TL;DR:
- The 2023 Malaysia Autoshow featured a test bed for autonomous driving using a Perodua Bezza, developed by Reka, a Malaysian artificial intelligence automation company.
- The project began in 2016 and has evolved with advancements in technology and industry perception of autonomous technology for industrial purposes.
- The modifications for autonomous driving focused on software and machine learning, with additional hardware and actuators attached to the existing driver controls.
- A sensor suite with cameras, lidar, and radar provides data to the onboard artificial intelligence system, enabling obstacle identification and informed decision-making.
- The autonomous vehicle is tested on a dedicated route in Cyberjaya, and Reka’s lab is located there for logistical convenience.
- Reka aims to showcase the potential of autonomous vehicle technology for industrial applications, such as increasing port efficiency and reducing accidents caused by human error.
- Reka has also developed PLExyz, a crowd analytics system using AI and machine learning algorithms for analyzing and predicting crowd movement.
- PLExyz has diverse applications in crowd control, improving safety and efficiency in various industrial and public settings.
Main AI News:
In the midst of a multitude of new models entering the Malaysian market, the 2023 Malaysia Autoshow witnessed a remarkable showcase—an autonomous vehicle test bed for artificial intelligence utilizing a Perodua Bezza. This cutting-edge project was developed and operated by Reka, a leading Malaysian company specializing in artificial intelligence automation, software, and machine learning for autonomous driving.
The inception of Reka’s artificial intelligence-driven autonomous vehicle endeavor dates back to 2016. Since then, it has undergone significant evolution, aligning with advancements in technology and the industry’s perception of autonomous technology for industrial applications, as shared by Reka.
During the testing of autonomous driving in the Perodua Bezza, the focus primarily revolved around software and machine learning, explained Reka’s Chief Operating Officer, Mohd Amri Mohd Din. To achieve autonomous driving capabilities, the modifications were implemented through additional hardware and actuators affixed to the existing driver controls for the steering, throttle, and brakes of the production car.
A comprehensive sensor suite comprising cameras, lidar, and radar provides crucial data to the onboard artificial intelligence of the test bed’s autonomous driving system. This data enables the vehicle to identify and comprehend obstacles, empowering it to make informed decisions on navigating a course and responding to various scenarios by precisely controlling acceleration, steering, and braking.
While the 2023 Malaysia Autoshow featured a demonstration of the autonomous vehicle at a walking pace within the premises of MAEPS, the test bed itself is exclusively evaluated on the dedicated test route for autonomous vehicles in Cyberjaya. Additionally, Reka strategically situated its lab in Cyberjaya to facilitate logistics for the autonomous vehicle testing team, as stated by Amri.
Beyond the potential implementation of self-driving vehicles on public roads, as demonstrated in the trials conducted in Cyberjaya, Reka aspires to underscore the significance of autonomous vehicle technology in industrial settings. Amri emphasized, “We have successfully executed a project in Singapore aimed at enhancing port efficiency while minimizing accidents caused by human error. By prioritizing safety through programming our autonomous vehicles, we have devised a reliable and efficient solution for industrial use.“
Going beyond the automotive realm, Reka has made noteworthy advancements in the field, leading to the development of PLExyz—a crowd analytics system for indoor navigation. This pioneering technology harnesses the power of artificial intelligence and machine learning algorithms to analyze and predict crowd movement, proving invaluable for crowd control in diverse environments. Reka envisions the immense potential of this technology, which could significantly enhance safety and efficiency across a wide range of industrial and public applications.
Conlcusion:
The introduction of an autonomous vehicle test bed at the 2023 Malaysia Autoshow, developed by Reka, signifies a significant milestone in the Malaysian market. This advancement showcases the growing prominence of artificial intelligence automation and autonomous technology in the automotive industry. By demonstrating successful implementations and highlighting the potential for industrial applications, Reka has opened new avenues for the market, paving the way for increased efficiency, improved safety, and enhanced crowd control in various sectors.
The integration of advanced technologies, such as software, machine learning, and sensor suites, further solidifies the market’s trajectory toward innovation and transformative solutions. As businesses and industries embrace these advancements, we can expect a paradigm shift in the way we perceive and utilize autonomous technology, driving the market toward a future marked by intelligent automation and optimized operations.
