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One of the biggest advantages of sports simulators is that you can use them anytime, anywhere! Instead of staying indoors on a rainy day, you can ride your bike! Is there no snow in the middle of summer? You can still ski!

And we know how difficult it is to combine work and life. So for those who feel like their busy schedule doesn't allow them to devote time to their favorite sport, they can still train under the blue sky any time of the day!

Muscle Memory and Mental Benefits

Many sports are seasonal, which can sometimes be a problem when very specific skills are required. Think of pilots and their flight simulators. They are able to constantly practice complex skills and reaction time, even when actual flying is not possible.

The same goes for sports! Both physical and mental practice are necessary to master a technique. The more often you can practice your golf swing, carve that perfect powder spin, or land that backflip, the faster you'll progress!

Sports Simulators and Specificity

Whether you're a single-sport or multi-sport athlete, chances are you've heard of the exercise specificity principle. This is the idea that the body and muscles adapt to a specific activity, sport, or skill based on repetition of that action. For example, a runner gets a faster sprint while running. A golfer will improve his swing with practice. A powerlifter will increase his Squat PR by squatting. You should focus on the desired result rather than other exercises that can only improve the overall fitness.

It's easy to see how sports simulators can improve the specificity of your training. While sport-specific training isn't the only type of training beneficial to an athlete, incorporating it consistently is critical. With a simulator, you never have to resort to cross-training, where sport-specific muscles and fitness are often neglected. Why should a skier lift weights in the off season...when he could enjoy the benefits of skiing all year round?

Xenium Digital offers sports simulators, which are indoor sports alternatives for all sports fans. This multi-sport simulation technology will make them experience the thrill of playing sports in an indoor environment. It is an excellent entertainment product because it has the ability to create an immersive, realistic and interactive sports atmosphere.

Multi – Sports Simulator is the ultimate solution that allows players to play up to 10 or more sports. It is designed to require minimal space and maintenance. The large projection area is ideal for maximum visual impact. It is made keeping in mind the different commercial applications such as:

 Attraction and Stadiums

Corporate Events and Promotions

Sporting Event Centers and stadiums

Entertainment Centers

Retail Sporting Goods store

Recreation centers (Family fun centers & Club hoses)

Indoor Sports Centre

Training Centers

Trade Shows

Hotels

 Customers can leverage this high-quality interactive entertainment with personalized in-game advertising to enhance revenue-generating opportunities. From a professional perspective, simulation technology can be designed for golf resorts, offices, sports bars, mall activations, events and exhibitions.

Customers can make the most of multisport simulation technology by hosting tournaments and other major events. Huge projection screens can be placed in shopping centers for interactive sports such as golf, soccer, baseball, hockey, soccer and many more. It also provides a perfect indoor training solution for professional athletes.

Most people are familiar with the general principle behind touchscreen technology: the interface works by determining where you touch, and uses this information to determine which icons or buttons the operator presses. But there are different kinds of touchscreen technology, including multi-touch. Today we're going to take a closer look at multi-touch technology, revealing how it works and why it's becoming such a popular choice among touchscreen manufacturers.

Multi-touch is essentially a type of technology that allows a device to recognize and process multiple touches at once. Most touchscreen devices can only recognize one touch. So if you try to place your fingers on two different parts of the device at the same time, it will only record the location touched by your first finger and not the second. Multi-touch technology is designed to solve this problem by supporting the use of multiple simultaneous touches.

For example, devices that support multi-touch technology can implement functions such as pinch-to-zoom, the activation of subroutines associated with gestures, additional controls and much more. Of course, this is just the tip of the iceberg when it comes to the benefits of using multi-touch technology.

Data discovery, medicinal & healthcare imaging, Geographic exploration, digital storyboard, commercial as well as industrial design and many more countless applications can be explored and implemented with the help of multitouch technology

 Multitouch and multi-users systems have great potential and have attracted the attention of many designers and programmers to figure out the endless possibilities

Today every individual is aware of the touch technology because of the wild popularity of smart phones. With gadgets like mobile, laptops and television evolving and making communication easier, 

Multitouch technology has the ability to break these long-established boundaries and come up with new methods for innovative brand interaction.

With the increase in demand for touch technology, the application has expanded to consumer devices. Industrial equipment, medical products and a lot of non-consumer products are also in the process of using it for ease of use for various functions and procedures. 

 From hotels to cinema, from supermarkets to museums and to a variety of outdoor public installations, multitouch technology can be used in many ways.

There are numerous gesture movements which can be used in this application like two fingered “rotate, zoom and pinch”, scrolling and panning through lists and swiping to the adjacent pictures or screens. 

