Visoric also provides a variety of services in the field of augmented reality, including 3D technologies and pipelines, XR Stager Cloud Solutions, XR Stager AR Studio, and Analyzer. We work closely with our clients to develop customized solutions that support their business objectives and enhance their chances of success.

Yes, we offer captivating digital experiences in 2D and 3D for your events. Our hardware is perfectly tailored to your needs, and we guarantee thrilled stakeholders.

Visoric is an experienced and reliable partner specializing in the development of Augmented Reality solutions. We provide comprehensive support, customized solutions, and a service-oriented approach. We believe that success depends on conviction and enthusiasm, and we are committed to ensuring our customers achieve incredible successes.

Visoric's AR Studio is a comprehensive solution for creating and managing augmented reality content. It offers a variety of tools and features that allow you to create interactive 3D content that can be displayed on smartphones, tablets, and AR glasses. With Visoric's AR Studio, you can unleash your creativity and create amazing augmented reality experiences for your target audience.

Yes, Visoric's XR Stager Cloud Solution allows you to publish AR content on various platforms such as iOS, Android, Hololens, and more.

Yes, our solutions are designed to integrate with existing systems such as CRM and ERP. We work closely with our customers to understand their specific requirements and develop a solution that seamlessly integrates with their existing systems.

We work closely with our clients to understand their target audience and develop content and features that best suit their needs. We can also conduct user testing to assess the relevance and effectiveness of the applications.

Yes, we can provide AR solutions for education, such as interactive textbooks or learning games that support learning for students and learners.

AR extends the real environment with digital content, while VR replaces the real environment and immerses the user in a virtual world. Therefore, AR provides the opportunity to combine the benefits of virtual and real worlds, allowing for the augmentation of reality in informative and entertaining ways.

There are no limits to the type of content that can be created with AR. It can range from 2D images and videos to interactive 3D models and simulations. We work closely with our clients to develop content that best suits their needs.

Augmented Reality (AR) is a technology that allows virtual objects to be integrated into the real environment and interact with it. AR represents a combination of the virtual and real worlds, enabling the user to interact with the virtual world without leaving the real world.

Through Augmented Reality, additional information such as text, images, video, or 3D objects can be incorporated into the real world. This information can assist users in better understanding and exploring their surroundings.

In the field of Augmented Reality UX, tracking refers to the capture, tracking, and monitoring of the physical movements of the user.

These data can then be used to place, track, and manipulate a virtual object in the real world to enable an interactive experience. Tracking methods are often used in conjunction with devices such as cameras, sensors, and tracking tools to capture the user's movements.

These data can then be used to link the real world with virtual elements and create interactive experiences.

1. Marker-based Tracking: In this method, a specific visual pattern is recognized and used as a reference point for AR content.
2. Markerless Tracking: No special markers are used in this method. Instead, textures, colors, and other features of the environment are used to determine the camera's position and orientation.
3. GPS-based Tracking: This method determines the device's position using GPS signals to embed AR content into the real world.
4. Optical Flow Tracking: Camera movements are captured in this method to determine position and orientation.
5. Inertial Tracking: Acceleration sensors and gyroscopes are used in this method to track the device's motion.
6. SLAM (Simultaneous Localization and Mapping): This is a method that combines markerless tracking with environmental mapping in a single step.

Augmented Reality (AR) can enhance your marketing and sales in several ways:

1. Interactive Product Presentation: With AR, you can interactively integrate products or services into your customers' real-world environment. Customers can virtually try out products before purchasing, making the buying decision easier.
2. Enhanced Advertising Campaigns: AR allows you to create innovative and engaging advertising campaigns. Customers can experience interactive content through AR apps that highlight your product or brand.
3. Improved User Experience: AR can enhance the user experience in apps and websites. Interactive AR elements make usage more enjoyable and informative.
4. Training and Guides: Businesses can use AR to provide training and instructional content. This is particularly useful in technical fields and for complex products.
5. Branding and Brand Awareness: Through innovative AR campaigns, you can strengthen branding and increase brand awareness. AR can have an impressive impact on customers.
6. Customer Engagement: AR can promote customer engagement by offering an interactive and entertaining way to interact with your brand.
7. Sales Promotion: AR can display special offers and discounts to boost sales. Customers can scan products and immediately receive relevant information.

Overall, Augmented Reality provides numerous opportunities to enhance your marketing efforts, increase customer retention, and ultimately boost your sales.

Yes, Visoric's AR Studio supports the use of existing 3D models. You can import your 3D models and customize them for use in AR.

The XR Stager Cloud Solution by Visoric offers extensive analytics features that allow you to measure the effectiveness of your AR applications. You can collect data such as usage duration, interaction rate, and more to optimize the performance of your AR applications.

Yes, we have experience in creating augmented reality solutions for e-commerce that allow customers to visualize products and make informed purchase decisions. These solutions can be integrated with existing e-commerce platforms.

Yes, we can help create augmented reality solutions for training purposes such as virtual reality simulations.

