10+ Best Software for AR and VR Design in 2022

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What are the advantages of using AR and VR software?

VR technology involves a computer-generated environment with objects and elements that appear to be real and make the user experience the same feeling as immersed in the environment.

Augmented reality (AR) and virtual reality (VR) is the latest trend in the tech industry, and today, it is more than just a buzzword.

The best AR and VR design software will help you change the way people interact with the environment around us. Creating digital but life-like objects via smart devices has the potential to transform every industry, from design and gaming to technology.

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No matter your requirement, there is a wide variety of AR and VR design software available for every skill and purpose. If you plan to make your mark in the metaverse, you should consider the AR and VR tools listed in this article below.

10+ Best Software for AR and VR Design in 2022

Our list of the top 10 best AR and VR design tools is based on features, price, popularity, and user reviews.

What are augmented and virtual reality?

Before stepping into knowing the best software for AR and VR design, you must understand what it is.

Augmented reality (AR)

Augmented reality is something that combines the physical and virtual worlds. This overlays digital images in your physical view. Augmented reality gives you an enhanced version of the real physical world visualized digitally with the same effects and sensory sounds and elements.

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Virtual reality (VR)

VR technology involves a computer-generated environment with objects and elements that appear to be real and make the user experience the same feeling as immersed in the environment.

Mixed Reality (MR)

This was created to make the user experience both visual and physical content in reality, so a user sees and interacts with the physical and digital world at the same time.

10+ Best Software for AR and VR Design in 2022 — Free & Paid

The best AR design software overall

It is a known fact that Adobe makes some of the best software for art and design, and Adobe Aero is no exception. You can create immersive augmented reality experiences using assets you’ve designed in other apps without any requirement for coding!

Aero adds a whole new dimension to the way AR experiences are designed. You can use 2D images from Adobe Photoshop and Illustrator or 3D models from Adobe Substance 3D Stager and third-party apps like Cinema 4D to create compelling designs that will leave your users awe-struck.

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Its robust yet easy-to-use tools on Adobe Aero also make it a fantastic option for beginners. You can export, publish and share your AR designs on social media with just one click. However, the best part about Aero is that it is compatible with both Mac OS and Windows, and you can also try it out for free on iOS devices.

See our guide on how to download Adobe Aero free and our Adobe discount guide to snag up to 65% off. Also see our guide on the full list of Adobe software.

The best budget AR design software

Whether creating story prototypes, shape XR apps or full-scale animation films, Tvori makes everything possible. You can learn as you go with Tvori, and no prior knowledge in 3D content creation is required before using the app. There is an extensive library of simple shapes, props, and effects to choose from, and you can also import 3D models, images, videos, and sounds to add to your projects.

With Tvori, you also have the option to export your work as videos, 360 videos, photos, 360 photos, VR experiences, and 3D models with animations. It is also very collaboration-based, making it easy to share your creations with colleagues working together on VR projects. Overall, it is one of the best VR design tools for beginners on a budget.

The best value VR design software

Masterpiece Studio Pro is one of the best all-around options available for 3D modeling in VR. From concept art to designs, you can draw, model, optimize, rig, skin and animate directly with your hands in 3D and VR with PC and headset. You can also export projects to game engines and animation software for further development.

It boasts some highly advanced features such as the auto-rigger and auto-skin functions that let you create an entire model in just one click. Other functionalities include a simple UI, mesh processing tools, texture painting, retopology, stamps, and kitbashing, making Masterpiece Studio Pro a favorite among artists and designers.

The possibilities are endless with Studio Pro, and it is suitable for all levels of professional as well as personal use.

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The best AR design software for advanced users

Vuforia Engine is at the top of the list of most popular SDKs to develop Augmented Reality applications, and with good reason. First introduced by Qualcomm, Vuforia Engine is a comprehensive software that enables you to create engaging 3D product demonstrations and applications. It connects people to products through an immersive AR experience.

