MBRCGI Websites
|
Ibtekr.org
|
MBRCGI.gov.ae
|
UAE Innovates
|
Edge of Government
|
Pitch@Gov

China is preparing for the future of self-driving cars

10 minute read
As part of its quest to achieve leadership in the field of artificial intelligence, China's cities have allowed the testing of autonomous vehicles, Legislative entities are working on regulations that regulate the use of this technology and ensure the safety of its users.
Share this content

Add to Favorite ♡ 0

As part of its quest to achieve leadership in the field of artificial intelligence, China’s cities have allowed the testing of autonomous vehicles, Legislative entities are working on regulations that regulate the use of this technology and ensure the safety of its users.

Since the first appearance of the concept of autonomous vehicles, The controversy between those who are optimistic about it and those who are afraid of it has not stopped, But it continued to evolve anyway, Raising more questions about whether it will one day become our new reality.

According to WHO estimates, Road accidents kill more than 1.3 million people annually. The vast majority are due to human errors, Conventional transportation accounts for nearly a quarter of greenhouse gas emissions and 10% of fossil fuel consumption. Many see self-driving vehicles as a way to enhance traffic safety. While this technology is used in some industrial environments, mines and ports, They have not yet become part of the usual landscape in the cities of the modern world, But this did not prevent the emergence of some bold experiments, The most recent came from China, Which began testing the technique.

After two years of experiments, The National Development and Reform Commission has issued a joint guide to promote and develop autonomous vehicle innovations. To begin real-life experiences in many cities, which allowed taxis to operate in low-traffic areas and within manageable scenarios, It began to encourage the deployment of autonomous buses on specific routes, This is after the Ministry of Transport drafted a law regulating the process, setting its fees and prohibiting the use of these vehicles in the transport of dangerous goods.

In Shanghai, The authorities have issued comprehensive rules for smart and connected vehicles, Legislation has been developed to establish the formula for legal liability in the event of accidents involving self-driving cars. The city has set a set of conditions that companies must meet in order to obtain permits that entitle them to deploy their vehicles on the roads. Such as registering with the Ministries of Public Security and Transport, In the event that the vehicles will provide paid services.

As for the city of Shenzhen, Its powers went further and posed the controversial question: Who is to blame when self-driving vehicles make a mistake? Based on the answers, The regulations listed several cases. For example If there is a driver behind the wheel, He bears responsibility for an accident, If the car is fully self-driving, The responsibility lies with its owner or operator, If the accident is caused by a defect in the car, Its owner can claim compensation from the manufacturer.

The city authorities came up with these regulations after dividing autonomous driving into 3 levels, The first of these is conditional autonomous driving, Where the vehicle can perform some dynamic tasks provided there is a driver, The second is near-total autonomous driving, which is known as “very self-driving”, It is similar to the previous one with the need to have a driver, But it can perform all the dynamic tasks. As for the third level, It is fully autonomous driving, The vehicle can operate completely autonomously without the need for a driver.

In Beijing, The authorities have allowed self-driving taxis to operate but without issuing official regulations governing the entire process. Rather, an individual permit is granted to each car separately.

Following these steps, Many companies have begun testing, announcing investments and new plans to deploy these vehicles in other Chinese cities. In Johann, for example, Previous experiences included a driver, For now, fully autonomous or remote-controlled vehicles will be allowed. Working in two experimental areas between nine in the morning and five in the evening, And with the presence of fifth-generation coverage that allows monitoring of operations.

The Chinese experience is characterized by the use of light-based placement technology “lidar”, It is a remote sensing technology that uses light pulses to calculate distances or dimensions. China’s complex traffic data also presents an opportunity for self-driving car companies to improve their technologies, products and services. China is also one of the largest car manufacturers in the world, So that Guangzhou City, It is a major automotive manufacturing exporter in the country, It produced 2.95 million cars in 2020 alone.