Multitouch technology also allows multiple pressure points to be interpreted at the same time, including gestures.

The importance of multitouch technology in automation

Most people are familiar with the general principle of touchscreen technology: the interface works when the touch point is determined. It is the information that determines which icons or buttons the operator is pressing. However, there are several different types of touch screen technology, including multitouch.

Adapted and prepared for new technologies, multitouch is fundamental in automation, taking into account the following characteristics and benefits:

·         Low implementation costs

Multitouch technology offers great advantages without the need for a significant investment or a drastic change.

·         Cost reduction

Companies are able to reduce costs, taking into account the ease of use of any equipment with multitouch technology.

·         Automated problem diagnosis

In simple terms, a hologram technology is a three-dimensional projection which can be seen without using any special equipment such as cameras or glasses

The image can be viewed from any angle, so as the user walks around the display the object will appear to move and shift realistically. Holographic images can be static, such as a picture of a product, or they may be animated sequences which can be watched by multiple people from any viewpoint.

The technology used to capture and project Holograms has advanced rapidly in recent years. These latest techniques allow increasingly convincing and interactive models to be displayed and are expected to become even more widespread in the future.

holograms are virtual three-dimensional images created by the interference of light beams that reflect real physical objects.

Holograms preserve the depth, parallax, and other properties of the original item. They are great for presenting complex technical concepts as well as showcasing visually appealing products.

The future of holographic technology

The future of holography lies at the intersection of AI, digital human technology, and voice cloning. The consistent increase in worldwide computing power will allow for the creation of digital human models that will render at an ever-accelerating pace that will make them more and more difficult to tell apart from real ones.

In turn, the evolution of holographic technologies will lead to their increasing availability and portability. Imagine if holographic content could one day be as accessible as streaming content: holographic cinema, holographic theater, music shows.

3D Holographic Projection Technology is a very intriguing form of advertising which is unique and one of the kind. It is one of the finest technological innovations in hologram. High definition, 3D holographic projection & three dimensional life-size illusions all are brought together to bring your brand alive. This illusion can be either of a person or product, which can be enabled to move and interact with the audience. Live Stream 3D hologram & Telepresence hologram can be used to craft real time holographic projection for live presentations, live stage performance and for teleconferences which are conducted all across the globe or country.

3D holographic displays do not require 3D glasses for the outcome. The lighting, the holographic projection and the creative 3D content allow the audience to connect with the brand in a completely new way. This technology has already had a spellbinding effect on audiences worldwide. It’s very realistic appearance amuses the consumers even more

Xenium Digital Private Ltd based in Mumbai provides clients with this unique platform of 3D Holographics Projection India to advertise their brands. We have assisted our clients to bring their imagination about their brand and products to life. By creating a long lasting effect on people with this technology, clients can inform and entertain their consumers at the same time. We have mentioned below some of the applications of this technology.

Corporate Marketing: In India, advertisers are pushing all boundaries today to deliver successful campaigns for their clients. Even clients are ready to experiment and have accepted the idea of fusing technology and creative thinking together. Companies today can project anything with holographic imagery.

·         They can represent their Products and its features in the most accurate and engaging manner.

·         Business meeting and Teleconferences can be held in different places and one can address thousands of people simultaneously.

·         With Live Stream 3D hologram & Telepresence Hologram, a person can present himself live (Real-Time Holographic Projection) and also interact with the audience, without even being there.

Live Events and onstage performances: Technical expertise along with clever lighting makes it possible to successfully conduct events like

·         Music concerts

·         TV Shows

·         Award functions

·         Fashion shows etc.

Around the globe simultaneously: These live 3D holographic projections are the as true as the one we see only in make-believe science fiction movies, so does 7D holographic projections, holographic fans and 3D Holographic Projection Technology.

Augmented reality technology is the future of information-rich interaction between brand and customers. Xenium-digital is a leading and innovative company that offers a full range of robust augmented reality development to help brands lead the market.

Application-based AR technology takes the virtual experience to the next level by providing more interactive elements within the application. Users can interact with the objects present in the application and thus improve overall engagement.

Application-based AR provides a high-fidelity experience, as augmented reality applications can take advantage of the smartphone or tablet's GPU to display images with much more precision. Application-based AR applications are of two types:

Marker-based AR

In a tag-based application, the AR software needs a tag that identifies the camera and displays the information about the real object. The marketplace can be a QR code or a custom design. The bookmark-based application is widely used because it can be designed, developed and modified faster.

AR without markings

Marker less AR development does not require markings for a camera to project virtual images, and you can easily move the virtual projection. These AR applications are ideal for custom requirements that do not need to be anchored to actual objects.

