Deployment of Deliverbot D2 made easy
The use of D2 indoor robots contributes significantly to automation, enhancing productivity and reducing reliance on human labor in the built environment sector. They can handle tasks efficiently, allowing businesses to streamline operations and allocate human resources strategically. By automating repetitive or physically demanding work, indoor robots free up human workers to focus on more complex and value-added activities. Overall, their adoption positively impacts efficiency and resource management in various indoor settings.
Workflow of Delivery Robot
Autonomous robots at the reception area or from housekeeping department to assist with delivering guest-requested items to their rooms.
User-centric process navigation
The anti-pinch box door makes it easier to put in and take away items. The non-contact scanning provides a role-based authentication at every stage of the delivery process.
VILO-SLAM 2.0
The VILO-SLAM 2.0 autonomous robot navigation system revolutionizes last-mile delivery, enhances service robot support for humans, and ensures safe human-robot interactions within multistory buildings. It effectively addresses multistory building navigation and elevator interaction challenges; and returns to its docking station to recharge after completing its task to ensure continuous and uninterrupted operation.
The Segway-Ninebot Intelligent Elevator Control System
is a well-established elevator control module, independently developed and manufactured by Segway-Ninebot. Currently operational in numerous scenarios, this product addresses various elevator control challenges by enabling interactions of existing lift/door access with our robotic systems. Deployment is made simple by installing a set of non-invasive signaling modules; and if IOT enabled elevator is available, using remote access or control.
Autonomously adapt to environmental changes
Through continuous map updates and adaptive responses to environmental changes, the system empowers terminal robots to call elevators and seamlessly navigate across floors, offering benefits including cost-effectiveness, streamlined integration, minimal modifications, and robust stability.
Robot fleet management
platform coordinates a fleet of robots to operate robustly and safely in large, dynamic indoor environments alongside humans. The system integrates a refined mapping and navigation algorithm, enhanced by cloud services, enabling intelligent dynamic scheduling and real-time service resource monitoring. This facilitates the secure operation of coordinated delivery robots in diverse settings, including hospitality establishments, healthcare institutions, campuses, and business/residential zones.