It is the preferred choice of over 800,000+ developers thanks to its incredible performance, advanced computer vision and cross-platform abilities that can be utilized to develop native apps for iOS and Android. If you aren’t as tech-savvy and coding is your kryptonite, you can opt for Vuforia Studio that lets you build robust and immersive 3D augmented reality experiences without programming expertise.

The best free software for AR and VR design

Unity 3D is the world’s most popular platform for creating 3D projects and has been the trusted choice of game developers, animators, and visual artists for years. It is a complete VR development tool and has a vast asset store of 2D, 3D designs and templates that you can directly import into the development environment.

It is backed by a large community of developers who are constantly working on improving the quality along with quickening the development process. Combined with a high-optimization rendering pipeline, stereo instancing, spatial audio, authoring tools, and the rapid iteration capabilities of the Editor, it isn’t difficult to see why Unity is one of the world’s best 3D development platforms.

Unity 3D has been used to create games and build 3D solutions for the gaming, automotive, transport, manufacturing, film, animation cinematics industry. It is a testament to the software’s capabilities, and it is highly recommended if you are a professional AR and VR designer.

The best VR software for character design

Another great tool by Adobe for VR design is the Oculus Medium. This VR tool is most appealing to character artists. It lets you sculpt, model, paint and create objects in a VR environment using the Oculus Touch controllers alongside the Oculus Rift. That isn’t all; you can also create organic shapes, abstract art and anything in between with this easy-to-use tool.

You can choose from hundreds of prefabricated stamps, including anatomy, letters, numbers, shapes, and various widgets or export high-resolution meshes for 3D modeling and printing. This app has been designed so that you can spend more time being creative rather than spending long hours designing, making it one of our top apps for VR design.

The best 3D design platform for Oculus headsets

Whether it is creating concept sketches or detailed 3D models, Gravity Sketch is a 3D design platform with a wide variety of digital tools that will help you express any idea in real-time. It started as a sculpting tool used by the auto and shoe industry but has become one of the premier applications for VR design.

Its easy-to-use tools offer a truly intuitive experience. You can draw freehand in 3D space and import 2D sketches to trace over and bring your creations to life. It also allows you to seamlessly communicate and collaborate with your colleagues, synchronize your files across multiple devices, and integrate it with the cloud via LandingPad.

Gravity Sketch previously charged a one-time fee, but since early 2021, it has become free of cost for individual users. It is one of the best free VR design tools around, and it is highly recommended for beginners.

The best AR design software for beginners

If you are new to the world of augmented reality, there isn’t a more beginner-friendly app to learn about AR than the ROAR Editor.

It is designed for non-technical users and lets you create engaging AR experiences by dragging and dropping different elements such as video, images, buttons, text, 3D models and more. ROAR Editor has all the features you need to test, play and deliver incredible AR models.

ROAR Editor makes AR design simple and accessible as it does not require any coding or technical skills. It is compatible with most platforms such as iOS, Windows and Web and supports all major social media platforms. This is why the ROAR Editor is, without any doubt, the most easy-to-use AR design app available.

The best web-based 3D design application

Amazon Sumerian makes it easy to create browser-based 3D, AR and VR applications. You can build highly immersive designs without technical skills or 3D graphics expertise. Sumerian is supported by most platforms, including Oculus Go, Oculus Rift, HTC Vive, as well as Android and iOS mobile devices.

The Sumerian editor features ready-to-use scene templates and intuitive drag-and-drop tools that enable artists and designers to build interactive scenes. If you are a developer with existing HTML, CSS and JavaScript expertise, you can also write custom scripts to craft more complex experiences.

Integration with AWS also means that you can easily access machine learning, chatbots, code execution and more tools at once. Since it is web-based, all your projects will be accessible via a simple browser URL and can be run on popular hardware for AR/VR.

The best VR design software for artists

For professional artists and amateurs alike, Google Tilt Brush is one of the best 3D design tools around. It lets you paint in a 3D space with virtual reality, using various dynamic brushes and shaders, from ink and smoke to snow and fire.

Using Google Tilt Brush, you can create artwork and designs that you can interact with and walk around in for an authentic one-of-a-kind experience. The possibilities are endless with this app, and all you need is a VR headset to get started.

