DeliRo delivery robot

Free

DeliRo delivery robot

Description
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DeliRo is a delivery robot with a luggage box and autonomous driving technology. A delivery robot that can roam autonomously to implement delivery services offers packaged applications for shoppers, stores, and IT services. This fiscal year, we did a demonstration of a robot delivery service on the Keio University campus that actually delivers goods and accepts payment. Autonomous driving technologies will enter the "development-to-use" era. We are moving to a stage where we make the world more convenient by creating new industries in the future and contributing to regional development. In a society where robots and humans coexist ZMP aims to solve the problem of the last mile of one logistics by applying autonomous control technology cultivated in autonomous development of driving technology and with the aim of assisting daily shopping, we have developed DeliRo, a robot courier that automatically moves along the sidewalk. However, communication with users and those around them is essential for delivery services. DeliRo TNM is a robot that coexists with design and people. The functions make it easy to get in touch with people, regardless of generation and age.

Autonomous delivery

DeliRo is equipped with ZMP "IZAC®" autonomous driving software. It automatically drives at speeds up to 6 km / h while recognizing the 360-degree environment with cameras and laser sensors.

Three options

Box type - DeliRo can choose 1 box, 4 boxes or 8 boxes depending on the size and shape of the luggage for transportation. Maximum load weight - Up to 50 kg DeliRo supports a maximum load capacity of 50kg. We will respond to different use cases and shipping needs such as delivery items and drinks.

Eyes and voice communication

DeliRo is equipped with ZMP "IZAC®" autonomous driving software. Supports users and people around them, like communicating with people. Remote monitoring system ＋ Blockchain technology DeliRo uses ZMP Robo-HI based remote monitoring system. This makes it possible to track the location and environment of the delivered robot. It also uses blockchain technology developed and released in beta by ZMP subsidiary AIDELI. In the delivery service of autonomous delivery robots, the facts of each step, such as completing an order, completing a product download, completing a delivery, and completing a receipt, are sequentially recorded in a blockchain and visualized in a control panel. By using strong encryption and blockchain recording, it is impossible to change the recorded content. We believe this will help improve the reliability and transparency of the delivery service by showing whether the parcels have been delivered properly.