Allaro Homes teamed up with Xenium Digital to create its first AR app that allows the user to view some of the company's latest custom projects in 3D or AR VR mobile apps. Allaro Homes, the premier custom home builder in Cairns and Townsville for over 30 years, wanted the user to be able to visualize their new homes coming to life with Allaro 3D using the latest augmented reality processes.

The Allaro 3D application, powered by Buzinga , allows the user to take his first virtual steps in the house of his dreams, just like in real 3D movies. This application also allows them to share this experience with family and friends on different platforms, increasing their involvement with Allaro Homes. To enjoy this 3D experience, the user just has to launch the app, point the camera at the back of the Allaro brochure to see a model of a beautiful Allaro house in 3D jump off the page . Then slide the screen to remove the roof and view the interior plan in detail. Swipe again to see additional Allaro homes.

What defines AR & how augmented reality works?

AR technology adds digital details to our physical world. This platform adds layers of information to any real-world physical object by projecting digital graphics on it. Unlike virtual reality, it does not constitute an entirely different ecosystem, but it makes the existing physical object more interactive and informative.

Basically, it superimposes computer-generated graphics over any object, so it looks like a live projection. You must have played numerous smartphone games in which you open your smartphone camera to interact with projected animated characters; all these amazing applications are based on augmented reality.

Another interesting example is the 3d navigation maps. Many smartphones nowadays come with a cool 3d navigation AR app system, which let you project the navigation using a smartphone’s camera. All you need to do is to launch the 3d navigation application, enter the destination, and the path will be displayed in a 3d & interactive digital way which looks pretty realistic and interesting.

How AR works?

To understand the whole concept, first, let’s have a look at what are the main components which perform the whole process. There are mainly three components, which are: 

Hardware

The core components of any AR-based tool are the processor, sensors, input devices, and mainly the display. The display could be a smartphone, handheld device, smart glasses, or the head-mounted displays(HMD). The input devices are either cameras or webcams. Sensors included gyroscope and accelerometer. Mobile devices have all the required specification to run an AR application. 

Software

Special pieces of software like D’Fusion are integrated into the AR-based applications. The overlapping of digital projection over a real-life object is possible by leveraging using 3D software. These array of software are available for computers, and the smartphone app already comes with all the default package. 

Remote Servers

Cloud servers or a dedicated hosting platform is required to render and store the data. As per the request obtained from AR source, virtual images and projections are downloaded from the web or cloud server and shown via a smartphone. As the data generated in the process can be large, using a hosted service or cloud is preferred. 

 The AR process:

The complete AR process comprises of majorly four steps. Let’s have a sneak peek into the AR process and understand what are the key checkpoints: 

3D Concept of App:

The very first thing which comes in the process is the core concept of the application. What are the main functionalities of the application, how the application will look, and how the user will interact with the interface are decided in this phase? 3d prototypes and blueprints are prepared based on the idea which will be used in the designing phase. 

3D Designing phase:

By leveraging the 2d blueprints and 3d prototypes as a reference, the engineer can design the complete flow of the application. The application screens, colour combinations, animation effects are implemented in this step. Once this step is complete, it gives a pretty clear idea of the app’s functionalities. 

 Integration into AR APP:

Allaro Homes teamed up with Xenium Digital to create its first AR App for the user's to view some of the company's most recent custom projects in 3D or AR VR Mobile Apps. Allaro Homes being the finest custom home builders in Cairns and Townsville for over 30 years wanted the user's to visualize their new homes come to life with Allaro 3D utilizing the latest in Augmented Reality processes.

Virtual Reality varies from augmented reality. In virtual reality applications, the real world is completely blocked out and a virtual world is created, whereas augmented reality adds to the world that already exists. The major driving force of the virtual reality in India market are advancements in computer technology and internet connectivity. In the healthcare industry there has been a continuous increase in demand for virtual reality applications. The consumer demand for virtual reality apps in the mobile industry is another direct cause for the growth in the VR market. There are numerous industries where virtual reality applications has been used. Automotive, retail, e-commerce, marketing, medical, education, gaming, entertainment, media, military and defense to name a few. We at Xenium Digital has recognised that one of the best ways that clients can make use of Virtual Reality in India is by applying it for their architecture and real estate projects. Here potential consumers can live and feel your projects as if it already exists.

The scope for Virtual Reality is limitless.

Virtual reality Architecture & Business: Virtual reality applications can be extremely useful to architectures and businesses. Clients can create a virtual project of their construction site, factories, industrial site, hotels, real estate, rooms and restaurants. These virtual projects can help your consumers visualise the project in the real world.