What are the advantages of using AR and VR software?

This technology is new but has certain advantages it offers in all fields. The following are a few advantages of using AR software in businesses.

Product view

This technology makes it possible for potential customers to see and interact with your product or service before buying it. You can educate your customers so they may make more educated decisions about their purchases.

Content Enhancement

This technology allows you to implant various types of perspectives into your content. They will also help people to point at a real-life object to learn the necessary information instead of making them do their research.

Training

It enables companies to train employees more thoroughly through documentation and meetings. This software makes it easy for the trainees to learn career responsibilities by visualizing them, instead of just reading them and memorizing them.

Performance

This helps improve workflow and processes of their work by making it easier. Say for example, if a manufacturing company has a long process and steep learning curve to follow, they can make it easier and more understandable with the help of AR and VR technology. This makes their employees work efficiently which in turn improves the performance overall, especially for manufacturing-based companies and businesses.

Engaging the audience

Advertisements for various products and services are overrun with print and television advertisements, to the point where consumers don’t pay attention to them.

Frequently Asked Questions

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10+ Best Software for AR and VR Design in 2022

Creating powerful customer experiences is crucial for any business, and AR and VR are revolutionizing how we interact with brands by creating unique and immersive experiences. It is the future and can improve the customer experience for every industry.

If you want to leverage this technology of the future to build your brand, you will need powerful software that can turn your creativity into real possibilities. This article has software for every user level, from beginner to experienced, and we hope you found this list helpful.

VR Software wiki

1. What is VR?

Read about the history, use cases, and capabilities of virtual reality (VR).

1.1. History of VR

Read the history of VR software to get context for your VR research, games, or projects.

1.2. Who uses VR?

Read profiles of user exemplars to guide your search for VR tools and software.

1.3. What is VR for?

Explore VR applications in different domains with the examples below. Find a literature review on the main "What is VR for?" page.

1.3.1. VR in Education

Studies have shown that individualized learning helps students achieve their academic goals at a faster pace. Today, classroom structures are not so different from the structure years ago—teachers create a curriculum for the entire class, and students typically learn at the same pace. Virtual reality learning environments can change that. With VR, students can personalize their learning, choosing how long to spend their time on certain concepts, and walking through simulations themselves. VR environments can increase both motivation and hands-on experience.

1.3.1.1. VR Education Research Labs

This is a page of descriptions, aims, current projects, and the contact information of academic research labs focusing on the intersection of VR/AR and education.

1.3.1.2. Example VR/AR Education Software

This page lists several of the most popular VR/AR educational apps across different fields, including science, geography, and art.

1.3.1.2.1. Star Chart

Star Chart is an AR star library. Users can hold their devices up to the sky, and Star Chart will immediately track their locations and display the constellations they are currently looking at through their device's camera.

1.3.1.2.2. Sites in VR

Sites in VR allows users to go on virtual tours of landmarks from Turkey, Egypt, Saudi Arabia, Syria, Morocco, Kuwait, Yemen, Macedonia, Holland, Belgium, France, Italy, Greece and Space. There are thousands of 360 degree panoramic images in high quality for users to explore.

1.3.1.2.3. Titans of Space

Titans of Space takes users on a guided trip through our solar system. Users control the pace of the adventure, and they can choose to be completely hands off or choose to interact with the planets and moons.

1.3.2. VR in The Performing Arts

Having been developed for gaming, VR is now beginning to influence another form of entertainment. Live performance and the adaptation of designs virtually, before implementation.

2. VR development software

VR development software is used to code VR experiences.

2.1. Unity3D

Unity3D is a widely used, free, fast and beginner-friendly 2D/3D game development platform. It is excellent for integrating different assets and can compile to any platform, including VR. It also is capable of creating AR content by allowing AR development tool plugins such as ARKit and ARCore.

2.2. Unreal Engine

Unreal Engine 4 is a 3D game and animation engine known for creating very high quality visuals. This software is a great tool for anyone who is working with real-time technology or wants to create photorealistic scenes. It can also create VR and AR content (allows for ARKit and ARCore plugins) but is not very beginner-friendly.

