Active Camera AI Powered Robotic Vision Platform - AC1- High-Tech Corporation

◆ Industrial Mobile Robot (AMR/AGV) Developers:
Companies that require compact, high-precision sensors for obstacle avoidance and autonomous navigation in factory and warehouse environments.

◆ Service and Delivery Robot Manufacturers:
Developers seeking wide field of view and fast-response sensors for safe operation in tight indoor spaces.

◆ Logistics, Forklift, and Cleaning Robot Developers:
For applications where cost-efficiency is important while still requiring reliable obstacle detection and safety features.

◆ Universities and Research Institutions:
Researchers looking for compact, high-performance sensors that are also cost-effective for experimental use.

Proposed Applications

◆ Autonomous Mobile Robots for Logistics (AGVs, AMRs)
◆ Indoor Service Robots (e.g., delivery, guidance, cleaning)
◆ Obstacle Detection and Collision Avoidance in Smart Warehouses and Factories
◆ Surrounding Awareness for Forklifts and Carts
◆ SLAM for Education and Research (Simultaneous Localization and Mapping)

The AC1, the first in this series, integrates multiple sensors to deliver hardware-level fusion of depth information, image data, and motion posture data, synchronized in time and space.

RoboSense's AI Ready ecosystem equips the Active Camera with advanced capabilities, including open-source tools and algorithms:

◆ Open-Source Toolkit:
Includes drivers, data collection tools, calibration, sensor fusion, and cross-compilation utilities.

◆ Open-Source Algorithms:
Supports SLAM, localization, object detection and recognition, semantic segmentation, and fusion of point cloud and vision data.

◆Development Use Cases:
Upcoming use cases include indoor/outdoor mobile robots, humanoid robots, and hand-eye coordination systems.

◆Datasets:
Obstacle avoidance and perception datasets will be made available based on real-world robot navigation and manipulation scenarios.

◆Ultra-Wide Fusion Perception FOV
*LiDAR FoV: 120° × 60°
*RGB Camera FoV: 144° × 78°
*Fused (LiDAR + RGB) FoV: 120° × 60°