BITO Robotics is a high-tech company with intelligent algorithms as the core and providing flexible manufacturing and intelligent logistics system solutions. BITO has inherited the advanced technology and innovative genes of the world leading Carnegie Mellon University Robotics Institute, core founding members come from Carnegie Mellon. BITO master key technologies such as artificial intelligence algorithms, visual recognition, robotic software architecture, and electronic hardware control.
業務項目
1.BITO Fleet Management System:BFMS adopts a centralized architecture allowing fully coordinated plan but autonomy of individual robots. With such an architecture, heterogeneous robots can work together even using different types of navigation technology. BFMS can be easily integrated with mainstream MES, WMS, ERP or other IT systems for a closed loop operation create an automated and flexible smart logistics platform.
2.BITO Autonomous Navigation System:BANS is the brain of AGVs, compatible with multiple types of chassis and sensors, giving robots the ability to see, know and act, and complete the intelligent transformation of smart factories. BANS won the 2020 AMR Supply Chain Quality Enterprise (Control Module Category) Award.
3.BITO SLAM System:The BSLAM autonomous navigation and positioning system is a product that combines software and hardware with real-time dynamic mapping and localization for AMR. It is based on the Extended Kalman filter (EKF) algorithm with multi-sensor fusion technology, and has sensitive environmental perception and excellent adaptability to complex environments, stable map construction and highly robust dynamic high-precision localization capabilities.
BITO SLAM System
The BSLAM autonomous navigation and positioning system is a product that combines software and hardware with real-time dynamic mapping and localization for AMR. It is based on the Extended Kalman filter (EKF) algorithm with multi-sensor fusion technology, and has sensitive environmental perception and excellent adaptability to complex environments, stable map construction and highly robust dynamic high-precision localization capabilities.