2.3. Cryengine

This software is a video game development engine with beta support for VR.

2.4. Lumberyard

"Lumberyard is a free game engine deeply integrated with AWS and Twitch... [that] provides a growing set of tools to help you create the highest quality games, engage massive communities of fans, and connect games to the vast compute and storage of the cloud." -

2.5. WorldViz (Vizard)

A software intended to allow you to "build once, deploy everywhere." It claims "Universal VR hardware connectivity supports all HMDs, 3D displays, motion trackers, gloves, and input devices." It has been used for experimentation and research at Stanford.

2.6. MinVR

MinVR is a cross-platform VR development library. Unlike most other software listed, it does not make use of a GUI, instead relying on the user to use OpenGL to create the VR application. It supports a multitude of different VR platforms, including Brown University's YURT, various Cave systems, and SteamVR, and supports plugins for other platforms.

2.7. A-Frame

A-Frame is an open-source web framework for building VR software. A-Frame is a component of Three.js, so developers can create WebVR scenes with JavaScript and HTML.

2.8. Xcode/CocoaPods

CocoaPods is a dependency manager for Objective-C and Swift. It supports limited integration with Google Cardboard SDK and contains several pods (code packages) for displaying VR videos on an iPhone.

2.9. React 360

React 360 is a framework for the creation of interactive 360 experiences that run in your web browser.

2.10. Tutorials of VR development software

Explore tutorials of VR development software, including Unity3D, WorldViz, MinVR, and A-Frame.

2.11. VR Development Software Comparisons

Read our evaluations of the different capabilities of various VR development software.

2.12 VR for Web

Guide to front-end and back-end frameworks for web, including how to choose between A-Frame, React 360, and Three.js, as well as multiplayer communication SDKs such as Photon.

3. VR modeling software

VR modeling software is used to design, sketch, and build VR assets, such as realistic renderings of environments or objects. Most software includes physical simulators and animation tools.

3.1. Adobe Photoshop 3D

Photoshop can build a variety of basic 3D objects using 2D layers as a starting point. After creating a 3D object, you can move it in 3D space, change render settings, add lighting, or merge it with other 3D layers.

3.2. Tinker CAD

Tinkercad is a free online collection of software tools that help people all over the world think, create and make. We’re the ideal introduction to Autodesk, the leader in 3D design, engineering and entertainment software.

3.3. Blender

Widely used, free, fast, and reliable 3D modeling tool, much used for asset creation. Steep learning curve, but suitable for highly complex modeling operations, including physics simulations and animations, and integrates well with other types of software. Does not directly support HMDs though has an extension (BlenderVR) that allows additional multiscreen output.

3.4. Google Sketchup

Free, powerful, and easy to learn and use 3D modeling program. Quick and straightforward process to make something large, complicated, and/or interesting using the SketchUp 3D Warehouse.

3.5. Meshlab

Free and reliable mesh editing software, particularly suitable for complex mesh problem solving operations. Steep learning curve, but smooth and quick workflow.

3.6. Netfabb

Free and reliable mesh editing software, particularly suitable for simple mesh problem solving operations. Shallow learning curve, but limited possibilities as opposed to Meshlab.

3.7. World Machine

Free terrain generation software. Uses visual programming language interface to generate large terrains that can be exported and used in other development software (e.g. Unity3D or Blender).

3.8. Tutorials for VR modeling software

Explore tutorials of VR modeling software, including Blender, Meshlab, Netfabb, Maya, and World Machine.

3.9. Maya

Available college student trial for 2.5 years, generate both terrain and complex 3d models for viewing in VR.

VR visualization software refers to software that takes in input data and graphically illustrates the data so that scientists can gain further insight into that data. It differs from VR modeling and development software in that in focuses on the conversion of scientific data into realistic renderings of volumes, surfaces, etc.

4.1. Omegalib

Omegalib is a "framework for virtual reality and cluster-driven display systems." It is intended for 3D scientific visualization, especially in the fields of astrophysics, engineering, and biochemistry.

