Technology
We are developing cutting edge autonomous technology for one of the the most critical road condition of the World. Our aim to revolutionize transportation, offering safer and more efficient mobility solutions for future.
Mechanical System
The mechanical system of a self-driving car is fundamental to its function, we are working to combine the regular automotive elements, and advanced technologies, to achieve full autonomy. Our frame and chassis designs allow for the integration of cameras, sensors, and computing systems without compromising structural strength. Steering system, likely to have steer-by-wire technology for electronic control that does not use physical connections within the system. In the same way, the braking system employs electronic actuators and brake-by-wire technology for automated and efficient braking.
Electrical Systems
Our electrical system is responsible for powering important functional components such as actuators, onboard computers, and sensors. A battery system with a high energy density, electric motors, wiring systems, and self-redundant safe power circuits were included. Advanced components such as lidar, cameras and radar require steady and stable energy supply. The system also allows autonomous power ventilation, data transfer, system control, and artificial intelligence for autonomously safe movement of the vehicle. Advanced communication modules enable Vehicle-to-Everything (V2X) connectivity.
Perception
We are combining sensors such as cameras, lidar, radar, and ultrasonic. The sensors provide an insight into the road conditions, traffic, pedestrians, and other blockages. This information is processed through advanced algorithms with the car being able to recognize, distinguish various objects, know the lanes, read the traffic lights, and anticipate the welfare of other road users. Sensor fusion is a combination of some signaling mechanisms integrated to give a real-time map of the surroundings. This/these map(s) extensive situational awareness which is needed when critical driving decisions are being made optimizing safety of the autonomous vehicle in complexity and variability of situations.
Localization
Comprehensively, it is a crucial driver that helps the vehicle establish its 3D coordinates useful in determining the path to be taken by the vehicle. Ultimately, a car tracking system seeks to identify the position of a car incessantly despite its movement around complex areas such as roads, intersections, urban centers and so on. Self-driving cars have significantly improved navigation capabilities by RTK GNSS which offers them real time PVT. Together with the other sensing technologies they make the vehicles navigate accurately and safely even under difficult environments.
Navigation and Control
In the absence of a pilot, navigation and control’s reliability, safety, and efficiency is crucial for autonomous cars to function properly. These two processes — navigation determining where to go, control executing the movement decisions — are possible thanks to advanced technologies that serve to provide the autonomous driving of an automobile across the complex textures of the city, highway, rural roads, and similar. It includes Localization, Sensor Fusion, Path Planning and Motion Planning. These systems function simultaneously to enhance the quality of driving while maintaining aspects of safety, time, and responsiveness.
MUCK REMOVAL SYSTEM
The muck removal system in a micro tunnel boring machine (MTBM) is a crucial component responsible for the efficient transport of excavated materials. Known as muck, from the tunneling face to the surface, the system typically comprises a slurry or screw conveyor and it must be designed to handle the specific geotechnical conditions and materials encountered during tunneling.
