At Anansi, we specialize in creating augmented reality (AR) experiences designed for specific business verticals, delivering innovative solutions that meet unique industry needs.
Our expertise spans 3D modeling, 3D animation, facial recognition, and both marker-based and markerless tracking technologies, ensuring a seamless and impactful AR experience.
Anansi’s AR applications are optimized for a wide variety of devices, including iPhones, Android smartphones, HoloLens, and smart glasses, providing versatile and immersive solutions for businesses and their customers.
At Anansi, we utilize a combination of open-source libraries, proprietary toolkits, and content management systems to develop cutting-edge augmented reality (AR) solutions. Our developers have extensive experience with the leading AR development tools available on the market. Here are some of the core technologies we work with:
RealWear
Hololens
Vuzix
With Google and Apple launching their augmented reality SDKs, we see endless opportunities to apply AR technologies to meet business needs. Our developers possess sufficient skills to adapt the functionality contained in the development kits to the requirements of a particular AR app. The combination of professional expertise and powerful software is what it takes to build a unique highly effective augmented reality application.
ARKit brings augmented reality to Apple devices that support iOS 11 and above. The platform’s powerful capabilities for positional tracking and scene comprehension open up a range of possibilities for developing consumer applications.
ARCore supports Android devices running Nougat 7.0 or higher. This AR platform uses environmental understanding, motion tracking, and light estimation to integrate virtual content with the real world.
Our services encompass performance-optimized design, precise programming, and rigorous testing to deliver high-quality AR software solutions.
At Anansi, we create augmented reality applications of any complexity, delivering feature-rich solutions that offer highly realistic experiences. Our AR apps support advanced functionality, such as zooming, rotating, and interacting with AR objects for an immersive user experience.
We also enhance AR solutions by integrating them with other cutting-edge technologies. For instance, our team can combine AR with facial recognition to develop innovative applications like beauty apps, enabling users to achieve the most natural and lifelike results.
Our skilled 3D artists craft interactive 3D visualizations and animations tailored to various industries. The augmented reality software we develop delivers highly realistic item representations that users can effortlessly interact with, enhancing the functionality and purpose of the application.
Our AR applications can also incorporate environment recognition features, enabling the detection of points and surfaces in the real world. This ensures that AR objects blend seamlessly with their surroundings, creating an exceptionally natural and immersive experience.
We anticipate the massive adoption of augmented reality technology for the following use cases:
At Anansi, our augmented reality solutions take equipment maintenance to the next level. With AR-powered applications, experts can provide real-time, remote guidance to on-site maintenance engineers, ensuring tasks are completed efficiently and accurately.
By utilizing augmented reality, maintenance operations become faster and more reliable, significantly reducing downtime and errors. This approach minimizes the need for costly travel by high-level specialists, enabling a single expert to remotely support multiple engineers on-site.
Our AR solutions not only optimize resource use but also ensure seamless collaboration, making maintenance smarter, more cost-effective, and highly scalable.
Integrating augmented reality (AR) into education transforms learning into an interactive and engaging experience. AR captures students’ attention and deepens their understanding of subjects by bringing concepts to life—recreating historical events, illustrating complex physics principles, or providing additional context about studied objects.
AR educational apps can also serve as cost-effective alternatives to traditional learning materials, offering dynamic and immersive ways to explore knowledge without the need for expensive resources.