4.2. VTK

Visualization Toolkit is an open source, scientific visualization library owned by Kitware. VTK is the foundation of many advanced visualization application including ParaView and VisIt.

4.21. VTK.js

VTK.js is a JavaScript implementation of the standard C/C++ VTK library.

4.3. FieldView

Use FieldView to create immersive animations for engineering processes.

4.4. Paraview

ParaView is an open-source, scientific visualization modeling tool owned by Kitware. It differs from VTK in that it has a GUI that allows users to model data without writing any code.

4.5. Visit

VisIt is an open source, scientific visualization modeling tool used to quickly generate visualizations, animate them through time, and manipulate them with different operators and filters.

4.6. Amira

Amira is a platform for visualizing scientific data. It has an intuitive GUI that makes it easy to analyze different types of data, especially data within the medical field.

4.7. OpenSpace

OpenSpace is a platform intended to provide astrophysicists with a model of the current state of the observable universe, giving them the ability to see real-time data or simulate the past or future.

4.8 VRWorks

NVIDIA VRWorks is a suite of APIs and libraries designed specifically to enhance VR experiences. Parts of VRWorks are integrated into engines such as Unreal Engine 4 and Unity.

4.9. Glyph

Glyph is a student made Unity program developed to help develop VR Visualizations in the CAVE/YURT simultaneously alongside headset VR.

4.91 IATK

2018 - Designed VR viewing plugin for Unity, uses CSV files to generate interactive scatterplots with up to 3 axes of data.

4.92. Tutorials for scientific visualization in VR

Learn to develop scientific visualizations with VR. Examples include VTK, ParaView, VisIt, and Amira.

4.10. Veloview

VeloView performs real-time visualization and processing of live captured 3D LiDAR data from Velodyne’s HDL sensors (HDL-64E, HDL-32E, VLP-32, VLP-16, Puck, Puck Lite, Puck HiRes)

5. VR hardware

VR hardware brings a VR experience to life. After you develop a VR experience with VR development software and visualize it with VR modeling software, you explore it in a headset.

5.1. Google Cardboard

Google Cardboard is a low-budget VR headset designed to work with Android and iOS smartphones. It is entirely cordless and does not require a powerful computer to render, but compromises with a worse VR experience.

5.2. Google Daydream

Google Daydream is Google's higher end VR platform. Like Google Cardboard, it relies on a user's smartphone to render and is similarly cordless. However, it offers a significantly better VR experience, but also requires a specific higher end Android smartphone.

5.3. Windows Mixed Reality HMDs

Microsoft has partnered with several hardware manufacturers to create a line of VR HMDs. They utilize onboard cameras for 6dof tracking, which makes them cheap and portable but also results in some tracking issues. They are SteamVR compatible, so anything which supports a Vive can be run with a WMR headset.

5.4. Oculus Rift

The Oculus Rift is the most popular PC HMD device. It supports SteamVR and 6dof tracking using a pair of IR cameras. The Rift also supports some exclusive content, but other SteamVR capable devices can access it through intermediary software.

5.5. HTC Vive

The HTC Vive is one of the most prominent VR HMDs. It supports native integration with SteamVR, and utilizes a pair of external trackers to provide 6dof tracking, which is generally the most reliable and accurate tracking of the major VR platforms.

5.6. Samsung Gear VR

Samsung Gear VR is a consumer mobile HMD that leverages the Oculus Rift platform to run flagship Samsung phones as a screen and computer.

5.7. Sony PlayStation VR

Sony's PlayStation VR (PSVR) is an HMD designed for PlayStation 4 and PlayStation Vita. It was launched in 2016 and requires the PlayStation Camera.

5.8. Compare low-budget headsets

Compare low-budget headsets. Most low-budget headsets are self-assembled, cardboard HMDs. They're cordless, so you rest your phone directly on the headset.

5.9. Hardware emulators

Hardware emulation software gives developers and consumers the ability to run VR applications without owning VR hardware. iVRy and Vridge leverage mobile phones for 3dof tracking, and SteamVR also provides a Null Driver for basic rendering.

