer orders faster, driving work productivity. Moreover, MatrixScan Find ensures that workers do not overlook available products, making inventory management more efficient.

Retail stores, like groceries, can also provide unique and innovative product search experiences for their customers. Companies can also integrate the feature into their own apps, and customers can use their smartphones or other devices to discover more about the products through an engaging and intuitive AR interface.

Customizable Interfaces for Different Needs

Part of the Scandit Smart Data Capture platform, MatrixScan Find has a built-in UI that supports different types of workforces. Customization options, such as color overlays, pause functionality, item carousel, and notification alerts, are available. Users can also integrate this feature into Scandit’s barcode scanner product, SparkScan, for a complete scanning solution.

Smart data capture technology is set to transform the way industries operate. With the introduction of AR-powered features like MatrixScan Find, businesses can streamline their workflows and reduce human error, paving the way for greater efficiency and productivity.

As technology continues to evolve, we can expect to see even more exciting innovations emerge, transforming the workplace and customer experience as we know it.

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VR Robots: Enhancing Robot Functions With VR Technology

 

VR robots are slowly moving into the mainstream with applications that go beyond the usual manufacturing processes. Robots have been in use for years in industrial settings where they perform automated repetitive tasks. But their practical use has been quite limited. Today, however, we see some of them in the consumer sector delivering robotic solutions that require customization.

Augmented by other technologies such as AR, VR, and AI, robots show improved efficiency and safety in accomplishing more complex processes. With VR, humans can supervise the robots remotely to enhance their performance. VR technology provides human operators with a more immersive environment. This enables them to interact with robots better and view the actual surroundings of the robots in real time. Consequently, this opens vast opportunities for practical uses that enhance our lives.

Real-Life Use Cases of VR Robots

1. TX SCARA: Automated Restocking of Refrigerated Shelves

Developed by Telexistence, TX SCARA is powered by three main technologies—robotics, artificial intelligence, and virtual reality. This robot specializes in restocking refrigerated shelves in stores. It relies on GORDON, its AI system, to know when and where to place products. When issues arise due to external factors or system miscalculation, Telexistence employees use VR headsets to control the robot remotely and address the problem.

TX SCARA is present in 300 FamilyMart stores in Japan. Plans to expand their use in convenience stores in the United States are already underway. With TX SCARA capable of working 24/7 with a pace of up to 1,000 bottles or cans per day, it can replace up to three hours of human work each day for a single store alone.

2. Reachy: A Robot That Shows Emotions

Reachy gives VR robots a human side. An expressive humanoid platform, Reachy mimics human expressions and body language. It conveys human emotions through its antennas and motions.

VR robots - Reachy
Reachy

Users operate Reachy remotely using VR equipment that shows the environment surrounding the robot. They can move Reachy’s head, arms, and hands to manipulate objects and interact with people around the robot. They can also control Reachy’s mobile base to move around and explore its environment.

Since it can be programmed with Python and ROS to perform almost any task, its use cases are virtually limitless. It has applications across various sectors, such as research (to explore new frontiers in robotics), healthcare (to replace mechanical tasks), retail (to enhance customer experiences), education (to make learning more immersive), and many others. Reachy is also fully customizable, with many different configurations, modules, and hardware options available.

3. Robotic VR: Haptic Technology for Medical Care

A team of researchers co-led by the City University of Hong Kong has developed an advanced robotic VR system that has great potential for use in healthcare. Robotic VR, an innovative human-machine interface (HMI), can be used to perform medical procedures. This includes conducting swab tests and caring for patients with infectious diseases.

Doctors, nurses, and other health practitioners control the VR robot using a VR headset and flexible electronic skin that enables them to experience tactile sensations while interacting remotely with patients. This allows them to control and adjust the robot’s motion and strength as they collect bio-samples or provide nursing care. Robotic VR can help minimize the risk of infection and prevent contagion.

4. Skippy: Your Neighborhood Delivery Robot

Skippy elevates deliveries to a whole new level. Human operators, called Skipsters, control these VR robots remotely. They use VR headsets to supervise the robots as they move about the neighborhood. When you order food or groceries from a partner establishment, Skippy picks it up and delivers it to your doorstep. Powered by AI and controlled by Skipsters, the cute robot rolls through pedestrian paths while avoiding foot traffic and obstacles.

VR robots - Skippy
Skippy

You can now have Skippy deliver your food orders from a handful of restaurants in Minneapolis and Jacksonville. With its maker, Carbon Origins, planning to expand the fleet this year, it won’t be long until you spot a Skippy around your city.

Watch Out for More VR-Enabled Robots

Virtual reality is an enabling technology in robotics. By merging these two technologies, we’re bound to see more practical uses of VR-enabled robots in the consumer market. As the technologies become more advanced and the hardware required becomes more affordable, we can expect to see more VR robots that we can interact with as we go through our daily lives.

Developments in VR interface and robotics technology will eventually pave the way for advancements in the usability of VR robots in real-world applications.

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