As automation takes the business world by storm, our client focuses on building solutions that enable businesses to get the best of the emerging technologies. We built an app that enables the fleet managers to remotely control every aspect the driverless shuttles. The solution features an array of capabilities, including seat booking by users, stoppage alerts at the source and destination, emergency stoppage, real-time location, and navigation, among others. As a tech solution partner to the client, we’ve continued our collaboration to explore new avenues in automation.
Technology
Mobile Apps
We built an app that enables the fleet managers to remotely control every aspect the driverless shuttles. The solution features an array of capabilities, including seat booking by users, stoppage alerts at the source and destination, emergency stoppage, real-time location, and navigation, among others. Made in India, the driverless vehicle starts its journey once the destination is entered without pausing and moves in accordance with the direction and road congestion. It is a fourteen-seater vehicle, which can navigate autonomously with its high-fidelity sensors and robust algorithms for path planning and navigation.
The team started with understanding of Hi-Tech Robotic Systems’ objectives and vision. Defining the scope and requirements for the driverless vehicle management application.
Next step was to design the architecture of the driverless vehicle management app. Identifying and integrating high-fidelity sensors for real-time data acquisition. Developing algorithms for path planning, and emergency stoppage.
Agile development methodologies were employed for rapid development and responsiveness to evolving requirements. Collaborative coding and regular communication helped throughout the development phase.
Rigorous testing procedures to validate the functionality, scalability, and security of the application. Conducting simulated trials to ensure the app’s performance under various scenarios.
The real challenge for client was to design the application architecture to accommodate the potential expansion of the driverless vehicle fleet. Ensuring that the solution handle an increasing number of users and simultaneous interactions.
Developing algorithms for accurate navigation in dynamic environments. Addressing challenges related to real-time adjustments based on road congestion and unexpected obstacles.
After successfully running a pilot at the Auto Expo, the client went on to expand their driverless vehicle fleet. The company also received praise from India’s Ministry of Road Transport for their ground-breaking innovation. As a tech solution partner of the project, we were able to leverage our expertise in automation to the highest level. As a tech solution partner to the client, we’ve continued our collaboration to explore new avenues in automation.
The driverless vehicle fleet successfully completed the pilot test at the Auto Expo. Positive reception and interest from stakeholders, including industry experts and potential clients.
Following the successful pilot, Hi-Tech Robotic Systems expanded its driverless vehicle fleet. Increased operational efficiency and reduced dependency on human intervention.
Recognition from India’s Ministry of Road Transport for pioneering innovation in autonomous vehicle technology. Accolade for contributing to the advancement of India’s position in the global tech landscape.
