ALVA Rainbow

ALVA Rainbow

Next-generation enterprise real-time remote guidance platform based on AR technology

Share real-time view, AR drawing for annotation guidance.

橡树湾的空间
High-definition video call
AR设计评审
AR real-time annotation
岁月静好的茶楼
Online model presentation
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Multi-device deployment

Digital collaboration tools are an important component of the digital transformation of industrial enterprises. The response speed to issues is a critical metric for assessing the level of digitization in a company. Faced with complex workshop operations, companies require communication tools that can rapidly and accurately convey information.

ALVA Rainbow is a remote expert teaching tool derived from the fourth-generation computing wave. Building upon video call functionality, Rainbow incorporates two major features: real-time annotation and model projection. By leveraging AR technology, it brings remote experts "to" the site, reshaping the traditional teaching model where experts physically visit the location. This tool disrupts inefficient communication and unleashes boundless potential.

ALVA Rainbow Application Scenarios: AR Remote Assistance

Through ALVA Rainbow, on-site technical personnel can connect in real-time with remote experts using mobile devices. They can use their fingers to make digital annotations on the screen, accurately locate physical objects, and draw annotations. Additionally, they can collaboratively use the Editor tool to perform in-depth AR imaging analysis of physical objects by dragging and dropping, followed by projecting them onto the real scene or objects. This step-by-step guidance assists the technical personnel in completing the work process.

AR+HD video conferencing

Supports high-definition stable video calls, multi-platform screen sharing, real-time text and file transmission.

Comprehensive basic functionality, stable performance

ALVA Rainbow has basic features such as text and file transmission, which are commonly found in traditional mainstream video tools. It conforms to user habits and caters to users of different ages and skill levels. It is easy to learn, requiring zero transition learning cost.

Real-time spatial annotation in Augmented Reality (AR)

Real-time annotation anchoring, with an average annotation accuracy error of less than 100 pixels during the communication process.

A brushstroke replaces verbose language.

The AR remote spatial annotation feature enables information annotation in a 3D space. Experts can annotate on-site devices through the screen and convey the annotations along with audio to frontline personnel. AR technology enables annotations to be anchored to the on-site devices, eliminating the issue of annotations floating when the position changes. Depending on the on-site environment, a "freeze screen mode" can also be selected. Stroke assistance aids in more precise and concise information expression by personnel.

AR + Digital Resource Display

Achieve the one-to-one integration of relevant data information with devices and present them through AR.

Transforming "people seeking information" into "information seeking people," enhancing personnel initiative.

Transforming "people seeking information" into "information seeking people," enhancing personnel initiative.

AR Model Deployment

Model Recognition algorithms can achieve matching between 3D models and devices without prior information.

Visualizing the internal structure of precision equipment to reduce the difficulty of maintenance for employees.

Highly realistic model deployment effects. Bringing three-dimensional models to the frontline equipment site enables the visualization of the internal structure of precision equipment, reducing the difficulty for employees to understand complex issues, quickly pinpoint problem areas, and efficiently solve problems. Through a dedicated visual model editing tool, components can be dragged and dropped to quickly edit and reconstruct 3D models.

Flexible deployment across multiple devices

Supports multiple systems, multiple devices, and hybrid deployment methods.

The device supports a wide coverage range, ensuring maximum security of user data

ALVA Rainbow supports iOS/Android/Windows operating systems. Users can access ALVA Rainbow through computer PC, mobile phone, tablet, and AR glasses devices, catering to the majority of industrial user application scenarios. It supports public cloud, private cloud, and on-premises deployment. Additionally, ALVA Rainbow can be integrated into internal enterprise applications through customized solutions, strengthening integration with enterprise system processes.

ALVA Rainbow takes your productivity to the next level.