Military and Virtual reality: Training Soldiers for dangerous, combat situations. This can be done without the risk of death and injury in a make believe virtual world.

Education and Virtual reality: Nowadays education has moved far ahead from books, pens and pencils. The increasing use of interactive technology at a young age has opened up doors to virtual classrooms for teaching and educating the students.

Healthcare and Virtual Reality: Robotic Surgery, Phobia treatment, patient therapy and Skills training for doctors and nurses are the different ways in which healthcare industry makes use of virtual reality apllications.

Entertainment and Virtual Reality: It’s all about attracting consumers and engaging them with your product or brand.

·         Games

·         Art Galleries

·         Theater

·         Museums

·         Theme parks

Fashion and Virtual reality: These realistic displays of the virtual world of fashion can be as glamorous as the real one with

·         Virtual Fashion Stores

·         Virtual 3D models to help with designing

·         3D portfolios

·         Museums

·         Theme parks

Engineering and Virtual reality: Virtual reality Engineering helps engineers view their projects and designs in 3D. They are mainly used by car and rail manufacturers, civil, automobile and mechanical engineers. Prototyping is a very common procedure where Virtual reality is utilised.

Sports and Virtual reality: In Sports, virtual reality applications can be applied for two purposes, one being for training and the other for equipment design and innovation. Equipment Design & innovation involves designing of sports equipment, shoes and clothes for better performance.

Films and Virtual reality: Everyone is aware of virtual reality applications in super hit films like The Matrix Series, TRON. The renowned television program Star Trek. The Next Generation is also known for its Holodeck a virtual recreational room. VR in films is used to enhance the whole viewer experience. It can be used to create a fictional situation such as a space or a futuristic society of the year 2250. Here there are no limitations to where you want your user’s mind to wander.

Gesture Recognition can be developed to communicate with many electronic devices such as computers, smart phones, smart TV’s or even with emerging wearable technology like Oculus Rift and AR Glasses. In the recent years, it has already been executed using wired gloves and camera-based detection.

The Gesture Recognition market has been segmented by the different types like face, eye, voice, body and finger motion tracking.

It is also segmented on the basis of the different technologies used for such as 2D Camera, 3D Camera, ultra Sonic, infrared arrays, and electric near field. 

Out of all, 2D camera will be mostly used for smart phones, whereas other emerging technologies is predicted to have a significant growth in the market. It has been commercialized to a huge extend in the automobile and the gaming industry.

Gesture Recognition is a step closer to highly personalized technology. Hence, clients can start visualizing a future where consumers can interact with their brand with a simple gesture,  voice and facial activity. 

Consumer electronics companies and other tech players have already started integrating these applications with their products to make them more user friendly and to create a unique brand identity. 

The future of Gesture Technology is endless and its applications are unlimited

Thinking productively, brands across all industries can employ this technology very practically but efficiently. 

 Hospitals, airports, hotels can provide large screen gesture based displays, which help the users to navigate through the brand services, product features, premises, etc. 

Various events and mall activities can be organized to entice people with interactive and engaging experiences.

Gesture recognition window shop display is a very innovative idea which clients from automobile, fashion, consumer electronics industry can apply for consumer interaction and after sale services. 

This application will help them captivate potential buyers. Such applications can be effortlessly synced with smart phones to maximize the user experience.

Gesture and facial recognition technology have come a long way, from being in mainstream game consoles to branded art installation and fun gimmicks.

Xenium Digital offers the best, many more countless applications that can be explored and implemented using resistive multi-touch screen technology services in Mumbai.

Data discovery, medical and healthcare imaging, geographic exploration, digital storyboarding, commercial and industrial design and many more countless applications can be explored and implemented using multi-touch technology. No formal training is required to use it, it is very simple, elegant and intuitive in nature. By replacing traditional technologies such as keyboards and mice here, the user can directly interact with the information with the touch of his fingers. Multi-touch and multi-user systems have great potential and have attracted the attention of many designers and programmers to discover the endless possibilities.

Nowadays, all people know about touch technology due to the great popularity of smartphones. As devices such as mobile devices, laptops and televisions evolve and facilitate communication, customers are also looking for ways for their brands to interact directly with their consumers. Multitouch technology has the power to break through these long-established limits and create new methods for innovative brand interaction.

 MultiTaction's large interactive walls, when combined, can be a huge benefit as it increases the number of users the brand interacts with at the same time. We, a Mumbai-based digital advertising agency, also provide clients with technology that turns any surface into an interactive touchscreen. With the increasing demand for touch technology, its application has expanded to consumer devices. Industrial equipment, medical products and a large number of non-consumer products are also used to facilitate their use in various functions and procedures. From hotels to movie theaters, supermarkets to museums and a variety of outdoor public facilities, multi-touch technology can be used in many ways.