But the dedication of this technology as a new reality will face many challenges, Most notably, finding ways for these compounds to operate in complex and unpredictable human environments, While we can ensure that the machine adheres to the instructions, We cannot guarantee the human being. Hence, Perhaps what these cars need most in the first phase of their deployment on the roads is the ability to deal with ordinary drivers when they exceed speed limits or break traffic laws.

Also, all the tests carried out did not provide sufficient accurate data covering the different scenarios, The traffic condition depends on hundreds of variables such as traffic lights, building facades, vegetation, houses, parking lots, temporarily parked trucks, excavations, pedestrian walkways, railways, and others.

This is only the beginning of a long list of laws and a rethinking of the design of highways, infrastructure and cities. and the extent to which the public accepts a shift of this magnitude, Especially since they only see carefully selected videos, This is not enough to assess the risks and get a full picture of the process.

But the steps are the first time a Chinese lawmaker has worked on actual guidelines and legal frameworks for the deployment of autonomous vehicles in the country.

These compounds can reshape our relationship with transport, It offers a new experience with minimal risk, and to establish smoother and safer transport systems, and reduce carbon emissions, and enshrine more sustainable lifestyles, It helps build the cities of the future.

References:

https://www.therobotreport.com/driverless-cars-now-legal-in-shenzhen/

https://www.bbc.com/future/article/20211126-how-driverless-cars-will-change-our-world

https://www.reuters.com/technology/china-drafts-rules-use-self-driving-vehicles-public-transport-2022-08-08/

https://www.chinadaily.com.cn/a/202208/16/WS62faf729a310fd2b29e726a2.html

https://www.globaltimes.cn/page/202208/1272498.shtml

Subscribe to Ibtekr to stay updated on the latest government initiatives, courses, tools and innovations
Register Now
Subscribe to Ibtekr’s Newsletter
Innovators’ Mailing List
Our newsletter reaches more than 30,000 innovators from around the world! Stay up to date with innovations from across fields of practice in the public sector.
Subscription Form (en)
More from Ibtekr

The Deviation Game: A Japanese Innovation Rekindling Human Creativity in the Age of Algorithms

In a world increasingly shaped by artificial intelligence, a deceptively simple game emerging from Japan, “Deviation Game,” is making a bold statement: human creativity still holds a unique power that no machine can replicate. By nudging players to think beyond conventional cues and craft ideas that defy algorithmic imitation, the project highlights not just the current limitations of AI, but the irreplaceable essence of human expression.

 · · 8 October 2025

The New DGP: A Data Tool that Aims to Track Inequality in Real-time

Experts are gaining a direct view of the economy’s core dynamics, uncovering not only the scale of growth but also who truly benefits from it. This American initiative provides policymakers with powerful tools to track and respond to disparities in real time, introducing a groundbreaking innovation that redefines how the economic landscape is understood.

 · · 8 October 2025

Redesigning Comfort: The Navy’s Quest for Better Uniforms for Female Sailors

In the US Navy, one of the most demanding work environments in terms of precision and efficiency, the administration observed female personnel feeling restricted by the standard uniform. It embarked on an ambitious mission to redesign it using an innovative, data-driven, and inclusive approach, ensuring it met their needs and the nature of their duties while remaining a symbol of professionalism, identity, and unity.

 · · 8 October 2025

How Technology is Helping Track Graffiti to Fight Hate Crimes in Canada

In the era of artistic freedom, a creative product can either inspire peace or embody intolerance. In Canada, a nation that prides itself on its diversity, the spread of hate cannot be permitted, even within an artistic framework. Consequently, the city of Edmonton launched the "Lighthouse" initiative, harnessing the power of technology to monitor and mitigate expressions of hate.

 · · 23 September 2025

Voices of Poverty: A Narrative Approach to Human Development in India

The Indian Poverty and Human Development Monitoring Agency (PHDMA) has reimagined its data collection methods to cultivate a genuine understanding of the lives of the people behind the statistics. By gathering narratives and visual evidence, analyzing data, and unifying stakeholders, the agency is establishing a novel approach to human development.

 · · 23 September 2025
1 2 3 91
magnifiercrossmenuchevron-down