5.10. VR hardware tutorials

This page is for tutorials of VR hardware. The tutorials demonstrate how to set-up, run, debug, and implement certain hardware configurations.

6. Related Technology

Read about augmented reality (AR) and similar technologies.

6.1. AR vs VR

Compare virtual and augmented reality to if AR is right for your particular use case.

6.2. AR Development Software

Explore AR development software and tools, such as the Apple ARKit.

6.21. AR.js

AR.js is an open-source library built on top of A-Frame, three.js, and ARToolKit.

6.22. A-Frame AR

A-Frame AR is an open-source web AR development library enabling A-Frame support for three.ar.js, Google's experimental WebARonARKit/ARCore browsers, and Mozilla's experimental WebXR browser.

6.3. AR software tutorials

Try tutorials of AR development software, such as the the Apple ARKit.

6.4. Web AR Comparison – AR.js vs. A-Frame AR

6.5 Google Earth VR vs Open Street Map VR

6.6 Lens Studio by Snap Inc.

7. Data Types and Examples

This section corresponds to the various types of data that are visualized in VR.

7.1 Data Types and Examples

7.2 Software Recommendations by Data Type

8. Student research

This section reports student research into VR. Most content here is specific to Brown or was created for CSCI1951S or subsequent courses.

8.1. VR@Brown

This page is a list of VR communities, labs, and research at Brown.

8.2. 2018 research findings

We conducted a round robin style workshop comprising of 6 activities where participants dabbled in VR software, hardware, and media. We gathered data to understand how to get people more interested and excited about VR in addition to helping formulate an assessment of currently available VR software, hardware, and media. We wrote a Medium article summarizing our results and also put together a page with our results.

8.2. AR user study

To further understand the current state of Augmented Reality Software, we created multiple tutorials for our spring 2018 class to complete. We then got feedback from each user in the form of a survey. This page is a summary of the results.

8.3. fMRI Data Visualization

I wanted to model memory clusters in the brain to see if you could locate memories (that were detected using fMRI scans) in specific parts of the brain. This page describes fMRI, provides a tutorial of how to model it, and explains the issues that come with using fMRI data.

8.4. Viewing Lidar Data in Paraview

I wanted to create 3D models from Lidar Point cloud data from .las file and other formats in which the data may be presented. With 3D models of the Lidar data, the flies can be ported into any Virtual Reality frame work.

VR Software Services by Software Development Company LITSLINK, USA

Whether you have an excellent idea for your startup or already have a product that needs to be scaled, we have all the necessary resources to meet your needs. We are focused on the following industries: healthcare, education, BIM, and startup development. However, if you have a custom request, rest assured that LITSLINK, as a top virtual reality company in the US, will provide you with high-quality development services

We believe in the power of VR to transform the industries at all levels, from entertainment to banking. We have already helped over 60 startups to start their success journeys with us and scale businesses to reach new heights. Our seasoned team of VR developers has vast expertise in all the latest techs, which makes them flexible in meeting your requirements.

Keeping an eye on market trends is essential when it comes to virtual reality development. Thus, our team always follows the news and masters the latest technologies to avoid falling behind. For the majority of VR projects, we use Unity 3D and all the plugins and tools that allow working with virtual reality, such as HTC Vive, Oculus Rift, Samsung Gear VR, Google ARCore, and others.

3. What does the process look like?

The first step is a discovery stage. The client contacts our development team in a way convenient to you (you can reach out to us via email, fill out the contact form, make a call or just drop us a line in the chat). Our representative looks at your request and contacts you back for more detail. You discuss all the requirements and decide on the VR product you’re going to build.

After we have a clear vision of the virtual reality software, we assemble a team of skilled VR developers assigned to your project. Our project manager keeps track of the progress and makes sure the development team meets its goals. Upon the client’s request, we create demos at the end of each sprint to provide you with an idea of how your virtual reality app will look.

When the product is ready to be launched, we fill in the accounts and send it for verification. As soon as it is completed, we are ready to launch the application on the market.

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