Customers can create touch walls and tables by installing multi-touch LCD screens in their stores, ground events, conferences, showrooms, airports, stadiums, nightclubs and trade shows. They can promote their branded content by developing games or by creating a service application.

Virtual Reality varies from augmented reality. In virtual reality applications, the real world is completely blocked out and a virtual world is created, whereas augmented reality adds to the world that already exists. The major driving force of the virtual reality in India market are advancements in computer technology and internet connectivity. In the healthcare industry there has been a continuous increase in demand for virtual reality applications. The consumer demand for virtual reality apps in the mobile industry is another direct cause for the growth in the VR market. There are numerous industries where virtual reality applications has been used. Automotive, retail, e-commerce, marketing, medical, education, gaming, entertainment, media, military and defense to name a few. We at Xenium Digital has recognised that one of the best ways that clients can make use of Virtual Reality in India is by applying it for their architecture and real estate projects. Here potential consumers can live and feel your projects as if it already exists.

The scope for Virtual Reality is limitless.

Virtual reality Architecture & Business: Virtual reality applications can be extremely useful to architectures and businesses. Clients can create a virtual project of their construction site, factories, industrial site, hotels, real estate, rooms and restaurants. These virtual projects can help your consumers visualise the project in the real world.

Military and Virtual reality: Training Soldiers for dangerous, combat situations. This can be done without the risk of death and injury in a make believe virtual world.

Education and Virtual reality: Nowadays education has moved far ahead from books, pens and pencils. The increasing use of interactive technology at a young age has opened up doors to virtual classrooms for teaching and educating the students.

Healthcare and Virtual Reality: Robotic Surgery, Phobia treatment, patient therapy and Skills training for doctors and nurses are the different ways in which healthcare industry makes use of virtual reality apllications.

Entertainment and Virtual Reality: It’s all about attracting consumers and engaging them with your product or brand.

·         Games

·         Art Galleries

·         Theater

·         Museums

·         Theme parks

Fashion and Virtual reality: These realistic displays of the virtual world of fashion can be as glamorous as the real one with

·         Virtual Fashion Stores

·         Virtual 3D models to help with designing

·         3D portfolios

·         Museums

·         Theme parks

Engineering and Virtual reality: Virtual reality Engineering helps engineers view their projects and designs in 3D. They are mainly used by car and rail manufacturers, civil, automobile and mechanical engineers. Prototyping is a very common procedure where Virtual reality is utilised.

Sports and Virtual reality: In Sports, virtual reality applications can be applied for two purposes, one being for training and the other for equipment design and innovation. Equipment Design & innovation involves designing of sports equipment, shoes and clothes for better performance.

Films and Virtual reality: Everyone is aware of virtual reality applications in super hit films like The Matrix Series, TRON. The renowned television program Star Trek. The Next Generation is also known for its Holodeck a virtual recreational room. VR in films is used to enhance the whole viewer experience. It can be used to create a fictional situation such as a space or a futuristic society of the year 2250. Here there are no limitations to where you want your user’s mind to wander.

Allaro Homes teamed up with Xenium Digital to create its first AR App for the user's to view some of the company's most recent custom projects in 3D or AR VR Mobile Apps. Allaro Homes being the finest custom home builders in Cairns and Townsville for over 30 years wanted the user's to visualize their new homes come to life with Allaro 3D utilizing the latest in Augmented Reality processes.

Allaro 3D App, powered by Buzinga makes it feasible for the user to take their first virtual steps into their dream homes just like in real 3D movies. This app also allows them to share this experience with family and friends on various platforms, increasing their engagement with Allaro Homes. To enjoy this 3D experience the user's need to just launch the App, focus the camera on the back of the Allaro Brochure to see a model of a beautiful Allaro Home come out of the page in 3D. Then swipe the screen to remove the roof and view the internal plan in detail. Swipe again to see additional Allaro Homes.

The scope for Virtual Reality is limitless.

Virtual reality Architecture & Business: Virtual reality applications can be extremely useful to architectures and businesses. Clients can create a virtual project of their construction site, factories, industrial site, hotels, real estate, rooms and restaurants. These virtual projects can help your consumers visualise the project in the real world.

Military and Virtual reality: Training Soldiers for dangerous, combat situations. This can be done without the risk of death and injury in a make believe virtual world.

Education and Virtual reality: Nowadays education has moved far ahead from books, pens and pencils. The increasing use of interactive technology at a young age has opened up doors to virtual classrooms for teaching and educating the students.