Yes, we can provide AR solutions for production, such as for controlling production equipment or assisting in maintenance and repair processes.

The required hardware depends on the type of AR application. For mobile AR applications, a smartphone or tablet is typically needed, while for location-based AR applications, an AR headset like the Hololens is usually required.

You can send us an email at info@visoric.com or reach us by phone at +49 89 21552678. Our team is here to assist you, answer your questions, and provide you with more information about our services. Alternatively, you can also fill out our contact form on our website, and we will get in touch with you as soon as possible.

Yes, we can configure VR applications for multiplayer sessions. This allows multiple users to interact and collaborate in the same virtual environment simultaneously. It is especially useful for training and presentations where multiple participants are present.

UX is the abbreviation for User Experience, and it refers to the overall experience of a user with a system, application, or website.

In the context of Augmented Reality (AR) UX, it means providing users with an experience that allows them to integrate virtual objects into the real world and interact with them. A good Augmented Reality UX enables users to interact with the virtual world quickly and intuitively, achieving the desired results.

A good AR UX should be easy to use, have an intuitive design, and offer a pleasant user experience. It's important for the AR UX to be user-friendly and easily understandable so that users can achieve results quickly.

The team at Visoric GmbH in Munich designs and develops professional Augmented Reality applications. Our experts ensure that your users have a pleasant and intuitive experience when interacting with your AR application, and that your content is effectively showcased.

We are committed to providing a user-friendly and easily understandable AR UX, allowing your users to achieve results quickly. With Visoric, you can rely on high-quality and user-friendly AR UX.

AR 3D object recognition with 3D markers refers to the use of specific 3D markers detected by the camera to determine the position and orientation of virtual 3D objects in the real environment. These 3D markers are used to calibrate the position and orientation of the virtual object on the device's display. An example of this would be using a 3D marker in the form of a QR code printed on a real product to display a virtual 3D model of the product on the device's display.

AR 3D object recognition without 3D markers refers to the use of computer vision technologies to capture the environment in real-time and recognize and track 3D objects within it without the need for special markers. This allows AR content to be placed and interacted with on real objects in the environment without the user needing to search for or scan special markers. An example of this would be placing a virtual piece of furniture in a room based on the recognition of a real table or chair.

The difference between the two methods is that in 3D object recognition with markers, a specific marker is used to determine the position and orientation of the virtual object, whereas in 3D object recognition without markers, the environment itself serves as a reference point.

Some of the most well-known AR frameworks on the market include:

ARKit: A framework by Apple for iOS developers, enabling the creation of AR applications for iPhones and iPads. It supports features such as visual inertial navigation, environment sensing, and 3D object recognition.

ARCore: A framework by Google for Android developers, offering similar functionalities as ARKit, including visual inertial navigation, environment sensing, and 3D object recognition.

Vuforia: A third-party framework available for iOS, Android, and Unity developers. It provides features like marker-based and markerless tracking, 3D object recognition, and image recognition.

Unity: A popular development platform that allows developers to create AR applications for iOS, Android, Windows, and other platforms. It supports AR application development using Unity assets and plugins.

OpenCV: An open-source computer vision framework enabling developers to create AR applications for various platforms. It supports features like visual inertial navigation, environment sensing, and 3D object recognition.

Wikitude: Also a well-known AR framework available for both iOS and Android. It offers features like marker-based and markerless tracking, 3D object recognition, and image recognition, and supports AR application development with the Wikitude SDK (Software Development Kit). A distinctive feature of Wikitude is the support for cloud recognition technology, allowing for the storage and processing of large datasets of images and objects in the cloud to improve recognition accuracy and performance.

The frameworks mainly differ in terms of platform support, the functionalities they offer, and the type of development environment they support. While ARKit and ARCore are primarily suited for mobile developments, Vuforia and Unity are more appropriate for developing applications across multiple platforms, and OpenCV is particularly suitable for open-source application development.

There are various types of AR apps that can be distinguished based on their application areas and functionalities. Some examples include:

• Information and Educational Apps: These apps use AR to provide real-time information about the environment, such as in museums, tourist locations, and historical sites.
• Entertainment and Gaming Apps: These apps leverage AR to offer an immersive gaming experience, such as augmented reality games played in the real world.
• Shopping and Sales Apps: These apps use AR to showcase products in the virtual world, such as the ability to virtually place furniture in a room before making a purchase.
• Marketing and Advertising Apps: These apps use AR to promote and sell products and services, such as the ability to virtually project a product into a supermarket.
• Product and Service Apps: These apps utilize AR to enhance or facilitate products and services, such as using AR for training or repair guides.
• Medical and Healthcare Applications: These apps use AR to support medical procedures, such as using AR for physician training or during surgical procedures.

These are just some examples that illustrate the versatility of AR applications. Depending on the application area and target audience, more specific types of AR apps can be distinguished.

Visoric GmbH specializes in developing AR applications for businesses and organizations and has successfully completed projects in areas such as retail, education, media, and industry. If you are looking for experienced and professional partners for your AR project, we look forward to your inquiry.