Analysis of the development of driverless technology--Taking Apollo go as an example
Wei Zheng
Chongqing College of Mobile Communication
DOI: https://doi.org/10.59429/bam.v7i2.10503
Keywords: Driverless technology, Apollo go, development analysis
Abstract
In the contemporary era of rapid technological advancements, driverless technology has emerged as a pivotal force reshaping the automotive and transportation landscapes, captivating global attention.This paper zeroes in on Apollo Go, a prominent player in this domain, to conduct an in-depth exploration.By meticulously dissecting its current developmental status, we aim to unearth the hurdles it confronts and the corresponding countermeasures devised.Over the past decades, relentless efforts have been poured into driverless technology research, gradually transitioning it from theoretical constructs and laboratory experiments to real-world applications that permeate daily travel.China, leveraging its policy support, substantial technological reservoir, vast market potential, and sophisticated infrastructure, has wholeheartedly engaged in the R&D and promotion of this technology.A multitude of cities across the nation have been actively involved in constructing intelligent connected vehicle testing zones.As of March 2025, an impressive tally of 17 national-level such zones has been established, with open test roads stretching over 32, 000 kilometers, thereby laying a solid foundation of rich scenarios and copious data for driverless technology trials.Amidst this backdrop, Apollo Go has distinguished itself, playing a significant role in propelling the commercialization of the technology and injecting a fresh stream of vitality into the industry.It has become a benchmark for others to learn from and emulate, making it a prime focus for in-depth study in the quest to understand the nuances and future trajectories of driverless technology. The comprehensive analysis not only furnishes invaluable insights for the evolution of the driverless technology sector but also serves as a catalyst for China’s driverless technology industry to stride forward sustainably and healthily.
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