Blueberry Wheelchair
TECH STACK
TECH STACK
TECH STACK
Android
Android
Android
Ros
Ros
Ros
CLIENT
CLIENT
CLIENT
Blue berry
Blue berry
Market
Market
Market
US
US
OVERVIEW
OVERVIEW
Blueberry Technology Inc. is a San Jose-based startup that specializes in customer-centric solutions for autonomous personal mobility approached dotworld technologies with the goal of empowering users to seamlessly engage with the wheelchair, offering up-to-the-minute status updates and facilitating smooth mobility in airport environments.
THE CHALLENGE
THE CHALLENGE
Blueberry Technology Inc. encountered various obstacles in the pursuit of providing accessible and convenient mobility, prompting the demand for an efficient solution. Navigating through airports proves challenging due to significant distances between entry points, particularly for passengers with physical disabilities.
The current system faced challenges in authenticating passengers based on their flight departure times, recovering vehicles left unattended by passengers to designated parking points, and managing the user interface of the robot (wheelchair).
Blueberry Technology Inc. encountered various obstacles in the pursuit of providing accessible and convenient mobility, prompting the demand for an efficient solution. Navigating through airports proves challenging due to significant distances between entry points, particularly for passengers with physical disabilities.
The current system faced challenges in authenticating passengers based on their flight departure times, recovering vehicles left unattended by passengers to designated parking points, and managing the user interface of the robot (wheelchair).
OUR APPROACH
OUR APPROACH
In order to address the challenges faced by Blueberry Technology Inc, Dotworld provided effective services by customization of autonomous mobility robots. Featuring a streamlined and user-friendly interface that efficiently manages all tasks that facilitates seamless communication between Wheelchair and user.
The features enhance the interoperability of the systems and empower users to interact with and control robots through indigenous packages, fostering a more user-friendly and versatile robotic experience. Presenting the robot's path on the map enhances user understanding by providing detailed information about the robot's location. This feature allows users to visualize the trajectory of the robot, enabling them to gain a comprehensive overview of its movements within the given space
In order to address the challenges faced by Blueberry Technology Inc, Dotworld provided effective services by customization of autonomous mobility robots. Featuring a streamlined and user-friendly interface that efficiently manages all tasks that facilitates seamless communication between Wheelchair and user.
The features enhance the interoperability of the systems and empower users to interact with and control robots through indigenous packages, fostering a more user-friendly and versatile robotic experience. Presenting the robot's path on the map enhances user understanding by providing detailed information about the robot's location. This feature allows users to visualize the trajectory of the robot, enabling them to gain a comprehensive overview of its movements within the given space
In order to address the challenges faced by Blueberry Technology Inc, Dotworld provided effective services by customization of autonomous mobility robots. Featuring a streamlined and user-friendly interface that efficiently manages all tasks that facilitates seamless communication between Wheelchair and user.
The features enhance the interoperability of the systems and empower users to interact with and control robots through indigenous packages, fostering a more user-friendly and versatile robotic experience. Presenting the robot's path on the map enhances user understanding by providing detailed information about the robot's location. This feature allows users to visualize the trajectory of the robot, enabling them to gain a comprehensive overview of its movements within the given space