asksg@eact-tech.com
eACT has well-established network of embedded service providers and partners in Singapore, Malaysia, and India. This network makes it possible for eACT to manage complex embedded projects with its partner, efficiently.
asksg@eact-tech.com
Automotive Vehicle Control Unit (VCU)
Overview
Our AI-Powered Dual Sensor Stereo Vision and Audio Analysis Camera is a revolutionary device that brings advanced environmental perception to your projects. Equipped with dual sensors for precise stereo vision and integrated with cutting-edge audio analysis capabilities, this camera leverages artificial intelligence to deliver unparalleled depth estimation and sound contextualization. Designed for use in demanding applications such as robotics, autonomous systems, and immersive virtual environments, our camera provides a comprehensive and intelligent understanding of both the visual and auditory aspects of any scene
Dual Sensor Precision
The camera features dual visual sensors that work together to provide accurate stereo vision, enabling precise depth estimation and 3D scene reconstruction.
AI-Enhanced Multimodal Analysis
Our AI algorithms process inputs from both the dual sensors and the audio data, offering a rich and detailed understanding of the environment.
Real-Time Depth and Sound Analysis
Optimised for real-time performance, our camera processes both visual and audio data simultaneously, ensuring quick and reliable outputs.
Advanced Audio Contextualisation
The integrated AI-driven audio analysis detects, classifies, and localises sounds, adding a layer of auditory intelligence to the visual perception.
Robust in Challenging Conditions
Designed to perform in complex environments, the camera handles occlusions, low-light settings, and noisy audio conditions with ease, delivering consistent results.
Scalable and Adaptable Design
The AI and sensor architecture is flexible, allowing easy integration into various platforms and scalability across different applications.
Versatile Application Range
Ideal for use in robotics, autonomous vehicles, smart surveillance systems, virtual and augmented reality setups, and any other application that requires synchronised visual and auditory perception with AI-driven precision.