AIMBot Platform

The AIMBot Platform

All AIMBots are built upon the AIMBot Platform
A standardised chassis is equipped with the smart technologies required for operation
Bots are then outfitted for their specific roles

Environmental Perception system

LiDAR depth perception system with AI computer vision cameras
3D virtual map stitching software
Facial recognition to detect staff/patients
Machine Learning algorithms to develop an understanding of routes throughout the hospital as well as areas and times of high traffic

Geolocation and Indoor Mapping System

Indoor Bluetooth Beacon / Wi-Fi antenna geolocation system
Feeding data into the 3D virtual mapping software for accurate location tracking & control through the AIM app
Machine Learning optimal path planning
On board low-power GPS beacon so the robot can be tracked in the event of a theft - and onboard cameras will record the theft

Power, Computational, Control and Drive systems

Configurable rechargeable battery, with docking stations for automatic recharging
On board computer processing of perception and location data
4 wheel drive and turning system for perfect maneuverability
On board touchscreen control UI with video call capabilities

Internet Of Things Connectivity - IoT

Through the Application platform, and local / virtual server the AIMBot system connects to an unlimited number of IoT devices and systems, including;

Bluetooth Location Beacons
Stock Level Monitors
Waste management monitors
Patients / staff requests (through the AIMApp)
Fire detection systems (report or react)
Lift control systems (to summon, to travel between floors)

As new technologies develop the list of potential IoT connected devices and applications grow indefinitely

Emergency Hazard response

In events of emergency (Fire or medical) the AIMBot will swiftly move out of the way of evacuation / medical staff transport patients swiftly into surgery.
Onboard computer vision system can detect and report hazards including Fires, Spillages, or patients in distress.
In periods of power failure the robot will automatically move out of the way and power down, for safety. In this state it is easily maneuvered by staff.
All AIMBots fitted with a large red STOP button to shut down the robot.

AIM-APP Connectivity

IOS/Android/PC Application platform to;
- Control/Locate/Summon robotic systems
- Connect AIMBot to in house IoT devices, systems and servers
- Diagnose & troubleshoot issues
- Programmable routes and functions for standard tasks
AIMBots connect through 2.4GHz Wi-Fi to the local or virtual control server

Built with MicroBan© Antibacterial Plastic polymers.

Embracing IoT

Wireless

Supporting your staff

Cyber and data security

We have designed for all users an AIM app to access all robots at the tip of their fingers.

To protect users' robots from hackers, we install an up-to-date firewall and antivirus software in our app. This can block access to known malicious domains and prevent external access but internal employees to use the system.

To further enhance the cybersecurity system, users are required to enter a personal security password and two-step verification before accessing the robots. Operation history will then automatically record in the hospital control center.

AIM will also provide regular training sessions and up-to-date policy documents to encourage users to put the security guidelines into practice.

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