Best Augmented Reality Development Platforms include:
The VR Maker empowers users to create professional VR content in minutes, whether that means digitizing a property, building a virtual showroom or hosting a virtual event. Looking to create a digital twin? Capture professional-quality 360° panoramas with a smartphone. Capture &…
Hololink is a web-based Augmented Reality editor which enables creation of AR through a visual no-code solution. AR created in Hololink is served directly in the mobile browser without the use of an app, making the whole process from creation to end-user 100% browser-based. Hololink…
Vuforia Studio allows users to author and publish scalable AR experiences that transform manufacturing, service and training processes without the need for extensive programming or costly custom designers. The vendor states that Studio is the only drag-and-drop authoring environment…
Lucid Reality Labs is an Immersive Technology consulting, design and development company focused on creating immersive XR trainings & simulations for Healthcare, MedTech, Pharma, Aerospace & Defense. They offer VR solutions with elements of gamification for training, education, and…
Nomtek is a software development agency that builds mobile and XR applications in a short time-to-market setup. They specialize in full-cycle product development, and interactive, cross-platform mobile applications that integrate VR, augmented or mixed reality capabilities.
Saritasa aims to empower companies with customized solutions that fit their needs and support an ever-evolving technology ecosystem. Saritasa offers full-service custom software development, boasting experience in mobile, web, virtual and augmented reality, systems architecture, and…
VIRNECT Track XR engine learns, detects, and tracks objects, so developers can create AR services and extend reality with stable AR services. It is designed to provide stable AR content with consistent QR code, image, and 3D object detection, despite the camera angle, and and immersive…
VIRNECT Make is software supporting extended Reality (XR) content creation with the goal of enabling fast and stable XR content creation, and allowing users to translate industrial knowledge and operation manuals into engaging immersive content. It boasts a no-coding editor with…
YeppAR develops Enterprise Metaverse Solution with Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR) solutions and products for Fortune 500 Companies along with Industries & Corporate Clients focused around Metaverse, Industry 4.0, Training, Self- Guidance, Field…
HyperIndustry is a procedure management system designed to visually aid technical operators in the execution of their tasks with Augmented Reality step-by-step instructions.
PaleBlue Simulation Platform is a modular software framework for building simulators and experiences. PaleBlue Simulation Platform powers VR and AR applications.
PaleBlue’s AR technology will help you simplify complex workflows, procedures and training, as well as reduce errors in operations.
PaleBlue Outstaffing has access to a talent pool of over 1.5 million professionals coming from over 2,000 universities, covering engineering areas such as: Software, Automation, CAD and design. PaleBlue has the ability to build Remotes Teams with the proper requirements or On-Site…
holo|one sphere is an augmented reality development tool. It's designed to be an out-of-the-box solution for easy integration of augmented reality (AR) into business processes with the goal of saving time and money as well as increasing quality. It consists of three modules: EXPERT…
Bosch offers the Common Augmented Reality Platform (CAP), an AR platform designed for the automotive industry.
What are Augmented Reality Development Platforms?
Augmented reality (AR) development platforms provide tools to create AR products that superimpose computer-generated images into the real world. AR software development tools allow developers to create, position, orient, and track virtual objects and their relationship to the real world. It appears to the viewer as though the object is part of a real-world scene. Machine learning and AI play a significant role in advanced AR, but the development platforms effectively shield AR developers from directly engaging with those components.
AR products create this composite view with software and hardware devices, such as headsets and smartphones that contain cameras, sensors, and digital projectors. Real-time data can be overlaid into the scene, providing contextually relevant information to the user. It can take the form of text, audio, or video. VR/AR headsets offer an immersive AR experience, allowing users to interact with and manipulate 3D models that are projected into a real environment.
Combining AR with the Internet of Things (IoT) enhances user capabilities and improves their experience by providing holographic controls for the device. This application of AR can range from simple appliances to complex medical/surgical devices.
AR use cases:
- Virtual shopping
- Customer product testing
- Remote collaboration
- Repair and maintenance
- Facial animations
- Web/mobile apps
- AR content management systems
- AR game engine software
- AR remote collaboration software
- AR training simulation software
- AR visualization software
- Industrial AR platforms
Augmented Reality Development Platform Features
AR development platforms include the following identifiable features:
- 3D asset creation
- Remote rendering engines
- Spatial anchoring
- Cloud anchoring
- Model layering, occlusion, and immersion
- Drag-and-drop manipulation of VR objects
- Intelligent interactions
- Tracking technology, geolocation, and distance-based scaling
- Environmental understanding- object, scene, and image recognition
- Facial recognition and tracking
- Environmental lightning
- Contextual AI
- Virtual buttons turning any surface into a touch screen
- QR and barcode scanners
- App development, multiple programming language support
- Hardware integration and deployment across wearables and mobile devices
- Embed AR into existing apps
- Support different AR platforms- IOS, Android, Windows, Linux, Mac
- Integration with AR development gaming platforms and AR content management systems
- Recording and playback
- Interaction analytics
Augmented Reality Development Platforms Comparison
When purchasing an augmented reality development platform, consider the following:
- AR Platforms Supported: Some AR development platforms only support specific devices (headsets, smart glasses, or smartphones). Other platforms only work for specific operating systems (IOS, Android, Windows, Linux, or Mac). Several AR development platforms will support a wide range of devices and operating systems.
- Cost: For advanced AR applications the hardware is costly, and the applications require a large amount of bandwidth along with very high-resolution streaming, rendered with a high refresh rate. Depending upon the sophistication of the AR product that is being developed, development costs can easily range into hundreds of thousands of dollars.
- AR vs. VR Development Platforms: AR works with virtual objects embedded in the real world; VR creates a complete three-dimensional virtual world. Determine whether you need to develop AR or VR products or require a single solution that supports both types.
Pricing depends on the platform’s features. Augmented reality development platforms that only support a specific operating system are available for free. Entry-level subscription pricing for AR platforms that support a range of devices and operating systems begins at around $100 a month. One-time on-premises licensing for a mid-range product starts at $3,000. Advanced cloud-based platforms are $500 a month. Enterprise AR development platforms usually require a price quote.